https://examples.novusstreamsolutions.com/video/mp4/mp4-h264-clip 2026-07-18 https://examples.novusstreamsolutions.com/thumbnails/video/vid-mp4.webp MP4 — H.264 Clip A short H.264 test clip in an MP4 container (yuv420p, faststart) — the most widely supported web and mobile video format. Video-only and tiny; for testing players, thumbnailers, and MP4→other conversion. https://examples.novusstreamsolutions.com/files/video/mp4/clip.mp4 4 2026-07-18 yes https://examples.novusstreamsolutions.com/video/webm/webm-vp9-clip 2026-07-18 https://examples.novusstreamsolutions.com/thumbnails/video/vid-webm.webp WebM — VP9 Clip The same clip as WebM/VP9 — the royalty-free web video format. Video-only; for testing HTML5 <video>, VP9 decoding, and WebM conversion. https://examples.novusstreamsolutions.com/files/video/webm/clip.webm 4 2026-07-18 yes https://examples.novusstreamsolutions.com/video/ogv/ogv-theora-clip 2026-07-18 https://examples.novusstreamsolutions.com/thumbnails/video/vid-ogv.webp OGV — Ogg Theora Clip The clip as Ogg Theora — a fully open, royalty-free format. Browser-playable; for testing Theora decoding and Ogg video conversion. https://examples.novusstreamsolutions.com/files/video/ogv/clip.ogv 4 2026-07-18 yes https://examples.novusstreamsolutions.com/video/m4v/m4v-h264-clip 2026-07-18 https://examples.novusstreamsolutions.com/thumbnails/video/vid-m4v.webp M4V — iTunes H.264 Clip The clip as M4V — Apple's MP4 variant used by iTunes. Browser-playable; for testing M4V handling and M4V↔MP4 conversion. https://examples.novusstreamsolutions.com/files/video/m4v/clip.m4v 4 2026-07-18 yes https://examples.novusstreamsolutions.com/video/sync/av-sync-beep-flash 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-real-avsync.webp A/V Sync — Beep + Flash (MP4, with audio) A five-second clip that flashes white and plays a 1 kHz beep on every whole second — the first clip in the library WITH an audio track. A direct fixture for measuring and correcting audio/video sync (lip-sync) offset. https://examples.novusstreamsolutions.com/files/video/sync/av-sync.mp4 5 2026-07-19 yes https://examples.novusstreamsolutions.com/video/test-patterns/smpte-bars-tone 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-real-smpte.webp SMPTE Colour Bars + 1 kHz Tone (MP4) Standard SMPTE-style colour bars with a 1 kHz reference tone — the classic broadcast test pattern. A fixture for calibrating colour, testing decoders, and verifying audio alongside a known video signal. https://examples.novusstreamsolutions.com/files/video/test-patterns/smpte-bars.mp4 5 2026-07-19 yes https://examples.novusstreamsolutions.com/video/test-patterns/countdown-timecode 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-real-countdown.webp Countdown with Timecode (MP4) A six-second countdown (5→0) with a sweeping second-arc, a burned-in SS:FF timecode, and a beep on each second — a slate/leader fixture for testing timecode reading, frame-accurate seeking, and sync. https://examples.novusstreamsolutions.com/files/video/test-patterns/countdown-timecode.mp4 6 2026-07-19 yes https://examples.novusstreamsolutions.com/video/formats/vertical-9x16-clip 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-real-vertical.webp Vertical 9:16 Clip (MP4, 270x480) A portrait 9:16 (270×480) clip with a vertically-moving marker — the aspect ratio of phone and short-form video. A fixture for testing vertical-video handling, orientation, and letterboxing in players and thumbnailers. https://examples.novusstreamsolutions.com/files/video/formats/vertical-9x16.mp4 4 2026-07-19 yes https://examples.novusstreamsolutions.com/video/formats/60fps-clip 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-real-60fps.webp 60 fps Clip (MP4) A 60 frames-per-second clip with a smoothly sweeping marker — double the usual frame rate. A fixture for testing high-frame-rate playback, frame-rate detection, and fps conversion (60→30 decimation). https://examples.novusstreamsolutions.com/files/video/formats/60fps.mp4 3 2026-07-19 yes https://examples.novusstreamsolutions.com/video/subtitles/soft-subtitles-mp4 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-real-sub-mp4.webp Soft Subtitles — MP4 (mov_text track) The same clip with a soft subtitle track as MP4 mov_text (the MP4-native subtitle format) — the format twin of the MKV/SRT file, for testing subtitle handling across containers. https://examples.novusstreamsolutions.com/files/video/subtitles/soft-subtitles.mp4 5 2026-07-19 yes https://examples.novusstreamsolutions.com/video/screencast/terminal-screencast 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-real-screencast.webp Terminal Screencast Mock (MP4) A screen-recording-style clip of a mock terminal — a window with traffic-light buttons and build output typing out line by line with a blinking cursor. A fixture for testing screen-capture pipelines, UI-motion thumbnails, and text-in-video OCR. https://examples.novusstreamsolutions.com/files/video/screencast/terminal-screencast.mp4 6 2026-07-19 yes https://examples.novusstreamsolutions.com/video/edges/mp4-scene-cut 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wc-scenecut.webp MP4 — Hard Scene Cut A short H.264 clip with an abrupt mid-point colour scene cut — for scene-detection and keyframe tooling. https://examples.novusstreamsolutions.com/files/video/edges/scene-cut.mp4 3 2026-07-19 yes https://examples.novusstreamsolutions.com/video/edges/mp4-freeze-frame 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wc-freeze.webp MP4 — Freeze Frame Segment Motion, then a one-second frozen segment, then motion again — for freeze detection and VFR edge cases. https://examples.novusstreamsolutions.com/files/video/edges/freeze-frame.mp4 3 2026-07-19 yes https://examples.novusstreamsolutions.com/video/edges/mp4-black-frame-insert 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wc-black.webp MP4 — Black-Frame Insert A clip with a short pure-black insert — for black-frame detectors and QC tools. https://examples.novusstreamsolutions.com/files/video/edges/black-frame.mp4 2 2026-07-19 yes https://examples.novusstreamsolutions.com/video/edges/mp4-hard-burned-caption 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wc-hardcap.webp MP4 — Hard-Burned Caption Video with a SAMPLE caption burned into the pixels (not a soft subtitle track) — for OCR/caption-burn detection. https://examples.novusstreamsolutions.com/files/video/edges/hard-caption.mp4 2 2026-07-19 yes https://examples.novusstreamsolutions.com/video/edges/mp4-strobe-flash 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wc-strobe.webp MP4 — Strobe / Flash Frames Short strobe/flash pattern for photosensitivity QC and flash-frame detectors. https://examples.novusstreamsolutions.com/files/video/edges/strobe-flash.mp4 2 2026-07-19 yes https://examples.novusstreamsolutions.com/video/edges/mp4-letterbox-bars 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wc-letterbox.webp MP4 — Letterbox Bars Content framed with black letterbox bars — for autocrop and aspect-ratio tools. https://examples.novusstreamsolutions.com/files/video/edges/letterbox.mp4 2 2026-07-19 yes https://examples.novusstreamsolutions.com/video/edges/mp4-colour-bars 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wc-bars.webp MP4 — Colour Bars A short colour-bar test pattern clip — for colour pipeline and player QC. https://examples.novusstreamsolutions.com/files/video/edges/colour-bars.mp4 1 2026-07-19 yes https://examples.novusstreamsolutions.com/video/edges/mp4-countdown-digits 2026-07-19 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wc-countdown.webp MP4 — Countdown Digits On-screen countdown digits burned into frames — for OCR and slate detection. https://examples.novusstreamsolutions.com/files/video/edges/countdown.mp4 2 2026-07-19 yes https://examples.novusstreamsolutions.com/video/subs/mp4-soft-subtitle-track 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-softsub.webp MP4 — Soft Subtitle Track Short clip with a SAMPLE soft subtitle track (mov_text) — twin to the hard-burned caption. https://examples.novusstreamsolutions.com/files/video/subs/soft-sub.mp4 3 2026-07-22 yes https://examples.novusstreamsolutions.com/video/subs/mp4-hard-burn-caption-twin 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-hardburn.webp MP4 — Hard-Burned Caption Twin Hard-burned caption twin of the soft-sub clip — for burn-in detection and OCR. https://examples.novusstreamsolutions.com/files/video/subs/hard-burn.mp4 3 2026-07-22 yes https://examples.novusstreamsolutions.com/video/aspect/mp4-portrait-9x16 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-aspect-9x16.webp MP4 — Portrait 9:16 Short 9:16 SAMPLE clip at 270x480 for aspect-ratio and social-crop tooling. https://examples.novusstreamsolutions.com/files/video/aspect/mp4-portrait-9x16.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/aspect/mp4-square-1x1 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-aspect-1x1.webp MP4 — Square 1:1 Short 1:1 SAMPLE clip at 270x270 for aspect-ratio and social-crop tooling. https://examples.novusstreamsolutions.com/files/video/aspect/mp4-square-1x1.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/aspect/mp4-landscape-16x9 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-aspect-16x9.webp MP4 — Landscape 16:9 Twin Short 16:9 SAMPLE clip at 480x270 for aspect-ratio and social-crop tooling. https://examples.novusstreamsolutions.com/files/video/aspect/mp4-landscape-16x9.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/rotate/mp4-rotate-metadata-90 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-rot-90.webp MP4 — Rotate Metadata 90° SAMPLE clip tagged/encoded for 90° rotation — for orientation-aware players. https://examples.novusstreamsolutions.com/files/video/rotate/rotate-90.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/rotate/mp4-rotate-metadata-180 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-rot-180.webp MP4 — Rotate Metadata 180° SAMPLE clip tagged/encoded for 180° rotation — for orientation-aware players. https://examples.novusstreamsolutions.com/files/video/rotate/rotate-180.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/rotate/mp4-rotate-metadata-270 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-rot-270.webp MP4 — Rotate Metadata 270° SAMPLE clip tagged/encoded for 270° rotation — for orientation-aware players. https://examples.novusstreamsolutions.com/files/video/rotate/rotate-270.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/av/mp4-av-mux-440hz-tone 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-av-440.webp MP4 — A/V Mux with 440 Hz Tone Video muxed with a 440 Hz sine tone — for A/V container and audio-track tests. https://examples.novusstreamsolutions.com/files/video/av/mux-440hz.mp4 3 2026-07-22 yes https://examples.novusstreamsolutions.com/video/av/mp4-av-mux-880hz-tone 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-av-880.webp MP4 — A/V Mux with 880 Hz Tone Video muxed with an 880 Hz tone — frequency twin for audio pipeline tests. https://examples.novusstreamsolutions.com/files/video/av/mux-880hz.mp4 3 2026-07-22 yes https://examples.novusstreamsolutions.com/video/av/mp4-audio-desync-100ms 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-desync-100.webp MP4 — Audio Desync 100ms SAMPLE clip with audio delayed ~100 ms — for A/V sync detection tools. https://examples.novusstreamsolutions.com/files/video/av/desync-100ms.mp4 3 2026-07-22 yes https://examples.novusstreamsolutions.com/video/av/mp4-audio-desync-250ms 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-desync-250.webp MP4 — Audio Desync 250ms SAMPLE clip with audio delayed ~250 ms — for A/V sync detection tools. https://examples.novusstreamsolutions.com/files/video/av/desync-250ms.mp4 3 2026-07-22 yes https://examples.novusstreamsolutions.com/video/av/mp4-audio-desync-500ms 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-desync-500.webp MP4 — Audio Desync 500ms SAMPLE clip with audio delayed ~500 ms — for A/V sync detection tools. https://examples.novusstreamsolutions.com/files/video/av/desync-500ms.mp4 3 2026-07-22 yes https://examples.novusstreamsolutions.com/video/bars/mp4-colour-bars-with-1khz-tone 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-bars-tone.webp MP4 — Colour Bars + 1 kHz Tone SMPTE-ish colour bars with a 1 kHz reference tone — classic QC fixture. https://examples.novusstreamsolutions.com/files/video/bars/colour-bars-tone.mp4 3 2026-07-22 yes https://examples.novusstreamsolutions.com/video/edges/flash-white 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-flash.webp MP4 — White Flash Frames Short white flash frames SAMPLE for colour and flash QC detectors. https://examples.novusstreamsolutions.com/files/video/edges/flash-white.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/edges/flash-black 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-black.webp MP4 — Black Flash Frames Short black flash frames SAMPLE for colour and flash QC detectors. https://examples.novusstreamsolutions.com/files/video/edges/flash-black.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/edges/solid-red 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-red.webp MP4 — Solid Red Field Short solid red field SAMPLE for colour and flash QC detectors. https://examples.novusstreamsolutions.com/files/video/edges/solid-red.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/edges/solid-green 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-green.webp MP4 — Solid Green Field Short solid green field SAMPLE for colour and flash QC detectors. https://examples.novusstreamsolutions.com/files/video/edges/solid-green.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/edges/solid-blue 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-blue.webp MP4 — Solid Blue Field Short solid blue field SAMPLE for colour and flash QC detectors. https://examples.novusstreamsolutions.com/files/video/edges/solid-blue.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/edges/solid-gray 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-gray.webp MP4 — Solid Gray Field Short solid gray field SAMPLE for colour and flash QC detectors. https://examples.novusstreamsolutions.com/files/video/edges/solid-gray.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/edges/mp4-pillarbox-bars 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-pillar.webp MP4 — Pillarbox Bars Content with vertical pillarbox bars — for autocrop tools. https://examples.novusstreamsolutions.com/files/video/edges/pillarbox.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/edges/mp4-timecode-burn-in 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-tc.webp MP4 — Burned-In Timecode On-screen running timecode burned into frames — for OCR and slate tools. https://examples.novusstreamsolutions.com/files/video/edges/timecode-burn.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/subs/webm-vp9-short-clip 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-webm.webp WebM — VP9 Short Clip Short VP9 WebM SAMPLE companion for container conversion tests. https://examples.novusstreamsolutions.com/files/video/subs/soft-sub.webm 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/bars/mp4-colour-bars-silent 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-bars-silent.webp MP4 — Colour Bars (Silent) Silent colour-bar twin of the bars+tone clip — for audio-presence detectors. https://examples.novusstreamsolutions.com/files/video/bars/colour-bars-silent.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/aspect/mp4-portrait-soft 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-portrait-soft.webp MP4 — Portrait Soft Additional aspect SAMPLE (360x640) for social and player testing. https://examples.novusstreamsolutions.com/files/video/aspect/portrait-soft.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/aspect/mp4-landscape-wide 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-landscape-wide.webp MP4 — Landscape Wide Additional aspect SAMPLE (640x360) for social and player testing. https://examples.novusstreamsolutions.com/files/video/aspect/landscape-wide.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/subs/mp4-hard-burn-en 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-hard-en.webp MP4 — Hard-Burned Caption (EN) Hard-burned EN SAMPLE caption for OCR language tests. https://examples.novusstreamsolutions.com/files/video/subs/hard-burn-en.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/subs/mp4-hard-burn-es 2026-07-22 https://examples.novusstreamsolutions.com/thumbnails/video/vid-wg-hard-es.webp MP4 — Hard-Burned Caption (ES) Hard-burned ES SAMPLE caption for OCR language tests. https://examples.novusstreamsolutions.com/files/video/subs/hard-burn-es.mp4 2 2026-07-22 yes https://examples.novusstreamsolutions.com/video/base-plates/base-plate-pan-city 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-plate-pan-city.webp Base Plate — Pan — City Skyline A skyline scrolling at a constant 3.5 pixels per frame: pure horizontal translation with no rotation or scale change. The lit windows give sparse high-contrast features to track, and the constant velocity means the correct answer for interpolation and optical flow is known exactly. One of eight shared base plates: every AI-video suite in this library degrades one of these rather than inventing its own footage, so results across suites are comparable. Encoded at CRF 14 — well above the house CRF 30 — because a reference compressed as hard as the material under test puts the measurement floor above the effect being measured. https://examples.novusstreamsolutions.com/files/video/base-plates/pan-city.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/base-plates/base-plate-orbit-solid 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-plate-orbit-solid.webp Base Plate — Orbit — Hard-Edged Solids A green disc and a red square orbiting the centre in antiphase over a grid. Hard edges and flat fills make the boundary unambiguous, so segmentation and tracking output can be scored against exact geometry rather than a judgement call. One of eight shared base plates: every AI-video suite in this library degrades one of these rather than inventing its own footage, so results across suites are comparable. Encoded at CRF 14 — well above the house CRF 30 — because a reference compressed as hard as the material under test puts the measurement floor above the effect being measured. https://examples.novusstreamsolutions.com/files/video/base-plates/orbit-solid.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/base-plates/base-plate-subject-key 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-plate-subject-key.webp Base Plate — Subject on Chroma Field An anti-aliased figure moving over a chroma-green field with a deliberate lighting falloff, so the key is not perfectly flat. Ships with a per-frame alpha ground truth, which is what makes matting output measurable instead of merely inspectable. One of eight shared base plates: every AI-video suite in this library degrades one of these rather than inventing its own footage, so results across suites are comparable. Encoded at CRF 14 — well above the house CRF 30 — because a reference compressed as hard as the material under test puts the measurement floor above the effect being measured. https://examples.novusstreamsolutions.com/files/video/base-plates/subject-key.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/base-plates/base-plate-detail-chart 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-plate-detail-chart.webp Base Plate — Detail — Siemens Star and Frequency Wedges A 36-spoke Siemens star under a slow zoom, plus bar-pair wedges from 16 pixels down to 2. Detail runs right down to the Nyquist limit, which is exactly where super-resolution and denoise either recover structure or invent it. One of eight shared base plates: every AI-video suite in this library degrades one of these rather than inventing its own footage, so results across suites are comparable. Encoded at CRF 14 — well above the house CRF 30 — because a reference compressed as hard as the material under test puts the measurement floor above the effect being measured. https://examples.novusstreamsolutions.com/files/video/base-plates/detail-chart.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/base-plates/base-plate-gradient-sky 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-plate-gradient-sky.webp Base Plate — Gradient — Smooth Sky With Hue Drift A smooth vertical gradient whose hue drifts across the clip, with one soft glow for structure. Almost no high-frequency detail, so it provokes banding and blocking in exactly the way flat skies do in real footage — the hardest case for a low-bitrate encoder. One of eight shared base plates: every AI-video suite in this library degrades one of these rather than inventing its own footage, so results across suites are comparable. Encoded at CRF 14 — well above the house CRF 30 — because a reference compressed as hard as the material under test puts the measurement floor above the effect being measured. https://examples.novusstreamsolutions.com/files/video/base-plates/gradient-sky.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/base-plates/base-plate-depth-layers 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-plate-depth-layers.webp Base Plate — Depth — Three Parallax Planes Far, mid and near layers translating at 0.6, 2.4 and 6.0 pixels per frame. Relative depth is defined by the motion ratio rather than guessed from cues, which gives depth-from-video and optical-flow output something objective to be scored against. One of eight shared base plates: every AI-video suite in this library degrades one of these rather than inventing its own footage, so results across suites are comparable. Encoded at CRF 14 — well above the house CRF 30 — because a reference compressed as hard as the material under test puts the measurement floor above the effect being measured. https://examples.novusstreamsolutions.com/files/video/base-plates/depth-layers.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/base-plates/base-plate-colour-patches 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-plate-colour-patches.webp Base Plate — Colour — 24-Patch Chart in Motion A 24-patch chart drifting slowly so it is genuinely moving footage rather than a still. Patch values are fixed and documented, so colourisation and colour-management output can be measured per patch. The values are fictional and not a reproduction of any licensed reference chart. One of eight shared base plates: every AI-video suite in this library degrades one of these rather than inventing its own footage, so results across suites are comparable. Encoded at CRF 14 — well above the house CRF 30 — because a reference compressed as hard as the material under test puts the measurement floor above the effect being measured. https://examples.novusstreamsolutions.com/files/video/base-plates/colour-patches.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/base-plates/base-plate-text-motion 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-plate-text-motion.webp Base Plate — Text — Scrolling Terminal UI Scrolling monospaced terminal output with a blinking cursor. Thin high-contrast glyph edges are what chroma subsampling and low bitrates destroy first, and legibility after processing is a pass/fail signal that needs no metric. One of eight shared base plates: every AI-video suite in this library degrades one of these rather than inventing its own footage, so results across suites are comparable. Encoded at CRF 14 — well above the house CRF 30 — because a reference compressed as hard as the material under test puts the measurement floor above the effect being measured. https://examples.novusstreamsolutions.com/files/video/base-plates/text-motion.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-detail-chart-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-detail-chart-gt.webp Denoise Ground Truth — detail-chart The clean reference for the detail-chart denoise set — no noise added, encoded at CRF 14. Every noisy clip in this group was produced from these exact pixels, so PSNR, SSIM and LPIPS against this file are meaningful rather than approximate. https://examples.novusstreamsolutions.com/files/video/denoise/detail-chart-clean.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-detail-chart-gauss-05 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-detail-chart-gauss-05.webp Denoise Input — detail-chart, Gaussian σ=5 Gaussian σ=5 applied to the detail-chart base plate with seed 9000. Light sensor noise — the level a modern camera produces at base ISO. Subtle enough that an over-aggressive denoiser does more damage than the noise did. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 19, where the light noise could otherwise be confused with compression artefacts. https://examples.novusstreamsolutions.com/files/video/denoise/detail-chart-gauss-05.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-detail-chart-gauss-15 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-detail-chart-gauss-15.webp Denoise Input — detail-chart, Gaussian σ=15 Gaussian σ=15 applied to the detail-chart base plate with seed 9017. Moderate Gaussian noise, roughly a mid-ISO handheld shot. The level most denoise benchmarks use. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 19, where the light noise could otherwise be confused with compression artefacts. https://examples.novusstreamsolutions.com/files/video/denoise/detail-chart-gauss-15.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-detail-chart-gauss-30 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-detail-chart-gauss-30.webp Denoise Input — detail-chart, Gaussian σ=30 Gaussian σ=30 applied to the detail-chart base plate with seed 9034. Heavy Gaussian noise where fine detail and noise overlap in amplitude, so recovery requires temporal information rather than spatial smoothing alone. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/detail-chart-gauss-30.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-detail-chart-gauss-50 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-detail-chart-gauss-50.webp Denoise Input — detail-chart, Gaussian σ=50 Gaussian σ=50 applied to the detail-chart base plate with seed 9051. Severe noise approaching the signal level. Included as the failure case — most denoisers hallucinate structure here, which is exactly what the paired reference exposes. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/detail-chart-gauss-50.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-detail-chart-saltpepper-02 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-detail-chart-saltpepper-02.webp Denoise Input — detail-chart, Salt and pepper 2% Salt and pepper 2% applied to the detail-chart base plate with seed 9068. Two per cent of pixels forced to pure black or white — impulse noise from sensor faults and transmission errors. Defeats Gaussian-assuming filters, which smear each spike instead of rejecting it. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 19, where the light noise could otherwise be confused with compression artefacts. https://examples.novusstreamsolutions.com/files/video/denoise/detail-chart-saltpepper-02.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-detail-chart-saltpepper-08 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-detail-chart-saltpepper-08.webp Denoise Input — detail-chart, Salt and pepper 8% Salt and pepper 8% applied to the detail-chart base plate with seed 9085. Dense impulse noise. A median filter handles this trivially and a Gaussian one cannot, so it separates the two families of denoiser immediately. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/detail-chart-saltpepper-08.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-detail-chart-speckle 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-detail-chart-speckle.webp Denoise Input — detail-chart, Multiplicative speckle Multiplicative speckle applied to the detail-chart base plate with seed 9102. Multiplicative rather than additive noise, so its amplitude scales with local brightness — the pattern seen in ultrasound and radar. Additive-noise models systematically under-correct highlights. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/detail-chart-speckle.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-detail-chart-poisson 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-detail-chart-poisson.webp Denoise Input — detail-chart, Poisson shot noise Poisson shot noise applied to the detail-chart base plate with seed 9119. Photon shot noise, signal-dependent and the physically correct model for low-light capture. Dark regions are proportionally far noisier than bright ones. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/detail-chart-poisson.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-gradient-sky-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-gradient-sky-gt.webp Denoise Ground Truth — gradient-sky The clean reference for the gradient-sky denoise set — no noise added, encoded at CRF 14. Every noisy clip in this group was produced from these exact pixels, so PSNR, SSIM and LPIPS against this file are meaningful rather than approximate. https://examples.novusstreamsolutions.com/files/video/denoise/gradient-sky-clean.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-gradient-sky-gauss-05 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-gradient-sky-gauss-05.webp Denoise Input — gradient-sky, Gaussian σ=5 Gaussian σ=5 applied to the gradient-sky base plate with seed 9000. Light sensor noise — the level a modern camera produces at base ISO. Subtle enough that an over-aggressive denoiser does more damage than the noise did. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 19, where the light noise could otherwise be confused with compression artefacts. https://examples.novusstreamsolutions.com/files/video/denoise/gradient-sky-gauss-05.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-gradient-sky-gauss-15 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-gradient-sky-gauss-15.webp Denoise Input — gradient-sky, Gaussian σ=15 Gaussian σ=15 applied to the gradient-sky base plate with seed 9017. Moderate Gaussian noise, roughly a mid-ISO handheld shot. The level most denoise benchmarks use. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 19, where the light noise could otherwise be confused with compression artefacts. https://examples.novusstreamsolutions.com/files/video/denoise/gradient-sky-gauss-15.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-gradient-sky-gauss-30 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-gradient-sky-gauss-30.webp Denoise Input — gradient-sky, Gaussian σ=30 Gaussian σ=30 applied to the gradient-sky base plate with seed 9034. Heavy Gaussian noise where fine detail and noise overlap in amplitude, so recovery requires temporal information rather than spatial smoothing alone. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/gradient-sky-gauss-30.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-gradient-sky-gauss-50 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-gradient-sky-gauss-50.webp Denoise Input — gradient-sky, Gaussian σ=50 Gaussian σ=50 applied to the gradient-sky base plate with seed 9051. Severe noise approaching the signal level. Included as the failure case — most denoisers hallucinate structure here, which is exactly what the paired reference exposes. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/gradient-sky-gauss-50.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-gradient-sky-saltpepper-02 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-gradient-sky-saltpepper-02.webp Denoise Input — gradient-sky, Salt and pepper 2% Salt and pepper 2% applied to the gradient-sky base plate with seed 9068. Two per cent of pixels forced to pure black or white — impulse noise from sensor faults and transmission errors. Defeats Gaussian-assuming filters, which smear each spike instead of rejecting it. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 19, where the light noise could otherwise be confused with compression artefacts. https://examples.novusstreamsolutions.com/files/video/denoise/gradient-sky-saltpepper-02.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-gradient-sky-saltpepper-08 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-gradient-sky-saltpepper-08.webp Denoise Input — gradient-sky, Salt and pepper 8% Salt and pepper 8% applied to the gradient-sky base plate with seed 9085. Dense impulse noise. A median filter handles this trivially and a Gaussian one cannot, so it separates the two families of denoiser immediately. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/gradient-sky-saltpepper-08.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-gradient-sky-speckle 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-gradient-sky-speckle.webp Denoise Input — gradient-sky, Multiplicative speckle Multiplicative speckle applied to the gradient-sky base plate with seed 9102. Multiplicative rather than additive noise, so its amplitude scales with local brightness — the pattern seen in ultrasound and radar. Additive-noise models systematically under-correct highlights. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/gradient-sky-speckle.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-gradient-sky-poisson 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-gradient-sky-poisson.webp Denoise Input — gradient-sky, Poisson shot noise Poisson shot noise applied to the gradient-sky base plate with seed 9119. Photon shot noise, signal-dependent and the physically correct model for low-light capture. Dark regions are proportionally far noisier than bright ones. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/gradient-sky-poisson.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-pan-city-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-pan-city-gt.webp Denoise Ground Truth — pan-city The clean reference for the pan-city denoise set — no noise added, encoded at CRF 14. Every noisy clip in this group was produced from these exact pixels, so PSNR, SSIM and LPIPS against this file are meaningful rather than approximate. https://examples.novusstreamsolutions.com/files/video/denoise/pan-city-clean.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-pan-city-gauss-05 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-pan-city-gauss-05.webp Denoise Input — pan-city, Gaussian σ=5 Gaussian σ=5 applied to the pan-city base plate with seed 9000. Light sensor noise — the level a modern camera produces at base ISO. Subtle enough that an over-aggressive denoiser does more damage than the noise did. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 19, where the light noise could otherwise be confused with compression artefacts. https://examples.novusstreamsolutions.com/files/video/denoise/pan-city-gauss-05.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-pan-city-gauss-15 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-pan-city-gauss-15.webp Denoise Input — pan-city, Gaussian σ=15 Gaussian σ=15 applied to the pan-city base plate with seed 9017. Moderate Gaussian noise, roughly a mid-ISO handheld shot. The level most denoise benchmarks use. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 19, where the light noise could otherwise be confused with compression artefacts. https://examples.novusstreamsolutions.com/files/video/denoise/pan-city-gauss-15.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-pan-city-gauss-30 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-pan-city-gauss-30.webp Denoise Input — pan-city, Gaussian σ=30 Gaussian σ=30 applied to the pan-city base plate with seed 9034. Heavy Gaussian noise where fine detail and noise overlap in amplitude, so recovery requires temporal information rather than spatial smoothing alone. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/pan-city-gauss-30.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-pan-city-gauss-50 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-pan-city-gauss-50.webp Denoise Input — pan-city, Gaussian σ=50 Gaussian σ=50 applied to the pan-city base plate with seed 9051. Severe noise approaching the signal level. Included as the failure case — most denoisers hallucinate structure here, which is exactly what the paired reference exposes. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/pan-city-gauss-50.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-pan-city-saltpepper-02 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-pan-city-saltpepper-02.webp Denoise Input — pan-city, Salt and pepper 2% Salt and pepper 2% applied to the pan-city base plate with seed 9068. Two per cent of pixels forced to pure black or white — impulse noise from sensor faults and transmission errors. Defeats Gaussian-assuming filters, which smear each spike instead of rejecting it. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 19, where the light noise could otherwise be confused with compression artefacts. https://examples.novusstreamsolutions.com/files/video/denoise/pan-city-saltpepper-02.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-pan-city-saltpepper-08 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-pan-city-saltpepper-08.webp Denoise Input — pan-city, Salt and pepper 8% Salt and pepper 8% applied to the pan-city base plate with seed 9085. Dense impulse noise. A median filter handles this trivially and a Gaussian one cannot, so it separates the two families of denoiser immediately. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/pan-city-saltpepper-08.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-pan-city-speckle 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-pan-city-speckle.webp Denoise Input — pan-city, Multiplicative speckle Multiplicative speckle applied to the pan-city base plate with seed 9102. Multiplicative rather than additive noise, so its amplitude scales with local brightness — the pattern seen in ultrasound and radar. Additive-noise models systematically under-correct highlights. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/pan-city-speckle.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/denoise/denoise-pan-city-poisson 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-denoise-pan-city-poisson.webp Denoise Input — pan-city, Poisson shot noise Poisson shot noise applied to the pan-city base plate with seed 9119. Photon shot noise, signal-dependent and the physically correct model for low-light capture. Dark regions are proportionally far noisier than bright ones. Paired with the clean ground truth in this group, so denoiser output can be scored numerically. Encoded at CRF 24 rather than 19: random noise is incompressible, and at this amplitude the codec's own artefacts sit far below the noise floor, so a coarser quantiser saves several megabytes without affecting any measurement. https://examples.novusstreamsolutions.com/files/video/denoise/pan-city-poisson.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-detail-chart-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-detail-chart-gt.webp Super-Resolution Ground Truth — detail-chart The full-resolution reference for the detail-chart super-resolution set at 640x360. Every low-resolution input in this group was produced by downscaling these exact pixels with a recorded filter, so an upscaler's output can be compared against the true original instead of against another upscale. https://examples.novusstreamsolutions.com/files/video/super-resolution/detail-chart-full.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-detail-chart-x2-bicubic 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-detail-chart-x2-bicubic.webp Super-Resolution Input — detail-chart, ÷2 Bicubic The detail-chart plate downscaled 2× to 320x180 using a bicubic filter. The standard downscale in most benchmarks. Mild ringing at edges, and the filter most super-resolution models are trained to invert — so it flatters them. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/detail-chart-x2-bicubic.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-detail-chart-x2-area 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-detail-chart-x2-area.webp Super-Resolution Input — detail-chart, ÷2 Area / box The detail-chart plate downscaled 2× to 320x180 using a area / box filter. Simple pixel averaging, what a camera's binning path actually does. Softer than bicubic and not what most models saw in training, which makes it a fairer test. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/detail-chart-x2-area.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-detail-chart-x2-nearest 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-detail-chart-x2-nearest.webp Super-Resolution Input — detail-chart, ÷2 Nearest neighbour The detail-chart plate downscaled 2× to 320x180 using a nearest neighbour filter. Point sampling with no filtering at all, so downscaling aliases hard. The Siemens star folds into moiré, and no amount of upscaling can recover what aliasing destroyed. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/detail-chart-x2-nearest.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-detail-chart-x3-bicubic 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-detail-chart-x3-bicubic.webp Super-Resolution Input — detail-chart, ÷3 Bicubic The detail-chart plate downscaled 3× to 212x120 using a bicubic filter. The standard downscale in most benchmarks. Mild ringing at edges, and the filter most super-resolution models are trained to invert — so it flatters them. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/detail-chart-x3-bicubic.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-detail-chart-x3-area 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-detail-chart-x3-area.webp Super-Resolution Input — detail-chart, ÷3 Area / box The detail-chart plate downscaled 3× to 212x120 using a area / box filter. Simple pixel averaging, what a camera's binning path actually does. Softer than bicubic and not what most models saw in training, which makes it a fairer test. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/detail-chart-x3-area.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-detail-chart-x3-nearest 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-detail-chart-x3-nearest.webp Super-Resolution Input — detail-chart, ÷3 Nearest neighbour The detail-chart plate downscaled 3× to 212x120 using a nearest neighbour filter. Point sampling with no filtering at all, so downscaling aliases hard. The Siemens star folds into moiré, and no amount of upscaling can recover what aliasing destroyed. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/detail-chart-x3-nearest.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-detail-chart-x4-bicubic 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-detail-chart-x4-bicubic.webp Super-Resolution Input — detail-chart, ÷4 Bicubic The detail-chart plate downscaled 4× to 160x90 using a bicubic filter. The standard downscale in most benchmarks. Mild ringing at edges, and the filter most super-resolution models are trained to invert — so it flatters them. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/detail-chart-x4-bicubic.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-detail-chart-x4-area 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-detail-chart-x4-area.webp Super-Resolution Input — detail-chart, ÷4 Area / box The detail-chart plate downscaled 4× to 160x90 using a area / box filter. Simple pixel averaging, what a camera's binning path actually does. Softer than bicubic and not what most models saw in training, which makes it a fairer test. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/detail-chart-x4-area.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-detail-chart-x4-nearest 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-detail-chart-x4-nearest.webp Super-Resolution Input — detail-chart, ÷4 Nearest neighbour The detail-chart plate downscaled 4× to 160x90 using a nearest neighbour filter. Point sampling with no filtering at all, so downscaling aliases hard. The Siemens star folds into moiré, and no amount of upscaling can recover what aliasing destroyed. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/detail-chart-x4-nearest.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-text-motion-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-text-motion-gt.webp Super-Resolution Ground Truth — text-motion The full-resolution reference for the text-motion super-resolution set at 640x360. Every low-resolution input in this group was produced by downscaling these exact pixels with a recorded filter, so an upscaler's output can be compared against the true original instead of against another upscale. https://examples.novusstreamsolutions.com/files/video/super-resolution/text-motion-full.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-text-motion-x2-bicubic 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-text-motion-x2-bicubic.webp Super-Resolution Input — text-motion, ÷2 Bicubic The text-motion plate downscaled 2× to 320x180 using a bicubic filter. The standard downscale in most benchmarks. Mild ringing at edges, and the filter most super-resolution models are trained to invert — so it flatters them. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/text-motion-x2-bicubic.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-text-motion-x2-area 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-text-motion-x2-area.webp Super-Resolution Input — text-motion, ÷2 Area / box The text-motion plate downscaled 2× to 320x180 using a area / box filter. Simple pixel averaging, what a camera's binning path actually does. Softer than bicubic and not what most models saw in training, which makes it a fairer test. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/text-motion-x2-area.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-text-motion-x2-nearest 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-text-motion-x2-nearest.webp Super-Resolution Input — text-motion, ÷2 Nearest neighbour The text-motion plate downscaled 2× to 320x180 using a nearest neighbour filter. Point sampling with no filtering at all, so downscaling aliases hard. The Siemens star folds into moiré, and no amount of upscaling can recover what aliasing destroyed. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/text-motion-x2-nearest.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-text-motion-x3-bicubic 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-text-motion-x3-bicubic.webp Super-Resolution Input — text-motion, ÷3 Bicubic The text-motion plate downscaled 3× to 212x120 using a bicubic filter. The standard downscale in most benchmarks. Mild ringing at edges, and the filter most super-resolution models are trained to invert — so it flatters them. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/text-motion-x3-bicubic.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-text-motion-x3-area 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-text-motion-x3-area.webp Super-Resolution Input — text-motion, ÷3 Area / box The text-motion plate downscaled 3× to 212x120 using a area / box filter. Simple pixel averaging, what a camera's binning path actually does. Softer than bicubic and not what most models saw in training, which makes it a fairer test. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/text-motion-x3-area.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-text-motion-x3-nearest 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-text-motion-x3-nearest.webp Super-Resolution Input — text-motion, ÷3 Nearest neighbour The text-motion plate downscaled 3× to 212x120 using a nearest neighbour filter. Point sampling with no filtering at all, so downscaling aliases hard. The Siemens star folds into moiré, and no amount of upscaling can recover what aliasing destroyed. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/text-motion-x3-nearest.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-text-motion-x4-bicubic 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-text-motion-x4-bicubic.webp Super-Resolution Input — text-motion, ÷4 Bicubic The text-motion plate downscaled 4× to 160x90 using a bicubic filter. The standard downscale in most benchmarks. Mild ringing at edges, and the filter most super-resolution models are trained to invert — so it flatters them. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/text-motion-x4-bicubic.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-text-motion-x4-area 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-text-motion-x4-area.webp Super-Resolution Input — text-motion, ÷4 Area / box The text-motion plate downscaled 4× to 160x90 using a area / box filter. Simple pixel averaging, what a camera's binning path actually does. Softer than bicubic and not what most models saw in training, which makes it a fairer test. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/text-motion-x4-area.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-text-motion-x4-nearest 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-text-motion-x4-nearest.webp Super-Resolution Input — text-motion, ÷4 Nearest neighbour The text-motion plate downscaled 4× to 160x90 using a nearest neighbour filter. Point sampling with no filtering at all, so downscaling aliases hard. The Siemens star folds into moiré, and no amount of upscaling can recover what aliasing destroyed. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/text-motion-x4-nearest.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-pan-city-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-pan-city-gt.webp Super-Resolution Ground Truth — pan-city The full-resolution reference for the pan-city super-resolution set at 640x360. Every low-resolution input in this group was produced by downscaling these exact pixels with a recorded filter, so an upscaler's output can be compared against the true original instead of against another upscale. https://examples.novusstreamsolutions.com/files/video/super-resolution/pan-city-full.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-pan-city-x2-bicubic 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-pan-city-x2-bicubic.webp Super-Resolution Input — pan-city, ÷2 Bicubic The pan-city plate downscaled 2× to 320x180 using a bicubic filter. The standard downscale in most benchmarks. Mild ringing at edges, and the filter most super-resolution models are trained to invert — so it flatters them. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/pan-city-x2-bicubic.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-pan-city-x2-area 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-pan-city-x2-area.webp Super-Resolution Input — pan-city, ÷2 Area / box The pan-city plate downscaled 2× to 320x180 using a area / box filter. Simple pixel averaging, what a camera's binning path actually does. Softer than bicubic and not what most models saw in training, which makes it a fairer test. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/pan-city-x2-area.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-pan-city-x2-nearest 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-pan-city-x2-nearest.webp Super-Resolution Input — pan-city, ÷2 Nearest neighbour The pan-city plate downscaled 2× to 320x180 using a nearest neighbour filter. Point sampling with no filtering at all, so downscaling aliases hard. The Siemens star folds into moiré, and no amount of upscaling can recover what aliasing destroyed. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/pan-city-x2-nearest.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-pan-city-x3-bicubic 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-pan-city-x3-bicubic.webp Super-Resolution Input — pan-city, ÷3 Bicubic The pan-city plate downscaled 3× to 212x120 using a bicubic filter. The standard downscale in most benchmarks. Mild ringing at edges, and the filter most super-resolution models are trained to invert — so it flatters them. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/pan-city-x3-bicubic.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-pan-city-x3-area 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-pan-city-x3-area.webp Super-Resolution Input — pan-city, ÷3 Area / box The pan-city plate downscaled 3× to 212x120 using a area / box filter. Simple pixel averaging, what a camera's binning path actually does. Softer than bicubic and not what most models saw in training, which makes it a fairer test. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/pan-city-x3-area.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-pan-city-x3-nearest 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-pan-city-x3-nearest.webp Super-Resolution Input — pan-city, ÷3 Nearest neighbour The pan-city plate downscaled 3× to 212x120 using a nearest neighbour filter. Point sampling with no filtering at all, so downscaling aliases hard. The Siemens star folds into moiré, and no amount of upscaling can recover what aliasing destroyed. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/pan-city-x3-nearest.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-pan-city-x4-bicubic 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-pan-city-x4-bicubic.webp Super-Resolution Input — pan-city, ÷4 Bicubic The pan-city plate downscaled 4× to 160x90 using a bicubic filter. The standard downscale in most benchmarks. Mild ringing at edges, and the filter most super-resolution models are trained to invert — so it flatters them. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/pan-city-x4-bicubic.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-pan-city-x4-area 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-pan-city-x4-area.webp Super-Resolution Input — pan-city, ÷4 Area / box The pan-city plate downscaled 4× to 160x90 using a area / box filter. Simple pixel averaging, what a camera's binning path actually does. Softer than bicubic and not what most models saw in training, which makes it a fairer test. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/pan-city-x4-area.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/superres/superres-pan-city-x4-nearest 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-superres-pan-city-x4-nearest.webp Super-Resolution Input — pan-city, ÷4 Nearest neighbour The pan-city plate downscaled 4× to 160x90 using a nearest neighbour filter. Point sampling with no filtering at all, so downscaling aliases hard. The Siemens star folds into moiré, and no amount of upscaling can recover what aliasing destroyed. Upscale it back to 640x360 and score against the ground truth in this group — the filter is recorded because which one was used changes the difficulty far more than the scale factor does. https://examples.novusstreamsolutions.com/files/video/super-resolution/pan-city-x4-nearest.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-pan-city-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-pan-city-gt.webp Interpolation Ground Truth — pan-city at 24 fps The full-rate 24 fps reference for the pan-city interpolation set. The decimated clips in this group drop frames from exactly this sequence, so every frame an interpolator is asked to synthesise has a true original to be scored against — which is the only way to tell invention from reconstruction. https://examples.novusstreamsolutions.com/files/video/interpolation/pan-city-24fps.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-pan-city-12fps 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-pan-city-12fps.webp Interpolation Input — pan-city at 12 fps The pan-city plate decimated to 12 fps by keeping every 2th frame, so 24 of the original 48 frames are missing. Interpolate back to 24 fps and each synthesised frame has an exact counterpart in the ground truth. Larger gaps need genuine motion understanding rather than blending. https://examples.novusstreamsolutions.com/files/video/interpolation/pan-city-12fps.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-pan-city-8fps 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-pan-city-8fps.webp Interpolation Input — pan-city at 8 fps The pan-city plate decimated to 8 fps by keeping every 3th frame, so 32 of the original 48 frames are missing. Interpolate back to 24 fps and each synthesised frame has an exact counterpart in the ground truth. Larger gaps need genuine motion understanding rather than blending. https://examples.novusstreamsolutions.com/files/video/interpolation/pan-city-8fps.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-pan-city-6fps 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-pan-city-6fps.webp Interpolation Input — pan-city at 6 fps The pan-city plate decimated to 6 fps by keeping every 4th frame, so 36 of the original 48 frames are missing. Interpolate back to 24 fps and each synthesised frame has an exact counterpart in the ground truth. Larger gaps need genuine motion understanding rather than blending. https://examples.novusstreamsolutions.com/files/video/interpolation/pan-city-6fps.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-pan-city-blended 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-pan-city-blended.webp Interpolation Input — pan-city, Motion-Blurred Decimation Halved frame rate where each output frame is the AVERAGE of the two it replaces, rather than one of them — what a long shutter angle actually produces. Substantially harder than clean decimation, because the interpolator must undo motion blur as well as invent the missing instants, and no input frame matches any ground-truth frame exactly. https://examples.novusstreamsolutions.com/files/video/interpolation/pan-city-blended.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-orbit-solid-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-orbit-solid-gt.webp Interpolation Ground Truth — orbit-solid at 24 fps The full-rate 24 fps reference for the orbit-solid interpolation set. The decimated clips in this group drop frames from exactly this sequence, so every frame an interpolator is asked to synthesise has a true original to be scored against — which is the only way to tell invention from reconstruction. https://examples.novusstreamsolutions.com/files/video/interpolation/orbit-solid-24fps.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-orbit-solid-12fps 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-orbit-solid-12fps.webp Interpolation Input — orbit-solid at 12 fps The orbit-solid plate decimated to 12 fps by keeping every 2th frame, so 24 of the original 48 frames are missing. Interpolate back to 24 fps and each synthesised frame has an exact counterpart in the ground truth. Larger gaps need genuine motion understanding rather than blending. https://examples.novusstreamsolutions.com/files/video/interpolation/orbit-solid-12fps.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-orbit-solid-8fps 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-orbit-solid-8fps.webp Interpolation Input — orbit-solid at 8 fps The orbit-solid plate decimated to 8 fps by keeping every 3th frame, so 32 of the original 48 frames are missing. Interpolate back to 24 fps and each synthesised frame has an exact counterpart in the ground truth. Larger gaps need genuine motion understanding rather than blending. https://examples.novusstreamsolutions.com/files/video/interpolation/orbit-solid-8fps.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-orbit-solid-6fps 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-orbit-solid-6fps.webp Interpolation Input — orbit-solid at 6 fps The orbit-solid plate decimated to 6 fps by keeping every 4th frame, so 36 of the original 48 frames are missing. Interpolate back to 24 fps and each synthesised frame has an exact counterpart in the ground truth. Larger gaps need genuine motion understanding rather than blending. https://examples.novusstreamsolutions.com/files/video/interpolation/orbit-solid-6fps.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-orbit-solid-blended 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-orbit-solid-blended.webp Interpolation Input — orbit-solid, Motion-Blurred Decimation Halved frame rate where each output frame is the AVERAGE of the two it replaces, rather than one of them — what a long shutter angle actually produces. Substantially harder than clean decimation, because the interpolator must undo motion blur as well as invent the missing instants, and no input frame matches any ground-truth frame exactly. https://examples.novusstreamsolutions.com/files/video/interpolation/orbit-solid-blended.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-depth-layers-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-depth-layers-gt.webp Interpolation Ground Truth — depth-layers at 24 fps The full-rate 24 fps reference for the depth-layers interpolation set. The decimated clips in this group drop frames from exactly this sequence, so every frame an interpolator is asked to synthesise has a true original to be scored against — which is the only way to tell invention from reconstruction. https://examples.novusstreamsolutions.com/files/video/interpolation/depth-layers-24fps.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-depth-layers-12fps 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-depth-layers-12fps.webp Interpolation Input — depth-layers at 12 fps The depth-layers plate decimated to 12 fps by keeping every 2th frame, so 24 of the original 48 frames are missing. Interpolate back to 24 fps and each synthesised frame has an exact counterpart in the ground truth. Larger gaps need genuine motion understanding rather than blending. https://examples.novusstreamsolutions.com/files/video/interpolation/depth-layers-12fps.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-depth-layers-8fps 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-depth-layers-8fps.webp Interpolation Input — depth-layers at 8 fps The depth-layers plate decimated to 8 fps by keeping every 3th frame, so 32 of the original 48 frames are missing. Interpolate back to 24 fps and each synthesised frame has an exact counterpart in the ground truth. Larger gaps need genuine motion understanding rather than blending. https://examples.novusstreamsolutions.com/files/video/interpolation/depth-layers-8fps.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-depth-layers-6fps 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-depth-layers-6fps.webp Interpolation Input — depth-layers at 6 fps The depth-layers plate decimated to 6 fps by keeping every 4th frame, so 36 of the original 48 frames are missing. Interpolate back to 24 fps and each synthesised frame has an exact counterpart in the ground truth. Larger gaps need genuine motion understanding rather than blending. https://examples.novusstreamsolutions.com/files/video/interpolation/depth-layers-6fps.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/interp/interp-depth-layers-blended 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-interp-depth-layers-blended.webp Interpolation Input — depth-layers, Motion-Blurred Decimation Halved frame rate where each output frame is the AVERAGE of the two it replaces, rather than one of them — what a long shutter angle actually produces. Substantially harder than clean decimation, because the interpolator must undo motion blur as well as invent the missing instants, and no input frame matches any ground-truth frame exactly. https://examples.novusstreamsolutions.com/files/video/interpolation/depth-layers-blended.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-pan-city-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-pan-city-gt.webp Stabilisation Ground Truth — pan-city, Locked Off The locked-off reference for the pan-city stabilisation set — any motion in this clip is subject motion, not camera motion. The shaky clips in this group are this footage with a recorded synthetic camera path applied, so residual motion after stabilisation can be measured against zero rather than eyeballed. https://examples.novusstreamsolutions.com/files/video/stabilisation/pan-city-locked.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-pan-city-handheld-light 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-pan-city-handheld-light.webp Stabilisation Input — pan-city, Light handheld Light handheld camera shake applied to the locked-off pan-city plate: up to 3.0 px of translation at 11.0 Hz, seed 5100. Sub-pixel-to-3-pixel translation at walking cadence — the residual wobble left after in-body stabilisation. Easy to correct, and the case where over-correction visibly crops the frame for nothing. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input. https://examples.novusstreamsolutions.com/files/video/stabilisation/pan-city-handheld-light.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-pan-city-handheld-heavy 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-pan-city-handheld-heavy.webp Stabilisation Input — pan-city, Heavy handheld Heavy handheld camera shake applied to the locked-off pan-city plate: up to 12.0 px of translation at 6.5 Hz, seed 5131. Twelve-pixel excursions at a slower, larger cadence: running, or a long lens. Requires real trajectory smoothing rather than frame-to-frame alignment. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input. https://examples.novusstreamsolutions.com/files/video/stabilisation/pan-city-handheld-heavy.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-pan-city-rotational 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-pan-city-rotational.webp Stabilisation Input — pan-city, Rotational roll Rotational roll camera shake applied to the locked-off pan-city plate: up to 4.0 px of translation and 1.6° of roll at 8.0 Hz, seed 5162. Translation plus up to 1.6° of roll. Translation-only stabilisers cannot fix roll at all, so this immediately separates 2-DOF from full-affine implementations. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input. https://examples.novusstreamsolutions.com/files/video/stabilisation/pan-city-rotational.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-pan-city-highfreq 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-pan-city-highfreq.webp Stabilisation Input — pan-city, High-frequency jitter High-frequency jitter camera shake applied to the locked-off pan-city plate: up to 2.5 px of translation and 0.5° of roll at 23.0 Hz, seed 5193. Small, fast jitter near the frame rate — vibration from a vehicle or a drone motor. Aliases against the sampling rate, so naive low-pass smoothing of the path leaves it almost untouched. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input. https://examples.novusstreamsolutions.com/files/video/stabilisation/pan-city-highfreq.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-text-motion-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-text-motion-gt.webp Stabilisation Ground Truth — text-motion, Locked Off The locked-off reference for the text-motion stabilisation set — any motion in this clip is subject motion, not camera motion. The shaky clips in this group are this footage with a recorded synthetic camera path applied, so residual motion after stabilisation can be measured against zero rather than eyeballed. https://examples.novusstreamsolutions.com/files/video/stabilisation/text-motion-locked.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-text-motion-handheld-light 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-text-motion-handheld-light.webp Stabilisation Input — text-motion, Light handheld Light handheld camera shake applied to the locked-off text-motion plate: up to 3.0 px of translation at 11.0 Hz, seed 5100. Sub-pixel-to-3-pixel translation at walking cadence — the residual wobble left after in-body stabilisation. Easy to correct, and the case where over-correction visibly crops the frame for nothing. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input. https://examples.novusstreamsolutions.com/files/video/stabilisation/text-motion-handheld-light.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-text-motion-handheld-heavy 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-text-motion-handheld-heavy.webp Stabilisation Input — text-motion, Heavy handheld Heavy handheld camera shake applied to the locked-off text-motion plate: up to 12.0 px of translation at 6.5 Hz, seed 5131. Twelve-pixel excursions at a slower, larger cadence: running, or a long lens. Requires real trajectory smoothing rather than frame-to-frame alignment. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input. https://examples.novusstreamsolutions.com/files/video/stabilisation/text-motion-handheld-heavy.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-text-motion-rotational 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-text-motion-rotational.webp Stabilisation Input — text-motion, Rotational roll Rotational roll camera shake applied to the locked-off text-motion plate: up to 4.0 px of translation and 1.6° of roll at 8.0 Hz, seed 5162. Translation plus up to 1.6° of roll. Translation-only stabilisers cannot fix roll at all, so this immediately separates 2-DOF from full-affine implementations. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input. https://examples.novusstreamsolutions.com/files/video/stabilisation/text-motion-rotational.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-text-motion-highfreq 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-text-motion-highfreq.webp Stabilisation Input — text-motion, High-frequency jitter High-frequency jitter camera shake applied to the locked-off text-motion plate: up to 2.5 px of translation and 0.5° of roll at 23.0 Hz, seed 5193. Small, fast jitter near the frame rate — vibration from a vehicle or a drone motor. Aliases against the sampling rate, so naive low-pass smoothing of the path leaves it almost untouched. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input. https://examples.novusstreamsolutions.com/files/video/stabilisation/text-motion-highfreq.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-detail-chart-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-detail-chart-gt.webp Stabilisation Ground Truth — detail-chart, Locked Off The locked-off reference for the detail-chart stabilisation set — any motion in this clip is subject motion, not camera motion. The shaky clips in this group are this footage with a recorded synthetic camera path applied, so residual motion after stabilisation can be measured against zero rather than eyeballed. https://examples.novusstreamsolutions.com/files/video/stabilisation/detail-chart-locked.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-detail-chart-handheld-light 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-detail-chart-handheld-light.webp Stabilisation Input — detail-chart, Light handheld Light handheld camera shake applied to the locked-off detail-chart plate: up to 3.0 px of translation at 11.0 Hz, seed 5100. Sub-pixel-to-3-pixel translation at walking cadence — the residual wobble left after in-body stabilisation. Easy to correct, and the case where over-correction visibly crops the frame for nothing. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input. https://examples.novusstreamsolutions.com/files/video/stabilisation/detail-chart-handheld-light.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-detail-chart-handheld-heavy 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-detail-chart-handheld-heavy.webp Stabilisation Input — detail-chart, Heavy handheld Heavy handheld camera shake applied to the locked-off detail-chart plate: up to 12.0 px of translation at 6.5 Hz, seed 5131. Twelve-pixel excursions at a slower, larger cadence: running, or a long lens. Requires real trajectory smoothing rather than frame-to-frame alignment. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input. https://examples.novusstreamsolutions.com/files/video/stabilisation/detail-chart-handheld-heavy.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-detail-chart-rotational 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-detail-chart-rotational.webp Stabilisation Input — detail-chart, Rotational roll Rotational roll camera shake applied to the locked-off detail-chart plate: up to 4.0 px of translation and 1.6° of roll at 8.0 Hz, seed 5162. Translation plus up to 1.6° of roll. Translation-only stabilisers cannot fix roll at all, so this immediately separates 2-DOF from full-affine implementations. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input. https://examples.novusstreamsolutions.com/files/video/stabilisation/detail-chart-rotational.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/stab/stab-detail-chart-highfreq 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-stab-detail-chart-highfreq.webp Stabilisation Input — detail-chart, High-frequency jitter High-frequency jitter camera shake applied to the locked-off detail-chart plate: up to 2.5 px of translation and 0.5° of roll at 23.0 Hz, seed 5193. Small, fast jitter near the frame rate — vibration from a vehicle or a drone motor. Aliases against the sampling rate, so naive low-pass smoothing of the path leaves it almost untouched. Uncovered edges are filled black rather than padded, so the crop a stabiliser needs is visible in the input. https://examples.novusstreamsolutions.com/files/video/stabilisation/detail-chart-highfreq.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/matting/matting-subject-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-matting-subject-gt.webp Matting Ground Truth — Per-Frame Alpha Matte The exact per-frame alpha used to composite every clip in this group, as an 8-bit greyscale clip: white is opaque subject, black is background, and edges carry genuine intermediate values because the matte is anti-aliased rather than binary. This is what makes matting output measurable — compare a predicted alpha against this frame by frame instead of inspecting a composite and forming an opinion. https://examples.novusstreamsolutions.com/files/video/matting/alpha-ground-truth.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/matting/matting-subject-chroma 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-matting-subject-chroma.webp Matting Input — Subject on Chroma Green The canonical keying setup: the subject over a chroma-green field carrying a deliberate vertical lighting falloff, because a perfectly flat key is unrealistically easy. Pull a key, then score the resulting alpha against the ground-truth matte in this group. https://examples.novusstreamsolutions.com/files/video/matting/subject-on-chroma.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/matting/matting-subject-bg-office 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-matting-subject-bg-office.webp Matting Input — Subject on Office interior The same subject and the same alpha, composited over office interior — no chroma screen, which is the case a general background-removal model actually has to handle. Score the predicted alpha against the ground-truth matte in this group. https://examples.novusstreamsolutions.com/files/video/matting/subject-on-bg-office.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/matting/matting-subject-bg-outdoor 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-matting-subject-bg-outdoor.webp Matting Input — Subject on Outdoor daylight The same subject and the same alpha, composited over outdoor daylight — no chroma screen, which is the case a general background-removal model actually has to handle. Score the predicted alpha against the ground-truth matte in this group. https://examples.novusstreamsolutions.com/files/video/matting/subject-on-bg-outdoor.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/matting/matting-subject-bg-dark 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-matting-subject-bg-dark.webp Matting Input — Subject on Dark studio The same subject and the same alpha, composited over dark studio — no chroma screen, which is the case a general background-removal model actually has to handle. Score the predicted alpha against the ground-truth matte in this group. https://examples.novusstreamsolutions.com/files/video/matting/subject-on-bg-dark.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/matting/matting-subject-bg-busy 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-matting-subject-bg-busy.webp Matting Input — Subject on Busy patterned The same subject and the same alpha, composited over busy patterned — no chroma screen, which is the case a general background-removal model actually has to handle. Score the predicted alpha against the ground-truth matte in this group. https://examples.novusstreamsolutions.com/files/video/matting/subject-on-bg-busy.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/matting/matting-subject-bg-similar 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-matting-subject-bg-similar.webp Matting Input — Subject on Colour close to subject The same subject and the same alpha, composited over colour close to subject — no chroma screen, which is the case a general background-removal model actually has to handle. The background colour deliberately sits close to the subject's own, so colour alone cannot separate them and the model must use shape and motion. Score the predicted alpha against the ground-truth matte in this group. https://examples.novusstreamsolutions.com/files/video/matting/subject-on-bg-similar.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/segmentation/segmentation-solids-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-segmentation-solids-gt.webp Segmentation Ground Truth — Instance Masks Per-frame instance masks for the orbit plate, colour-coded so the three objects are separable: red is the disc, green the square, blue the centre marker, black the background. Instance identity is stable across frames, which is what makes this usable for video object segmentation and tracking rather than only per-frame segmentation. Note the mask is encoded lossily like every other clip here, so threshold rather than testing for exact equality. https://examples.novusstreamsolutions.com/files/video/segmentation/instance-masks.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/segmentation/segmentation-solids-scene 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-segmentation-solids-scene.webp Segmentation Input — Orbiting Solids Two hard-edged objects orbiting in antiphase over a grid, plus a static centre marker. The objects cross in front of the grid and reach the frame edges, so occlusion and boundary handling both get exercised. Every frame has an exact mask in this group. https://examples.novusstreamsolutions.com/files/video/segmentation/orbit-scene.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/segmentation/segmentation-solids-trimap 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-segmentation-solids-trimap.webp Segmentation Input — Trimap (Foreground / Unknown / Background) A three-level trimap derived from the instance masks: definite foreground, definite background, and a nine-pixel unknown band around every boundary. This is the input interactive matting and rotoscoping tools actually take, and the band is where all the difficulty lives — a matte is only as good as its handling of that region. https://examples.novusstreamsolutions.com/files/video/segmentation/trimap.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-colour-patches-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-colour-patches-gt.webp Colourisation Ground Truth — colour-patches The full-colour reference for the colour-patches colourisation set. Every desaturated clip in this group was derived from these exact pixels with a documented luma transform, so a colouriser's output can be scored against the true colours — and on this plate the 24 patch values are fixed and published, so the comparison can be made per patch rather than as a whole-frame average. https://examples.novusstreamsolutions.com/files/video/colourisation/colour-patches-colour.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-colour-patches-greyscale 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-colour-patches-greyscale.webp Colourisation Input — colour-patches, Rec. 709 luma The colour-patches plate desaturated using Rec. 709 luma weights. Converted with Rec. 709 luma weights, the correct coefficients for HD material. All chroma is gone, so a colouriser has nothing to recover from and must infer it entirely. https://examples.novusstreamsolutions.com/files/video/colourisation/colour-patches-greyscale.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-colour-patches-greyscale-601 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-colour-patches-greyscale-601.webp Colourisation Input — colour-patches, Rec. 601 luma The colour-patches plate desaturated using Rec. 601 luma weights. Rec. 601 weights instead — the SD standard, and still the default in a surprising amount of software. The greys differ measurably from the 709 version, which is a good check on whether a pipeline knows which standard it is using. https://examples.novusstreamsolutions.com/files/video/colourisation/colour-patches-greyscale-601.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-colour-patches-desat-50 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-colour-patches-desat-50.webp Colourisation Input — colour-patches, 50% Desaturated The colour-patches plate with 50% of its saturation removed, leaving 50% of the original chroma. This is the faded-archive case rather than the black-and-white one: some colour information survives, so the task is restoration rather than invention, and a model that ignores the residual chroma is throwing away the strongest signal it has. https://examples.novusstreamsolutions.com/files/video/colourisation/colour-patches-desat-50.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-colour-patches-desat-80 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-colour-patches-desat-80.webp Colourisation Input — colour-patches, 80% Desaturated The colour-patches plate with 80% of its saturation removed, leaving 19% of the original chroma. This is the faded-archive case rather than the black-and-white one: some colour information survives, so the task is restoration rather than invention, and a model that ignores the residual chroma is throwing away the strongest signal it has. https://examples.novusstreamsolutions.com/files/video/colourisation/colour-patches-desat-80.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-pan-city-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-pan-city-gt.webp Colourisation Ground Truth — pan-city The full-colour reference for the pan-city colourisation set. Every desaturated clip in this group was derived from these exact pixels with a documented luma transform, so a colouriser's output can be scored against the true colours. https://examples.novusstreamsolutions.com/files/video/colourisation/pan-city-colour.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-pan-city-greyscale 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-pan-city-greyscale.webp Colourisation Input — pan-city, Rec. 709 luma The pan-city plate desaturated using Rec. 709 luma weights. Converted with Rec. 709 luma weights, the correct coefficients for HD material. All chroma is gone, so a colouriser has nothing to recover from and must infer it entirely. https://examples.novusstreamsolutions.com/files/video/colourisation/pan-city-greyscale.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-pan-city-greyscale-601 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-pan-city-greyscale-601.webp Colourisation Input — pan-city, Rec. 601 luma The pan-city plate desaturated using Rec. 601 luma weights. Rec. 601 weights instead — the SD standard, and still the default in a surprising amount of software. The greys differ measurably from the 709 version, which is a good check on whether a pipeline knows which standard it is using. https://examples.novusstreamsolutions.com/files/video/colourisation/pan-city-greyscale-601.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-pan-city-desat-50 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-pan-city-desat-50.webp Colourisation Input — pan-city, 50% Desaturated The pan-city plate with 50% of its saturation removed, leaving 50% of the original chroma. This is the faded-archive case rather than the black-and-white one: some colour information survives, so the task is restoration rather than invention, and a model that ignores the residual chroma is throwing away the strongest signal it has. https://examples.novusstreamsolutions.com/files/video/colourisation/pan-city-desat-50.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-pan-city-desat-80 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-pan-city-desat-80.webp Colourisation Input — pan-city, 80% Desaturated The pan-city plate with 80% of its saturation removed, leaving 19% of the original chroma. This is the faded-archive case rather than the black-and-white one: some colour information survives, so the task is restoration rather than invention, and a model that ignores the residual chroma is throwing away the strongest signal it has. https://examples.novusstreamsolutions.com/files/video/colourisation/pan-city-desat-80.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-gradient-sky-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-gradient-sky-gt.webp Colourisation Ground Truth — gradient-sky The full-colour reference for the gradient-sky colourisation set. Every desaturated clip in this group was derived from these exact pixels with a documented luma transform, so a colouriser's output can be scored against the true colours. https://examples.novusstreamsolutions.com/files/video/colourisation/gradient-sky-colour.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-gradient-sky-greyscale 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-gradient-sky-greyscale.webp Colourisation Input — gradient-sky, Rec. 709 luma The gradient-sky plate desaturated using Rec. 709 luma weights. Converted with Rec. 709 luma weights, the correct coefficients for HD material. All chroma is gone, so a colouriser has nothing to recover from and must infer it entirely. https://examples.novusstreamsolutions.com/files/video/colourisation/gradient-sky-greyscale.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-gradient-sky-greyscale-601 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-gradient-sky-greyscale-601.webp Colourisation Input — gradient-sky, Rec. 601 luma The gradient-sky plate desaturated using Rec. 601 luma weights. Rec. 601 weights instead — the SD standard, and still the default in a surprising amount of software. The greys differ measurably from the 709 version, which is a good check on whether a pipeline knows which standard it is using. https://examples.novusstreamsolutions.com/files/video/colourisation/gradient-sky-greyscale-601.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-gradient-sky-desat-50 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-gradient-sky-desat-50.webp Colourisation Input — gradient-sky, 50% Desaturated The gradient-sky plate with 50% of its saturation removed, leaving 50% of the original chroma. This is the faded-archive case rather than the black-and-white one: some colour information survives, so the task is restoration rather than invention, and a model that ignores the residual chroma is throwing away the strongest signal it has. https://examples.novusstreamsolutions.com/files/video/colourisation/gradient-sky-desat-50.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/colour/colour-gradient-sky-desat-80 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-colour-gradient-sky-desat-80.webp Colourisation Input — gradient-sky, 80% Desaturated The gradient-sky plate with 80% of its saturation removed, leaving 19% of the original chroma. This is the faded-archive case rather than the black-and-white one: some colour information survives, so the task is restoration rather than invention, and a model that ignores the residual chroma is throwing away the strongest signal it has. https://examples.novusstreamsolutions.com/files/video/colourisation/gradient-sky-desat-80.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/depth/depth-parallax-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-depth-parallax-gt.webp Depth Ground Truth — Layer Depth Map The depth map for the parallax plate, encoded brighter-is-nearer across three layers. These values are not an estimate — they are derived from the layer velocities the generator used, so the depth ordering is exact by construction. Relative depth is what matters here: the layers move at 0.6, 2.4 and 6.0 pixels per frame, a 1 : 4 : 10 ratio. https://examples.novusstreamsolutions.com/files/video/depth/depth-map.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/depth/depth-parallax-scene 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-depth-parallax-scene.webp Depth Input — Three-Layer Parallax Scene Three planes translating at 0.6, 2.4 and 6.0 pixels per frame — a 1 : 4 : 10 velocity ratio that defines their relative depth by motion alone. There are no pictorial depth cues to fall back on: no perspective convergence, no shading, no familiar object sizes. A monocular depth model that has learned pictorial cues rather than motion parallax will do poorly here, which is precisely what makes the fixture informative. https://examples.novusstreamsolutions.com/files/video/depth/parallax-scene.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/deblur/deblur-detail-chart-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-deblur-detail-chart-gt.webp Deblur Ground Truth — detail-chart, Sharp The sharp reference for the detail-chart deblur set. Each blurred clip in this group applies a documented kernel to these exact pixels, so the deconvolution problem has a known answer — including which detail was destroyed outright and therefore cannot be recovered, only invented. https://examples.novusstreamsolutions.com/files/video/deblur/detail-chart-sharp.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/deblur/deblur-detail-chart-motion-h 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-deblur-detail-chart-motion-h.webp Deblur Input — detail-chart, Horizontal motion blur, 9 px Horizontal motion blur, 9 px applied to the sharp detail-chart plate with a uniform horizontal box kernel — a linear camera pan during exposure. The kernel is documented, so this supports both blind and non-blind deconvolution: give the algorithm the kernel, or make it estimate one and compare. https://examples.novusstreamsolutions.com/files/video/deblur/detail-chart-motion-h.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/deblur/deblur-detail-chart-motion-h-21 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-deblur-detail-chart-motion-h-21.webp Deblur Input — detail-chart, Horizontal motion blur, 21 px Horizontal motion blur, 21 px applied to the sharp detail-chart plate with a uniform horizontal box kernel — a linear camera pan during exposure. The kernel is documented, so this supports both blind and non-blind deconvolution: give the algorithm the kernel, or make it estimate one and compare. https://examples.novusstreamsolutions.com/files/video/deblur/detail-chart-motion-h-21.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/deblur/deblur-detail-chart-defocus 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-deblur-detail-chart-defocus.webp Deblur Input — detail-chart, Defocus blur, radius 5 Defocus blur, radius 5 applied to the sharp detail-chart plate with a Gaussian kernel — a defocused lens. The kernel is documented, so this supports both blind and non-blind deconvolution: give the algorithm the kernel, or make it estimate one and compare. https://examples.novusstreamsolutions.com/files/video/deblur/detail-chart-defocus.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/deblur/deblur-text-motion-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-deblur-text-motion-gt.webp Deblur Ground Truth — text-motion, Sharp The sharp reference for the text-motion deblur set. Each blurred clip in this group applies a documented kernel to these exact pixels, so the deconvolution problem has a known answer — including which detail was destroyed outright and therefore cannot be recovered, only invented. https://examples.novusstreamsolutions.com/files/video/deblur/text-motion-sharp.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/deblur/deblur-text-motion-motion-h 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-deblur-text-motion-motion-h.webp Deblur Input — text-motion, Horizontal motion blur, 9 px Horizontal motion blur, 9 px applied to the sharp text-motion plate with a uniform horizontal box kernel — a linear camera pan during exposure. The kernel is documented, so this supports both blind and non-blind deconvolution: give the algorithm the kernel, or make it estimate one and compare. https://examples.novusstreamsolutions.com/files/video/deblur/text-motion-motion-h.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/deblur/deblur-text-motion-motion-h-21 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-deblur-text-motion-motion-h-21.webp Deblur Input — text-motion, Horizontal motion blur, 21 px Horizontal motion blur, 21 px applied to the sharp text-motion plate with a uniform horizontal box kernel — a linear camera pan during exposure. The kernel is documented, so this supports both blind and non-blind deconvolution: give the algorithm the kernel, or make it estimate one and compare. https://examples.novusstreamsolutions.com/files/video/deblur/text-motion-motion-h-21.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/deblur/deblur-text-motion-defocus 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-deblur-text-motion-defocus.webp Deblur Input — text-motion, Defocus blur, radius 5 Defocus blur, radius 5 applied to the sharp text-motion plate with a Gaussian kernel — a defocused lens. The kernel is documented, so this supports both blind and non-blind deconvolution: give the algorithm the kernel, or make it estimate one and compare. https://examples.novusstreamsolutions.com/files/video/deblur/text-motion-defocus.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-gradient-sky-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-gradient-sky-gt.webp Compression Reference — gradient-sky at CRF 14 The high-quality reference for the gradient-sky compression ladder, at CRF 14. Each clip in this group is the SAME source frames encoded at a progressively higher quantiser, so the only variable is the encoder setting. Useful both for artefact-removal models and for calibrating a quality metric against settings whose visual cost is already known. https://examples.novusstreamsolutions.com/files/video/compression/gradient-sky-crf14.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-gradient-sky-crf28 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-gradient-sky-crf28.webp Compression Input — gradient-sky at CRF 28 The gradient-sky plate at CRF 28 — mild artefacts. Encoded from the original frames rather than transcoded from the reference, so it carries exactly one generation of loss and the comparison is clean. On this plate the damage shows as banding across the smooth gradient, which is the artefact viewers notice first and metrics score most poorly. https://examples.novusstreamsolutions.com/files/video/compression/gradient-sky-crf28.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-gradient-sky-crf36 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-gradient-sky-crf36.webp Compression Input — gradient-sky at CRF 36 The gradient-sky plate at CRF 36 — clearly visible artefacts. Encoded from the original frames rather than transcoded from the reference, so it carries exactly one generation of loss and the comparison is clean. On this plate the damage shows as banding across the smooth gradient, which is the artefact viewers notice first and metrics score most poorly. https://examples.novusstreamsolutions.com/files/video/compression/gradient-sky-crf36.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-gradient-sky-crf44 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-gradient-sky-crf44.webp Compression Input — gradient-sky at CRF 44 The gradient-sky plate at CRF 44 — severe artefacts. Encoded from the original frames rather than transcoded from the reference, so it carries exactly one generation of loss and the comparison is clean. On this plate the damage shows as banding across the smooth gradient, which is the artefact viewers notice first and metrics score most poorly. https://examples.novusstreamsolutions.com/files/video/compression/gradient-sky-crf44.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-gradient-sky-crf51 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-gradient-sky-crf51.webp Compression Input — gradient-sky at CRF 51 The gradient-sky plate at CRF 51 — extreme — the codec's limit artefacts. Encoded from the original frames rather than transcoded from the reference, so it carries exactly one generation of loss and the comparison is clean. On this plate the damage shows as banding across the smooth gradient, which is the artefact viewers notice first and metrics score most poorly. https://examples.novusstreamsolutions.com/files/video/compression/gradient-sky-crf51.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-text-motion-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-text-motion-gt.webp Compression Reference — text-motion at CRF 14 The high-quality reference for the text-motion compression ladder, at CRF 14. Each clip in this group is the SAME source frames encoded at a progressively higher quantiser, so the only variable is the encoder setting. Useful both for artefact-removal models and for calibrating a quality metric against settings whose visual cost is already known. https://examples.novusstreamsolutions.com/files/video/compression/text-motion-crf14.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-text-motion-crf28 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-text-motion-crf28.webp Compression Input — text-motion at CRF 28 The text-motion plate at CRF 28 — mild artefacts. Encoded from the original frames rather than transcoded from the reference, so it carries exactly one generation of loss and the comparison is clean. On this plate the damage shows as ringing around glyph edges, where legibility gives a pass/fail signal that needs no metric. https://examples.novusstreamsolutions.com/files/video/compression/text-motion-crf28.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-text-motion-crf36 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-text-motion-crf36.webp Compression Input — text-motion at CRF 36 The text-motion plate at CRF 36 — clearly visible artefacts. Encoded from the original frames rather than transcoded from the reference, so it carries exactly one generation of loss and the comparison is clean. On this plate the damage shows as ringing around glyph edges, where legibility gives a pass/fail signal that needs no metric. https://examples.novusstreamsolutions.com/files/video/compression/text-motion-crf36.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-text-motion-crf44 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-text-motion-crf44.webp Compression Input — text-motion at CRF 44 The text-motion plate at CRF 44 — severe artefacts. Encoded from the original frames rather than transcoded from the reference, so it carries exactly one generation of loss and the comparison is clean. On this plate the damage shows as ringing around glyph edges, where legibility gives a pass/fail signal that needs no metric. https://examples.novusstreamsolutions.com/files/video/compression/text-motion-crf44.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-text-motion-crf51 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-text-motion-crf51.webp Compression Input — text-motion at CRF 51 The text-motion plate at CRF 51 — extreme — the codec's limit artefacts. Encoded from the original frames rather than transcoded from the reference, so it carries exactly one generation of loss and the comparison is clean. On this plate the damage shows as ringing around glyph edges, where legibility gives a pass/fail signal that needs no metric. https://examples.novusstreamsolutions.com/files/video/compression/text-motion-crf51.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-detail-chart-ground-truth 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-detail-chart-gt.webp Compression Reference — detail-chart at CRF 14 The high-quality reference for the detail-chart compression ladder, at CRF 14. Each clip in this group is the SAME source frames encoded at a progressively higher quantiser, so the only variable is the encoder setting. Useful both for artefact-removal models and for calibrating a quality metric against settings whose visual cost is already known. https://examples.novusstreamsolutions.com/files/video/compression/detail-chart-crf14.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-detail-chart-crf28 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-detail-chart-crf28.webp Compression Input — detail-chart at CRF 28 The detail-chart plate at CRF 28 — mild artefacts. Encoded from the original frames rather than transcoded from the reference, so it carries exactly one generation of loss and the comparison is clean. On this plate the fine wedges collapse first, showing exactly which spatial frequencies the quantiser discarded. https://examples.novusstreamsolutions.com/files/video/compression/detail-chart-crf28.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-detail-chart-crf36 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-detail-chart-crf36.webp Compression Input — detail-chart at CRF 36 The detail-chart plate at CRF 36 — clearly visible artefacts. Encoded from the original frames rather than transcoded from the reference, so it carries exactly one generation of loss and the comparison is clean. On this plate the fine wedges collapse first, showing exactly which spatial frequencies the quantiser discarded. https://examples.novusstreamsolutions.com/files/video/compression/detail-chart-crf36.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-detail-chart-crf44 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-detail-chart-crf44.webp Compression Input — detail-chart at CRF 44 The detail-chart plate at CRF 44 — severe artefacts. Encoded from the original frames rather than transcoded from the reference, so it carries exactly one generation of loss and the comparison is clean. On this plate the fine wedges collapse first, showing exactly which spatial frequencies the quantiser discarded. https://examples.novusstreamsolutions.com/files/video/compression/detail-chart-crf44.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/compress/compress-detail-chart-crf51 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-compress-detail-chart-crf51.webp Compression Input — detail-chart at CRF 51 The detail-chart plate at CRF 51 — extreme — the codec's limit artefacts. Encoded from the original frames rather than transcoded from the reference, so it carries exactly one generation of loss and the comparison is clean. On this plate the fine wedges collapse first, showing exactly which spatial frequencies the quantiser discarded. https://examples.novusstreamsolutions.com/files/video/compression/detail-chart-crf51.mp4 2 2026-07-25 yes https://examples.novusstreamsolutions.com/video/codecs/codec-h264 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-codec-h264.webp Codec — H.264 / AVC The shared pan-city base plate encoded with H.264 (libx264). The universal baseline — decodes everywhere, hardware-accelerated on essentially every device shipped this decade. If a pipeline handles only one codec, this is it. Every clip in this group carries the identical picture, so a decoder-support matrix built from them isolates the codec as the only variable. https://examples.novusstreamsolutions.com/files/video/codecs/h264.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/codecs/codec-hevc 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-codec-hevc.webp Codec — HEVC / H.265 The shared pan-city base plate encoded with HEVC (libx265). Roughly half the bitrate of H.264 at the same quality, but patent licensing kept it out of browsers. Tagged hvc1 rather than hev1, which is what Safari and QuickTime require — the wrong tag is a common cause of a file that plays everywhere except on Apple hardware. Every clip in this group carries the identical picture, so a decoder-support matrix built from them isolates the codec as the only variable. https://examples.novusstreamsolutions.com/files/video/codecs/hevc.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/codecs/codec-av1 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-codec-av1.webp Codec — AV1 The shared pan-city base plate encoded with AV1 (libaom-av1). Royalty-free and now decoded by every current browser. Encoding is far slower than H.264, which is why this fixture uses a fast preset; the bitstream is standard regardless. Every clip in this group carries the identical picture, so a decoder-support matrix built from them isolates the codec as the only variable. https://examples.novusstreamsolutions.com/files/video/codecs/av1.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/codecs/codec-vp9 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-codec-vp9.webp Codec — VP9 The shared pan-city base plate encoded with VP9 (libvpx-vp9). Google's royalty-free predecessor to AV1, and still the workhorse of WebM delivery. Plays natively in every major browser. Every clip in this group carries the identical picture, so a decoder-support matrix built from them isolates the codec as the only variable. https://examples.novusstreamsolutions.com/files/video/codecs/vp9.webm 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/codecs/codec-vp8 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-codec-vp8.webp Codec — VP8 The shared pan-city base plate encoded with VP8 (libvpx). The first WebM codec, now legacy but still what MediaRecorder emits by default in several browsers — so it turns up in user-generated uploads far more often than its age suggests. Every clip in this group carries the identical picture, so a decoder-support matrix built from them isolates the codec as the only variable. https://examples.novusstreamsolutions.com/files/video/codecs/vp8.webm 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/codecs/codec-theora 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-codec-theora.webp Codec — Theora The shared pan-city base plate encoded with Theora (libtheora). The original open web video codec, in an Ogg container. Largely historical, but still the fallback path in older HTML5 players and a good test of whether a pipeline's format detection is driven by content rather than by a hardcoded list. Every clip in this group carries the identical picture, so a decoder-support matrix built from them isolates the codec as the only variable. https://examples.novusstreamsolutions.com/files/video/codecs/theora.ogv 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/containers/container-mp4 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-container-mp4.webp Container — MP4 (ISO BMFF) One H.264 elementary stream wrapped in MP4 (ISO BMFF). Every file in this group was produced from the SAME encode with a stream copy, so the compressed video bytes are identical and the container is genuinely the only difference. The ISO base media format, and the default for web delivery. Supports faststart, which moves the index to the front so playback can begin before the file has finished downloading. https://examples.novusstreamsolutions.com/files/video/containers/mp4.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/containers/container-m4v 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-container-m4v.webp Container — M4V One H.264 elementary stream wrapped in M4V. Every file in this group was produced from the SAME encode with a stream copy, so the compressed video bytes are identical and the container is genuinely the only difference. MP4 under Apple's alternative extension. Byte-identical structure; the extension exists purely so iTunes could distinguish video, and it is a good test of extension-driven format detection. https://examples.novusstreamsolutions.com/files/video/containers/m4v.m4v 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/structure/structure-all-intra 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-struct-all-intra.webp Bitstream — All-Intra (Every Frame a Keyframe) Every frame is an I-frame, so any frame is an independent cut point. Much larger, and the shape editing and frame-accurate seeking want. Same picture and same codec as every other clip in this group — only the GOP and frame-type structure differ, so the effect on size and seekability is directly attributable. https://examples.novusstreamsolutions.com/files/video/structure/all-intra.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/structure/structure-gop-8 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-struct-gop-8.webp Bitstream — Short GOP (8 Frames) A keyframe every 8 frames with scene-cut detection disabled, so the GOP length is exactly what it says. Short GOPs cost bitrate but bound seek latency — the trade-off streaming packagers make explicitly. Same picture and same codec as every other clip in this group — only the GOP and frame-type structure differ, so the effect on size and seekability is directly attributable. https://examples.novusstreamsolutions.com/files/video/structure/gop-8.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/structure/structure-gop-24 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-struct-gop-24.webp Bitstream — Long GOP (24 Frames, One Per Second) One keyframe per second — the delivery default, and the setting that determines HLS/DASH segment boundaries, since a segment must start on a keyframe. Same picture and same codec as every other clip in this group — only the GOP and frame-type structure differ, so the effect on size and seekability is directly attributable. https://examples.novusstreamsolutions.com/files/video/structure/gop-24.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/structure/structure-single-gop 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-struct-single-gop.webp Bitstream — Single GOP (One Keyframe Only) Exactly one keyframe, at the start. Maximally efficient and nearly unseekable: a player must decode from frame zero to reach any position, which is what makes long-GOP archives painful to scrub. Same picture and same codec as every other clip in this group — only the GOP and frame-type structure differ, so the effect on size and seekability is directly attributable. https://examples.novusstreamsolutions.com/files/video/structure/single-gop.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/structure/structure-bframes-0 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-struct-bframes-0.webp Bitstream — No B-Frames I and P frames only. Required by some low-latency and legacy decoders, and it removes the reordering that makes decode order differ from display order. Same picture and same codec as every other clip in this group — only the GOP and frame-type structure differ, so the effect on size and seekability is directly attributable. https://examples.novusstreamsolutions.com/files/video/structure/bframes-0.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/structure/structure-bframes-8 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-struct-bframes-8.webp Bitstream — Heavy B-Frames (8 Consecutive) Eight consecutive B-frames with a B-pyramid, so decode order and display order diverge sharply and DTS runs well behind PTS. The case that breaks naive timestamp handling and any code that assumes frames arrive in display order. Same picture and same codec as every other clip in this group — only the GOP and frame-type structure differ, so the effect on size and seekability is directly attributable. https://examples.novusstreamsolutions.com/files/video/structure/bframes-8.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/structure/structure-faststart 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-struct-faststart.webp MP4 Layout — Faststart (moov Atom First) The moov index is relocated to the front of the file, so a player can begin playback after the first few kilobytes. Required for progressive download to work at all. Byte-for-byte the same encode as its twin in this group; only the atom order differs, which is why comparing the two is the clean way to demonstrate the effect. https://examples.novusstreamsolutions.com/files/video/structure/faststart.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/structure/structure-moov-at-end 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-struct-moov-at-end.webp MP4 Layout — moov Atom at End The default MP4 layout, with the index written last. A progressive-download player must fetch the entire file before it can start — the classic 'video buffers forever' bug, and invisible unless you look at the atom order. Byte-for-byte the same encode as its twin in this group; only the atom order differs, which is why comparing the two is the clean way to demonstrate the effect. https://examples.novusstreamsolutions.com/files/video/structure/moov-at-end.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/structure/structure-fragmented-mp4 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-struct-fragmented.webp MP4 Layout — Fragmented (fMP4 / CMAF) Fragmented MP4: an empty moov followed by independent moof/mdat fragment pairs, rather than one monolithic index. This is what CMAF streaming actually delivers, and what makes a segment playable without the rest of the file. Parsers written against progressive MP4 frequently fail here, because there is no sample table to read up front. https://examples.novusstreamsolutions.com/files/video/structure/fragmented.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/rotation/rotation-90 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-rotate-90.webp Rotation Metadata — 90° A 90-degree rotation carried in the container's display matrix while the coded pixels stay in their original orientation — exactly what a phone writes when you record holding it sideways. A player that ignores the matrix shows this 270x480 clip as 480x270, on its side. Thumbnailers and transcoders that read dimensions from the video stream rather than the display matrix get this wrong constantly. https://examples.novusstreamsolutions.com/files/video/rotation/rotate-90.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/rotation/rotation-180 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-rotate-180.webp Rotation Metadata — 180° A 180-degree rotation carried in the container's display matrix while the coded pixels stay in their original orientation — exactly what a phone writes when you record holding it sideways. A player that ignores the matrix shows it upside down. Thumbnailers and transcoders that read dimensions from the video stream rather than the display matrix get this wrong constantly. https://examples.novusstreamsolutions.com/files/video/rotation/rotate-180.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/rotation/rotation-270 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-rotate-270.webp Rotation Metadata — 270° A 270-degree rotation carried in the container's display matrix while the coded pixels stay in their original orientation — exactly what a phone writes when you record holding it sideways. A player that ignores the matrix shows this 270x480 clip as 480x270, on its side. Thumbnailers and transcoders that read dimensions from the video stream rather than the display matrix get this wrong constantly. https://examples.novusstreamsolutions.com/files/video/rotation/rotate-270.mp4 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/alpha/alpha-vp9-webm 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-alpha-vp9.webp Alpha Channel — VP9 in WebM Video with a real per-pixel alpha channel: VP9 yuva420p in WebM, the one alpha path browsers decode natively. Composite it over a page background and the transparency is genuine, not a chroma key. Roughly 90% of each frame is fully transparent. Two traps this file exists to expose. First, auto-alt-ref must be disabled at encode time or libvpx silently drops the alpha plane, producing a valid file with no transparency and no error. Second, WebM stores VP9 alpha in BlockAdditional and signals it with AlphaMode=1, so FFmpeg's NATIVE vp9 decoder reports pix_fmt yuv420p and decodes fully opaque — you must force `-c:v libvpx-vp9` to see the alpha at all. Probing this file with default settings and concluding it has no alpha is the expected mistake. https://examples.novusstreamsolutions.com/files/video/alpha/vp9-alpha.webm 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/alpha/alpha-vp9-opaque-twin 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-alpha-opaque.webp Alpha Channel — Opaque VP9 Twin The same codec and container with NO alpha plane, as the control for the alpha clip in this group. Useful for checking that alpha detection reads the pixel format rather than assuming every WebM is transparent — and for confirming a compositing bug is in the alpha handling rather than in the player. https://examples.novusstreamsolutions.com/files/video/alpha/vp9-opaque.webm 1 2026-07-25 yes https://examples.novusstreamsolutions.com/video/subtitle-tracks/mp4-mov-text-subtitle-tracks 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-subtrk-mp4-movtext.webp Multi-Track Subtitles — Two mov_text Tracks (MP4) Two soft subtitle tracks inside an MP4, in mov_text — the 3GPP Timed Text format that is the only subtitle codec MP4 officially carries. Safari and QuickTime read these natively; most other browsers ignore them entirely and expect a sidecar WebVTT track instead, which is the single most common reason subtitles appear on an iPhone and nowhere else. Compare with the MKV in this group: the cue text is identical, but mov_text drops all styling and positioning, so this is also the file to test a lossy subtitle conversion against. https://examples.novusstreamsolutions.com/files/video/subtitle-tracks/mp4-mov-text.mp4 8 2026-07-25 yes https://examples.novusstreamsolutions.com/video/subtitle-tracks/webm-embedded-webvtt-track 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-subtrk-webm-vtt.webp Multi-Track Subtitles — Embedded WebVTT (WebM) WebVTT muxed inside a WebM container, which the Matroska specification allows and almost nothing consumes. No browser surfaces an embedded WebVTT track through the HTML TextTrack API — the web platform expects a separate <track> element pointing at a sidecar file — so this is the fixture for the gap between what a container is permitted to hold and what a player will actually give you. One caveat about this file specifically. Every other fixture in this phase carries byte-identical H.264 video, but the WebM muxer accepts only VP8, VP9 or AV1 video and WebVTT subtitles — that restriction is the container's definition, not a limitation of the tooling — so the picture here is re-encoded to VP9 from the same source frames. Same content, different bytes. https://examples.novusstreamsolutions.com/files/video/subtitle-tracks/webm-webvtt.webm 8 2026-07-25 yes https://examples.novusstreamsolutions.com/video/subtitle-tracks/mp4-no-subtitle-tracks 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-subtrk-none.webp Multi-Track Subtitles — No Subtitle Track (MP4) The control for this group: the same picture with no subtitle track at all. Every other file here differs from this one only by what was muxed in. Worth more than it looks. A track enumerator that returns an empty list, one that returns a single null entry and one that throws are three different behaviours, and none of them can be told apart using a file that has subtitles. https://examples.novusstreamsolutions.com/files/video/subtitle-tracks/mp4-no-subtitles.mp4 8 2026-07-25 yes https://examples.novusstreamsolutions.com/video/audio-tracks/mp4-mono-audio 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-audtrk-mono.webp Multi-Track Audio — Single Mono Track (MP4) One mono audio track — the shape most phone recordings, voice notes and screen captures actually arrive in, and the one that catches pipelines that hardcode a stereo buffer or index channel 1 without checking that it exists. https://examples.novusstreamsolutions.com/files/video/audio-tracks/mp4-mono.mp4 8 2026-07-25 yes https://examples.novusstreamsolutions.com/video/audio-tracks/mp4-no-audio-track 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-audtrk-none.webp Multi-Track Audio — No Audio Track At All (MP4) A video file with no audio track whatsoever. Pair it with the silent-track file in this group: the two sound identical and are structurally completely different. Code that asks 'does this have audio?' by reading a level meter says no to both. Code that asks the container says no to this one and yes to the other. Whichever answer your pipeline needs, you need both files to know which question it is actually asking. https://examples.novusstreamsolutions.com/files/video/audio-tracks/mp4-no-audio-track.mp4 8 2026-07-25 yes https://examples.novusstreamsolutions.com/video/audio-tracks/mp4-silent-audio-track 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-audtrk-silent.webp Multi-Track Audio — Present but Digitally Silent (MP4) An audio track that exists, declares stereo, and contains nothing but zero samples. The twin of the no-audio-track file in this group, and the reason that file exists. This is the fixture that catches the false negative in every 'is the audio missing?' check built on a container probe: `ffprobe` reports a healthy AAC stereo track, the duration is right, the bitrate is plausible, and the viewer hears nothing. Detecting it requires decoding and measuring, not inspecting. The language is deliberately `und`, which is what encoders emit when nobody set one — another thing worth being able to reproduce. https://examples.novusstreamsolutions.com/files/video/audio-tracks/mp4-silent-audio-track.mp4 8 2026-07-25 yes https://examples.novusstreamsolutions.com/video/chapters/mp4-embedded-chapters 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-chap-mp4.webp Chapters — Embedded in MP4 Four named chapters — Cold Open, Titles, Main Segment, Credits — on two-second boundaries. The clip burns the chapter name and a running timecode into the picture, so the chapter marks can be verified by eye against what the player's chapter menu claims. MP4 has no chapter box. FFmpeg writes them as a QuickTime chapter track — a hidden text track referenced by the video track — which QuickTime, VLC and most desktop players read and which browsers ignore completely. Remux this to MKV and back and the chapters usually survive; convert it with a tool that maps streams individually and they usually do not. https://examples.novusstreamsolutions.com/files/video/chapters/mp4-chapters.mp4 8 2026-07-25 yes https://examples.novusstreamsolutions.com/video/metadata/mp4-full-container-tags 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-meta-mp4-tags.webp Embedded Metadata — Full Container Tags (MP4) Eight container-level metadata fields written into the same eight-second clip, so a metadata reader can be checked against a file whose expected values are published rather than guessed. Every value is obviously sample data. MP4 stores these in an iTunes-style `moov/udta/meta/ilst` atom, with fixed four-character keys. Fields outside that vocabulary — `description` here — are written as freeform `----` atoms that many readers skip, so a tag can be present in the file and invisible to the tool you are testing. https://examples.novusstreamsolutions.com/files/video/metadata/mp4-full-tags.mp4 8 2026-07-25 yes https://examples.novusstreamsolutions.com/video/metadata/mp4-stripped-metadata 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-meta-stripped.webp Embedded Metadata — Stripped (MP4 Control) The same clip with every scrap of metadata removed — no tags, no creation time, not even the encoder string FFmpeg normally writes. The control for this group and the baseline for a privacy or scrubbing tool: if your stripper leaves anything this file does not have, it is not stripping enough. Getting to genuinely zero takes `-map_metadata -1` **and** `-fflags +bitexact` placed after the input, as an output option. `-map_metadata -1` alone still leaves the `encoder=Lavf…` tag behind, and putting the bitexact flag before `-i` applies it to the demuxer where it does nothing to the output — which is the usual reason a file someone believes they stripped still names the software that made it. What cannot be removed: `major_brand`, `minor_version` and `compatible_brands`. Probing tools list those alongside the tags, but they are fields of the `ftyp` box that define what the file is, not metadata about it. https://examples.novusstreamsolutions.com/files/video/metadata/mp4-stripped.mp4 8 2026-07-25 yes https://examples.novusstreamsolutions.com/video/metadata/mp4-embedded-cover-art 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-meta-cover.webp Embedded Metadata — Cover Art (MP4) Cover art embedded in an MP4 as a still JPEG carrying the `attached_pic` disposition. Note what that means structurally: the artwork is a *second video stream*, not a metadata field. That is the trap. A pipeline that maps 'the video stream' with `-map 0:v` picks up both and produces a file with a stray one-frame track; one that counts video streams to decide whether a file is a video reports two. Both are common, and neither shows up until a file with artwork arrives. https://examples.novusstreamsolutions.com/files/video/metadata/mp4-cover-art.mp4 8 2026-07-25 yes https://examples.novusstreamsolutions.com/video/metadata/mp4-smpte-start-timecode 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-meta-timecode.webp Embedded Metadata — SMPTE Start Timecode (MP4) A start timecode of 01:00:00:00 — the broadcast convention of beginning programme material at hour one, so that bars, slates and pre-roll can live before it without going negative. FFmpeg writes it as a QuickTime `tmcd` track. The burned-in timecode in the picture deliberately starts at 00:00:00:00 instead. That one-hour disagreement is the whole point: an editor or QC tool that reads the timecode track shows 01:00:00:00 at the first frame, one that reads elapsed time shows zero, and a file where they agree cannot tell you which your tool is doing. Non-drop-frame, since 24 fps has no drop-frame variant. https://examples.novusstreamsolutions.com/files/video/metadata/mp4-start-timecode.mp4 8 2026-07-25 yes https://examples.novusstreamsolutions.com/video/metadata/mp4-fixed-creation-time 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-meta-creation-time.webp Embedded Metadata — Fixed Creation Time (MP4) A file with a known, fixed creation time — the field media libraries sort by, importers use to build folders, and forensic tools read first. Fixed rather than generated at build time, so re-running the generator produces byte-identical output and the published value never goes stale. Two behaviours worth testing against it. MP4 stores the `mvhd` timestamp in seconds since 1904 with no timezone, so anything that displays a local time is applying an assumption; and the stripped file in this group has no creation time at all, which is what a privacy-scrubbed file should look like. https://examples.novusstreamsolutions.com/files/video/metadata/mp4-creation-time.mp4 8 2026-07-25 yes https://examples.novusstreamsolutions.com/video/multi-track/mp4-full-multi-track-package 2026-07-25 https://examples.novusstreamsolutions.com/thumbnails/video/vid-mt-full-mp4.webp Multi-Track — Complete Package, MP4 Limits (MP4) The same package rebuilt inside MP4, which is the interesting part — MP4 cannot carry all of it. The SDH subtitle track is gone because MP4 has no hearing-impaired flag, the attachment becomes cover art as a second video stream, per-track titles have no home, and the subtitles are mov_text with the styling stripped. Diff this against the MKV in the same group and you have a concrete, byte-level answer to 'what do I lose converting to MP4?' — which is normally something people find out after shipping. https://examples.novusstreamsolutions.com/files/video/multi-track/full-package.mp4 8 2026-07-25 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-01-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-01-input-media.webp Video Workflow 01 — Input Media H.264 input-media clip for video workflow 01, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-01-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-01/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-01-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-01-expected-output.webp Video Workflow 01 — Expected Output H.264 expected-output clip for video workflow 01, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-01-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-01/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-02-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-02-input-media.webp Video Workflow 02 — Input Media H.264 input-media clip for video workflow 02, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-02-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-02/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-02-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-02-expected-output.webp Video Workflow 02 — Expected Output H.264 expected-output clip for video workflow 02, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-02-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-02/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-03-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-03-input-media.webp Video Workflow 03 — Input Media H.264 input-media clip for video workflow 03, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-03-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-03/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-03-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-03-expected-output.webp Video Workflow 03 — Expected Output H.264 expected-output clip for video workflow 03, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-03-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-03/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-04-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-04-input-media.webp Video Workflow 04 — Input Media H.264 input-media clip for video workflow 04, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-04-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-04/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-04-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-04-expected-output.webp Video Workflow 04 — Expected Output H.264 expected-output clip for video workflow 04, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-04-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-04/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-05-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-05-input-media.webp Video Workflow 05 — Input Media H.264 input-media clip for video workflow 05, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-05-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-05/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-05-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-05-expected-output.webp Video Workflow 05 — Expected Output H.264 expected-output clip for video workflow 05, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-05-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-05/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-06-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-06-input-media.webp Video Workflow 06 — Input Media H.264 input-media clip for video workflow 06, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-06-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-06/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-06-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-06-expected-output.webp Video Workflow 06 — Expected Output H.264 expected-output clip for video workflow 06, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-06-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-06/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-07-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-07-input-media.webp Video Workflow 07 — Input Media H.264 input-media clip for video workflow 07, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-07-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-07/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-07-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-07-expected-output.webp Video Workflow 07 — Expected Output H.264 expected-output clip for video workflow 07, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-07-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-07/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-08-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-08-input-media.webp Video Workflow 08 — Input Media H.264 input-media clip for video workflow 08, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-08-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-08/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-08-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-08-expected-output.webp Video Workflow 08 — Expected Output H.264 expected-output clip for video workflow 08, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-08-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-08/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-09-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-09-input-media.webp Video Workflow 09 — Input Media H.264 input-media clip for video workflow 09, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-09-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-09/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-09-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-09-expected-output.webp Video Workflow 09 — Expected Output H.264 expected-output clip for video workflow 09, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-09-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-09/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-10-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-10-input-media.webp Video Workflow 10 — Input Media H.264 input-media clip for video workflow 10, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-10-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-10/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-10-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-10-expected-output.webp Video Workflow 10 — Expected Output H.264 expected-output clip for video workflow 10, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-10-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-10/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-11-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-11-input-media.webp Video Workflow 11 — Input Media H.264 input-media clip for video workflow 11, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-11-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-11/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-11-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-11-expected-output.webp Video Workflow 11 — Expected Output H.264 expected-output clip for video workflow 11, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-11-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-11/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-12-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-12-input-media.webp Video Workflow 12 — Input Media H.264 input-media clip for video workflow 12, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-12-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-12/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-12-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-12-expected-output.webp Video Workflow 12 — Expected Output H.264 expected-output clip for video workflow 12, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-12-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-12/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-13-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-13-input-media.webp Video Workflow 13 — Input Media H.264 input-media clip for video workflow 13, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-13-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-13/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-13-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-13-expected-output.webp Video Workflow 13 — Expected Output H.264 expected-output clip for video workflow 13, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-13-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-13/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-14-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-14-input-media.webp Video Workflow 14 — Input Media H.264 input-media clip for video workflow 14, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-14-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-14/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-14-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-14-expected-output.webp Video Workflow 14 — Expected Output H.264 expected-output clip for video workflow 14, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-14-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-14/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-15-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-15-input-media.webp Video Workflow 15 — Input Media H.264 input-media clip for video workflow 15, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-15-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-15/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-15-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-15-expected-output.webp Video Workflow 15 — Expected Output H.264 expected-output clip for video workflow 15, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-15-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-15/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-16-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-16-input-media.webp Video Workflow 16 — Input Media H.264 input-media clip for video workflow 16, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-16-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-16/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-16-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-16-expected-output.webp Video Workflow 16 — Expected Output H.264 expected-output clip for video workflow 16, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-16-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-16/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-17-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-17-input-media.webp Video Workflow 17 — Input Media H.264 input-media clip for video workflow 17, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-17-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-17/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-17-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-17-expected-output.webp Video Workflow 17 — Expected Output H.264 expected-output clip for video workflow 17, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-17-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-17/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-18-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-18-input-media.webp Video Workflow 18 — Input Media H.264 input-media clip for video workflow 18, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-18-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-18/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-18-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-18-expected-output.webp Video Workflow 18 — Expected Output H.264 expected-output clip for video workflow 18, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-18-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-18/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-19-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-19-input-media.webp Video Workflow 19 — Input Media H.264 input-media clip for video workflow 19, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-19-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-19/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-19-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-19-expected-output.webp Video Workflow 19 — Expected Output H.264 expected-output clip for video workflow 19, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-19-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-19/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-20-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-20-input-media.webp Video Workflow 20 — Input Media H.264 input-media clip for video workflow 20, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-20-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-20/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-20-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-20-expected-output.webp Video Workflow 20 — Expected Output H.264 expected-output clip for video workflow 20, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-20-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-20/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-21-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-21-input-media.webp Video Workflow 21 — Input Media H.264 input-media clip for video workflow 21, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-21-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-21/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-21-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-21-expected-output.webp Video Workflow 21 — Expected Output H.264 expected-output clip for video workflow 21, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-21-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-21/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-22-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-22-input-media.webp Video Workflow 22 — Input Media H.264 input-media clip for video workflow 22, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-22-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-22/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-22-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-22-expected-output.webp Video Workflow 22 — Expected Output H.264 expected-output clip for video workflow 22, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-22-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-22/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-23-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-23-input-media.webp Video Workflow 23 — Input Media H.264 input-media clip for video workflow 23, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-23-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-23/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-23-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-23-expected-output.webp Video Workflow 23 — Expected Output H.264 expected-output clip for video workflow 23, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-23-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-23/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-24-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-24-input-media.webp Video Workflow 24 — Input Media H.264 input-media clip for video workflow 24, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-24-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-24/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-24-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-24-expected-output.webp Video Workflow 24 — Expected Output H.264 expected-output clip for video workflow 24, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-24-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-24/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-25-input-media 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-25-input-media.webp Video Workflow 25 — Input Media H.264 input-media clip for video workflow 25, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-25-input-media. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-25/input-media.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/workflow-kits/p8-video-kit-25-expected-output 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-kit-25-expected-output.webp Video Workflow 25 — Expected Output H.264 expected-output clip for video workflow 25, with a moving marker and embedded frame labels for deterministic edit comparison. Stable P8 artifact p8-video-kit-25-expected-output. https://examples.novusstreamsolutions.com/files/creator-video/workflow-kits/p8-video-kit-25/expected-output.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-001 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-001.webp Creator B-Roll Action Clip 001 Compact H.264 b-roll action clip 001 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-001. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-001.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-002 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-002.webp Creator B-Roll Action Clip 002 Compact H.264 b-roll action clip 002 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-002. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-002.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-003 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-003.webp Creator B-Roll Action Clip 003 Compact H.264 b-roll action clip 003 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-003. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-003.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-004 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-004.webp Creator B-Roll Action Clip 004 Compact H.264 b-roll action clip 004 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-004. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-004.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-005 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-005.webp Creator B-Roll Action Clip 005 Compact H.264 b-roll action clip 005 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-005. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-005.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-006 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-006.webp Creator B-Roll Action Clip 006 Compact H.264 b-roll action clip 006 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-006. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-006.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-007 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-007.webp Creator B-Roll Action Clip 007 Compact H.264 b-roll action clip 007 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-007. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-007.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-008 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-008.webp Creator B-Roll Action Clip 008 Compact H.264 b-roll action clip 008 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-008. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-008.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-009 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-009.webp Creator B-Roll Action Clip 009 Compact H.264 b-roll action clip 009 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-009. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-009.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-010 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-010.webp Creator B-Roll Action Clip 010 Compact H.264 b-roll action clip 010 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-010. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-010.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-011 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-011.webp Creator B-Roll Action Clip 011 Compact H.264 b-roll action clip 011 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-011. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-011.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-012 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-012.webp Creator B-Roll Action Clip 012 Compact H.264 b-roll action clip 012 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-012. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-012.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-013 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-013.webp Creator B-Roll Action Clip 013 Compact H.264 b-roll action clip 013 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-013. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-013.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-014 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-014.webp Creator B-Roll Action Clip 014 Compact H.264 b-roll action clip 014 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-014. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-014.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-015 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-015.webp Creator B-Roll Action Clip 015 Compact H.264 b-roll action clip 015 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-015. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-015.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-016 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-016.webp Creator B-Roll Action Clip 016 Compact H.264 b-roll action clip 016 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-016. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-016.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-017 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-017.webp Creator B-Roll Action Clip 017 Compact H.264 b-roll action clip 017 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-017. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-017.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-018 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-018.webp Creator B-Roll Action Clip 018 Compact H.264 b-roll action clip 018 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-018. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-018.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-019 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-019.webp Creator B-Roll Action Clip 019 Compact H.264 b-roll action clip 019 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-019. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-019.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-020 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-020.webp Creator B-Roll Action Clip 020 Compact H.264 b-roll action clip 020 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-020. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-020.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-021 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-021.webp Creator B-Roll Action Clip 021 Compact H.264 b-roll action clip 021 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-021. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-021.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-022 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-022.webp Creator B-Roll Action Clip 022 Compact H.264 b-roll action clip 022 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-022. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-022.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-023 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-023.webp Creator B-Roll Action Clip 023 Compact H.264 b-roll action clip 023 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-023. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-023.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-024 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-024.webp Creator B-Roll Action Clip 024 Compact H.264 b-roll action clip 024 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-024. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-024.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-025 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-025.webp Creator B-Roll Action Clip 025 Compact H.264 b-roll action clip 025 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-025. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-025.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-026 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-026.webp Creator B-Roll Action Clip 026 Compact H.264 b-roll action clip 026 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-026. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-026.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-027 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-027.webp Creator B-Roll Action Clip 027 Compact H.264 b-roll action clip 027 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-027. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-027.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-028 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-028.webp Creator B-Roll Action Clip 028 Compact H.264 b-roll action clip 028 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-028. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-028.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-029 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-029.webp Creator B-Roll Action Clip 029 Compact H.264 b-roll action clip 029 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-029. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-029.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-030 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-030.webp Creator B-Roll Action Clip 030 Compact H.264 b-roll action clip 030 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-030. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-030.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-031 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-031.webp Creator B-Roll Action Clip 031 Compact H.264 b-roll action clip 031 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-031. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-031.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-032 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-032.webp Creator B-Roll Action Clip 032 Compact H.264 b-roll action clip 032 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-032. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-032.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-033 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-033.webp Creator B-Roll Action Clip 033 Compact H.264 b-roll action clip 033 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-033. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-033.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-034 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-034.webp Creator B-Roll Action Clip 034 Compact H.264 b-roll action clip 034 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-034. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-034.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-035 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-035.webp Creator B-Roll Action Clip 035 Compact H.264 b-roll action clip 035 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-035. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-035.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-036 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-036.webp Creator B-Roll Action Clip 036 Compact H.264 b-roll action clip 036 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-036. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-036.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-037 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-037.webp Creator B-Roll Action Clip 037 Compact H.264 b-roll action clip 037 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-037. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-037.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-038 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-038.webp Creator B-Roll Action Clip 038 Compact H.264 b-roll action clip 038 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-038. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-038.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-039 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-039.webp Creator B-Roll Action Clip 039 Compact H.264 b-roll action clip 039 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-039. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-039.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-040 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-040.webp Creator B-Roll Action Clip 040 Compact H.264 b-roll action clip 040 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-040. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-040.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-041 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-041.webp Creator B-Roll Action Clip 041 Compact H.264 b-roll action clip 041 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-041. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-041.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-042 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-042.webp Creator B-Roll Action Clip 042 Compact H.264 b-roll action clip 042 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-042. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-042.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-043 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-043.webp Creator B-Roll Action Clip 043 Compact H.264 b-roll action clip 043 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-043. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-043.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-044 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-044.webp Creator B-Roll Action Clip 044 Compact H.264 b-roll action clip 044 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-044. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-044.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-045 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-045.webp Creator B-Roll Action Clip 045 Compact H.264 b-roll action clip 045 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-045. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-045.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-046 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-046.webp Creator B-Roll Action Clip 046 Compact H.264 b-roll action clip 046 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-046. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-046.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-047 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-047.webp Creator B-Roll Action Clip 047 Compact H.264 b-roll action clip 047 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-047. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-047.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-048 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-048.webp Creator B-Roll Action Clip 048 Compact H.264 b-roll action clip 048 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-048. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-048.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-049 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-049.webp Creator B-Roll Action Clip 049 Compact H.264 b-roll action clip 049 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-049. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-049.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-050 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-050.webp Creator B-Roll Action Clip 050 Compact H.264 b-roll action clip 050 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-050. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-050.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-051 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-051.webp Creator B-Roll Action Clip 051 Compact H.264 b-roll action clip 051 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-051. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-051.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-052 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-052.webp Creator B-Roll Action Clip 052 Compact H.264 b-roll action clip 052 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-052. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-052.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-053 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-053.webp Creator B-Roll Action Clip 053 Compact H.264 b-roll action clip 053 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-053. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-053.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-054 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-054.webp Creator B-Roll Action Clip 054 Compact H.264 b-roll action clip 054 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-054. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-054.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-055 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-055.webp Creator B-Roll Action Clip 055 Compact H.264 b-roll action clip 055 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-055. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-055.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-056 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-056.webp Creator B-Roll Action Clip 056 Compact H.264 b-roll action clip 056 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-056. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-056.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-057 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-057.webp Creator B-Roll Action Clip 057 Compact H.264 b-roll action clip 057 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-057. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-057.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-058 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-058.webp Creator B-Roll Action Clip 058 Compact H.264 b-roll action clip 058 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-058. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-058.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-059 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-059.webp Creator B-Roll Action Clip 059 Compact H.264 b-roll action clip 059 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-059. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-059.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-060 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-060.webp Creator B-Roll Action Clip 060 Compact H.264 b-roll action clip 060 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-060. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-060.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-061 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-061.webp Creator B-Roll Action Clip 061 Compact H.264 b-roll action clip 061 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-061. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-061.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-062 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-062.webp Creator B-Roll Action Clip 062 Compact H.264 b-roll action clip 062 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-062. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-062.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-063 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-063.webp Creator B-Roll Action Clip 063 Compact H.264 b-roll action clip 063 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-063. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-063.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-064 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-064.webp Creator B-Roll Action Clip 064 Compact H.264 b-roll action clip 064 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-064. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-064.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-065 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-065.webp Creator B-Roll Action Clip 065 Compact H.264 b-roll action clip 065 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-065. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-065.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-066 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-066.webp Creator B-Roll Action Clip 066 Compact H.264 b-roll action clip 066 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-066. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-066.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-067 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-067.webp Creator B-Roll Action Clip 067 Compact H.264 b-roll action clip 067 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-067. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-067.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-068 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-068.webp Creator B-Roll Action Clip 068 Compact H.264 b-roll action clip 068 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-068. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-068.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-069 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-069.webp Creator B-Roll Action Clip 069 Compact H.264 b-roll action clip 069 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-069. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-069.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/b-roll-action/creator-b-roll-action-070 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-broll-070.webp Creator B-Roll Action Clip 070 Compact H.264 b-roll action clip 070 with a deterministic lateral marker for trim, crop, and shot-order tests. Stable P8 artifact p8-video-broll-070. https://examples.novusstreamsolutions.com/files/creator-video/b-roll-action/p8-video-broll-070.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-001 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-001.webp Social 1:1 MP4 Clip 001 Browser-playable 1:1 social clip 001 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-001. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-001.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-002 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-002.webp Social 16:9 MP4 Clip 002 Browser-playable 16:9 social clip 002 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-002. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-002.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-003 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-003.webp Social 9:16 MP4 Clip 003 Browser-playable 9:16 social clip 003 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-003. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-003.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-004 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-004.webp Social 1:1 MP4 Clip 004 Browser-playable 1:1 social clip 004 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-004. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-004.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-005 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-005.webp Social 16:9 MP4 Clip 005 Browser-playable 16:9 social clip 005 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-005. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-005.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-006 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-006.webp Social 9:16 MP4 Clip 006 Browser-playable 9:16 social clip 006 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-006. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-006.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-007 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-007.webp Social 1:1 MP4 Clip 007 Browser-playable 1:1 social clip 007 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-007. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-007.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-008 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-008.webp Social 16:9 MP4 Clip 008 Browser-playable 16:9 social clip 008 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-008. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-008.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-009 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-009.webp Social 9:16 MP4 Clip 009 Browser-playable 9:16 social clip 009 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-009. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-009.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-010 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-010.webp Social 1:1 MP4 Clip 010 Browser-playable 1:1 social clip 010 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-010. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-010.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-011 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-011.webp Social 16:9 MP4 Clip 011 Browser-playable 16:9 social clip 011 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-011. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-011.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-012 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-012.webp Social 9:16 MP4 Clip 012 Browser-playable 9:16 social clip 012 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-012. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-012.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-013 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-013.webp Social 1:1 MP4 Clip 013 Browser-playable 1:1 social clip 013 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-013. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-013.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-014 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-014.webp Social 16:9 MP4 Clip 014 Browser-playable 16:9 social clip 014 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-014. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-014.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-015 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-015.webp Social 9:16 MP4 Clip 015 Browser-playable 9:16 social clip 015 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-015. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-015.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-016 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-016.webp Social 1:1 MP4 Clip 016 Browser-playable 1:1 social clip 016 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-016. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-016.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-017 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-017.webp Social 16:9 MP4 Clip 017 Browser-playable 16:9 social clip 017 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-017. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-017.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-018 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-018.webp Social 9:16 MP4 Clip 018 Browser-playable 9:16 social clip 018 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-018. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-018.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-019 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-019.webp Social 1:1 MP4 Clip 019 Browser-playable 1:1 social clip 019 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-019. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-019.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-020 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-020.webp Social 16:9 MP4 Clip 020 Browser-playable 16:9 social clip 020 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-020. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-020.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-021 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-021.webp Social 9:16 MP4 Clip 021 Browser-playable 9:16 social clip 021 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-021. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-021.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-022 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-022.webp Social 1:1 MP4 Clip 022 Browser-playable 1:1 social clip 022 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-022. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-022.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-023 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-023.webp Social 16:9 MP4 Clip 023 Browser-playable 16:9 social clip 023 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-023. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-023.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-024 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-024.webp Social 9:16 MP4 Clip 024 Browser-playable 9:16 social clip 024 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-024. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-024.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-025 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-025.webp Social 1:1 MP4 Clip 025 Browser-playable 1:1 social clip 025 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-025. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-025.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-026 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-026.webp Social 16:9 MP4 Clip 026 Browser-playable 16:9 social clip 026 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-026. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-026.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-027 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-027.webp Social 9:16 MP4 Clip 027 Browser-playable 9:16 social clip 027 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-027. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-027.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-028 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-028.webp Social 1:1 MP4 Clip 028 Browser-playable 1:1 social clip 028 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-028. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-028.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-029 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-029.webp Social 16:9 MP4 Clip 029 Browser-playable 16:9 social clip 029 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-029. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-029.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-030 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-030.webp Social 9:16 MP4 Clip 030 Browser-playable 9:16 social clip 030 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-030. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-030.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-031 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-031.webp Social 1:1 MP4 Clip 031 Browser-playable 1:1 social clip 031 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-031. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-031.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-032 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-032.webp Social 16:9 MP4 Clip 032 Browser-playable 16:9 social clip 032 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-032. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-032.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-033 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-033.webp Social 9:16 MP4 Clip 033 Browser-playable 9:16 social clip 033 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-033. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-033.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-034 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-034.webp Social 1:1 MP4 Clip 034 Browser-playable 1:1 social clip 034 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-034. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-034.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-035 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-035.webp Social 16:9 MP4 Clip 035 Browser-playable 16:9 social clip 035 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-035. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-035.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-036 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-036.webp Social 9:16 MP4 Clip 036 Browser-playable 9:16 social clip 036 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-036. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-036.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-037 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-037.webp Social 1:1 MP4 Clip 037 Browser-playable 1:1 social clip 037 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-037. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-037.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-mp4-038 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-038.webp Social 16:9 MP4 Clip 038 Browser-playable 16:9 social clip 038 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-038. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-038.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-mp4-039 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-039.webp Social 9:16 MP4 Clip 039 Browser-playable 9:16 social clip 039 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-039. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-039.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-mp4-040 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-040.webp Social 1:1 MP4 Clip 040 Browser-playable 1:1 social clip 040 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-040. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-040.mp4 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-webm-041 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-041.webp Social 16:9 WEBM Clip 041 Browser-playable 16:9 social clip 041 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-041. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-041.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-webm-042 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-042.webp Social 9:16 WEBM Clip 042 Browser-playable 9:16 social clip 042 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-042. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-042.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-webm-043 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-043.webp Social 1:1 WEBM Clip 043 Browser-playable 1:1 social clip 043 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-043. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-043.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-webm-044 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-044.webp Social 16:9 WEBM Clip 044 Browser-playable 16:9 social clip 044 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-044. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-044.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-webm-045 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-045.webp Social 9:16 WEBM Clip 045 Browser-playable 9:16 social clip 045 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-045. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-045.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-webm-046 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-046.webp Social 1:1 WEBM Clip 046 Browser-playable 1:1 social clip 046 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-046. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-046.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-webm-047 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-047.webp Social 16:9 WEBM Clip 047 Browser-playable 16:9 social clip 047 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-047. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-047.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-9x16-webm-048 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-048.webp Social 9:16 WEBM Clip 048 Browser-playable 9:16 social clip 048 at 12 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-048. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-048.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-1x1-webm-049 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-049.webp Social 1:1 WEBM Clip 049 Browser-playable 1:1 social clip 049 at 15 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-049. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-049.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/social-aspect-frame-rate/creator-social-16x9-webm-050 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-social-050.webp Social 16:9 WEBM Clip 050 Browser-playable 16:9 social clip 050 at 24 fps for aspect-ratio, frame-rate, and export preset checks. Stable P8 artifact p8-video-social-050. https://examples.novusstreamsolutions.com/files/creator-video/social-aspect-frame-rate/p8-video-social-050.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-001 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-001.webp Creator Overlay Alpha WebM 001 VP9 WebM overlay clip 001 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-001. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-001.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-002 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-002.webp Creator Overlay Alpha WebM 002 VP9 WebM overlay clip 002 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-002. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-002.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-003 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-003.webp Creator Overlay Alpha WebM 003 VP9 WebM overlay clip 003 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-003. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-003.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-004 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-004.webp Creator Overlay Alpha WebM 004 VP9 WebM overlay clip 004 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-004. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-004.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-005 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-005.webp Creator Overlay Alpha WebM 005 VP9 WebM overlay clip 005 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-005. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-005.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-006 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-006.webp Creator Overlay Alpha WebM 006 VP9 WebM overlay clip 006 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-006. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-006.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-007 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-007.webp Creator Overlay Alpha WebM 007 VP9 WebM overlay clip 007 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-007. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-007.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-008 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-008.webp Creator Overlay Alpha WebM 008 VP9 WebM overlay clip 008 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-008. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-008.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-009 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-009.webp Creator Overlay Alpha WebM 009 VP9 WebM overlay clip 009 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-009. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-009.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-010 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-010.webp Creator Overlay Alpha WebM 010 VP9 WebM overlay clip 010 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-010. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-010.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-011 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-011.webp Creator Overlay Alpha WebM 011 VP9 WebM overlay clip 011 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-011. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-011.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-012 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-012.webp Creator Overlay Alpha WebM 012 VP9 WebM overlay clip 012 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-012. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-012.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-013 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-013.webp Creator Overlay Alpha WebM 013 VP9 WebM overlay clip 013 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-013. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-013.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-014 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-014.webp Creator Overlay Alpha WebM 014 VP9 WebM overlay clip 014 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-014. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-014.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-015 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-015.webp Creator Overlay Alpha WebM 015 VP9 WebM overlay clip 015 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-015. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-015.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-016 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-016.webp Creator Overlay Alpha WebM 016 VP9 WebM overlay clip 016 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-016. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-016.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-017 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-017.webp Creator Overlay Alpha WebM 017 VP9 WebM overlay clip 017 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-017. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-017.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-018 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-018.webp Creator Overlay Alpha WebM 018 VP9 WebM overlay clip 018 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-018. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-018.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-019 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-019.webp Creator Overlay Alpha WebM 019 VP9 WebM overlay clip 019 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-019. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-019.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-020 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-020.webp Creator Overlay Alpha WebM 020 VP9 WebM overlay clip 020 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-020. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-020.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-021 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-021.webp Creator Overlay Alpha WebM 021 VP9 WebM overlay clip 021 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-021. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-021.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-022 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-022.webp Creator Overlay Alpha WebM 022 VP9 WebM overlay clip 022 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-022. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-022.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-023 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-023.webp Creator Overlay Alpha WebM 023 VP9 WebM overlay clip 023 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-023. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-023.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-024 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-024.webp Creator Overlay Alpha WebM 024 VP9 WebM overlay clip 024 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-024. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-024.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-025 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-025.webp Creator Overlay Alpha WebM 025 VP9 WebM overlay clip 025 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-025. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-025.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-026 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-026.webp Creator Overlay Alpha WebM 026 VP9 WebM overlay clip 026 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-026. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-026.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-027 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-027.webp Creator Overlay Alpha WebM 027 VP9 WebM overlay clip 027 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-027. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-027.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-028 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-028.webp Creator Overlay Alpha WebM 028 VP9 WebM overlay clip 028 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-028. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-028.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-029 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-029.webp Creator Overlay Alpha WebM 029 VP9 WebM overlay clip 029 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-029. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-029.webm 1 2026-08-23 yes https://examples.novusstreamsolutions.com/creator-video/overlays-transitions-alpha/creator-overlay-alpha-webm-030 2026-08-23 https://examples.novusstreamsolutions.com/thumbnails/creator-video/p8-video-overlay-webm-030.webp Creator Overlay Alpha WebM 030 VP9 WebM overlay clip 030 with a transparent canvas and moving semi-transparent marks for compositing tests. Stable P8 artifact p8-video-overlay-webm-030. https://examples.novusstreamsolutions.com/files/creator-video/overlays-transitions-alpha/p8-video-overlay-webm-030.webm 1 2026-08-23 yes