HD 4:2:2 High Frame Rate Europe 59.94

hD 128
Test how an encoder handles all aspects of global and local motion, slow/medium/fast motion, with panning, scrolling, zooming, smooth and erratic, high/low contrast, with limited colors/vivid colors and many common subject types. Scenes from Europe (UK) at US frame rates, including, HD progressive 59.94 fps and interlaced 29.97 fps (with 10-bit 4:2:2 and 8-bit 4:2:0) and NTSC 29.97 fps



2D/3D 2D
Description Scenes from Europe (UK) at US frame rates, including: HD progressive 59.94 fps and interlaced 29.97 fps (with 10-bit 4:2:2 and 8-bit 4:2:0) and NTSC 29.97 fps
Purpose Test how an encoder handles all aspects of global and local motion, slow/medium/fast motion, with panning, scrolling, zooming, smooth and erratic, high/low contrast, with limited colors/vivid colors and many common subject types.
Video Format

YUV Planar

  • 1920x1080 progressive 10-bit 4:2:2 59.94 fps
  • 1920x1080 progressive 8-bit 4:2:0 59.94 fps
  • 1920x1080 interlaced (Top Field First) 10-bit 4:2:2 29.97 fps
  • 1920x1080 interlaced (Top Field First) 8-bit 4:2:0 29.97 fps
  • 1280x720 progressive 8-bit 4:2:0 59.94 fps
  • 1280x720 progressive 8-bit 4:2:0 29.97 fps
  • 720x480 (NTSC)  interlaced (Bottom Field First) 8-bit 4:2:0 29.97 fps
Audio Format

MPEG-1 Layer II stereo 384kbps CBR 16-bit 48kHz and

WAV linear PCM uncompressed stereo 1536kbps 48kHz
Number of Clips 245 individual video clips (35 at each of the 7 resolutions)
Length of Video Total of 2 hours 16 minutes (over 19 minutes at each resolution)
Size on Disk 1,420 GBytes


Why Choose TVids?

TVids were designed both for encoder users (broadcasters, post production, streaming) and for encoder developers, to provide full test coverage of just about any type of video feature that an encoder is likely to encounter, in sequences which you can freely use for demos, trade shows, and on your website.

Every TVid source was captured specifically to cover specific video situations that encoders will encounter.  These situations were then codified in the manual and spreadsheet for each source.  Both content (animals, people, buildings) and challenges (angles, banding, focus, panning, patterns) are listed for easy searching when detecting problems, or finding clips to challenge particular parts of the encoder.

All TVids were captured at the highest possible resolution, bit depth and frame rate.  Lower resolution and frame rate versions were carefully created from the higher frame rate and resolution, providing the best possible quality.  This also means the same tests can be made against equipment and software running at different frame rates and sizes (e.g. 1080, 720 and SD).

TVids provide the most complete suite of test video, that are uncompressed, high bit depth, high frame rate and well documented in the industry.  TVids also provide a liberal multiple use in house and full use of exported/converted video and audio, with no worry about media and display rights internationally.

TestVid Tools

To get the most out of your TestVid test clips, TestVid has all the tools you need to display, convert and output your test material, test patterns and even other test material sources.  All TestVid material is shipped in the highest possible quality, and can be read by a number of third party software products. These tools provide guaranteed high quality viewing and conversion to formats that are compatible with almost all off-the-shelf software.

TestVid Reactor

TestVid Reactor is a dedicated tool that supports lossless conversion to uncompressed types and high quality conversion to compressed formats.  Direct high bit depth YCbCr conversion from the original material to MOV, AVI, YUV, V210, DPX or MXF means every possible bit is preserved in a perfectly compatible format. Compressed outputs like XDCam, AVCi (optional), ProRes and DNxHD (optional) are also available for maximum display compatibility.  Selectable timecode burn in and audio/video frame sync pulses adds further flexibility to the test media and test pattern output.

For more information, click here.

TestVid Pro Player

TestVid Pro Player provides 10 bit YCbCr to DVI, HDMI and HD-SDI using your AJA, BlueFish444 or Blackmagic video card, under Windows or OS-X. This player supports both the native, high bit depth raw file format or the test videos and patterns, as well as most standard scientific, post production and broadcast file formats.  YUV, AVI, MOV, MXF, DPX, HDR/Raw and even MPEG-2, MPEG-4, h.264 and internet file types can be be played.  Raw data (decimal/hex view), histogram, waveform monitors, vectorscope, and full screen DVI modes are included.

For more information, click here.

Special Limited Time Offer

For a limited time, both the TestVid Reactor and TestVid Pro Player are available bundled with any T2V (SD, HD, 2K and 4K test media) or T3D (3D 4K, 2K or HD) media set.  One full feature license of both products will be included, with full support and updates for one year.  Since we are including the TestVid Tools for free, if you need to license the AVCi and DNxHD codecs they are optional. Please note, this is a limited time offer.

TestVid Extras

Test Pattern Set - All TestVid test media packages include TestVid's Test Pattern set.  The test pattern set includes over 100 test patterns for each video standard, including 4K, 2K, HD 1080, 720, SD PAL and SD NTSC.  Audio files with calibrated Peak/RMS, EBU.128/1195 loudness, channel IDs and standard waveforms are also included.  All patterns are 10 bit YCbCr frames, and up to 24 bit audio at 48000 Hz.  

Test Pattern File Generator - Included with the test pattern source files is the TVid Test Pattern File Generator.  This software allows the single frame patterns and audio to be combined into MXF, MOV, AVI and other standard files for use in testing, editing and calibration.  The pattern files are also fully compatible with the included TestVid Pro Player for immediate HDMI, HD-SDI or DVI output, and TestVid Reactor for conversion to AVI, MOV, DPX, YUV, and MXF. This pattern system is also available separately for 99$ USD.

Clip Summary 

Clip IDTitleMain PurposeDurationBeginEnd



Codec efficiency in scene with static background but with water and reflections

00:39:56 (60p) 00:39:28 (30i) 00:39:28 (30p)




Codec efficiency with detailed static scene, objects (people) passing close and obscured

00:34:42 (60p) 00:34:21 (30i) 00:34:21 (30p)




Global motion tracking with rapid horizontal, vertical and rotational movement and fine natural objects (grass, leaves, trees)

00:36:32 (60p) 00:36:16 (30i) 00:36:16 (30p)




Slow then rapid global horizontal movement with rotation and subject tracking with fine detail background

00:34:06 (60p) 00:34:03 (30i) 00:34:03 (30p)




Slow not-completely regular global motion plus subject motion and obscuration on reflective water surface, with fine details/moire patterns

00:33:02 (60p) 00:33:00 (30i) 00:33:01 (30p)




Motion vector tracking of multiple crossing objects (people and vehicles) close to camera with detailed objects a long way away

00:26:48 (60p) 00:26:23 (30i) 00:26:24 (30p)




Slow nearly regular horizontal global motion tracking in both directions, moving from man-made to natural objects and back again, with fade and over-bright areas

00:37:43 (60p) 00:37:21 (30i) 00:37:22 (30p)




Static scene testing motion tracking of objects which increase in size and move diagonally

00:36:42 (60p) 00:36:21 (30i) 00:36:21 (30p)




Random rapid movement (including rotation) with highly detailed foreground (grass) man-made structure and largely monochrome background (blue sky)

00:51:10 (60p) 00:51:04 (30i) 00:51:05 (30p)




Global motion tracking with large number of patterns (straight and curved), bright colors and high contrast areas

00:41:29 (60p) 00:41:14 (30i) 00:41:15 (30p)



Train_comes _n_goes

Tracking of large object in frame which increases in size with complex background, short zoom and fade

00:34:48 (60p) 00:34:24 (30i) 00:34:24 (30p)




'Codec nightmare', where motion vector tracking is largely impossible due to the similarity and random movement of the areas of water and tile patterns

00:28:42 (60p) 00:28:20 (30i) 00:28:21 (30p)




Very rapid global motion tracking in scene with many foreground and background objects being obscured and moving at different rates (due to differing distances)

00:12:19 (60p) 00:12:09 (30i) 00:12:10 (30p)




High contrast scene with rapid fades and multiple subject tracking

00:24:53 (60p) 00:24:26 (30i) 00:24:26 (30p)




'Codec nightmare 2', with global zoom (by movement into the scene) with many areas almost identical (leaves) and rapid irregular global motion and rotation

00:41:43 (60p) 00:41:21 (30i) 00:41:22 (30p)




Tracking of multiple objects (people then vehicles) in scene which also has some random global motion

00:38:06 (60p) 00:38:03 (30i) 00:38:03 (30p)




Tracking of linear objects in a largely monochromatic scene with random movement

00:23:58 (60p) 00:23:28 (30i) 00:23:29 (30p)




Codec efficiency testing in largely static scene but with areas of random high contrast movement (water)

00:45:01 (60p) 00:45:00 (30i) 00:45:01 (30p)




Accuracy of tracking of many identical patterns with slow global motion

00:22:57 (60p) 00:22:28 (30i) 00:22:28 (30p)



Street_ performer

Codec efficiency checking with limited subject motion and limited global motion

00:36:03 (60p) 00:36:01 (30i) 00:36:02 (30p)




Codec efficiency checking with virtually no global motion and limited obscured subject motion

00:55:33 (60p) 00:55:16 (30i) 00:55:16 (30p)




Global motion of angled subjects, where overall global angle gradually changes with detailed and moire patterns

01:13:01 (60p) 01:13:00 (30i) 01:13:01 (30p)




Motion tracking in largely dark scene with small high contrast text areas

00:44:39 (60p) 00:44:19 (30i) 00:44:20 (30p)




Codec efficiency checking of largely static scene wholly made of reflections

00:35:41 (60p) 00:35:20 (30i) 00:35:21 (30p)



Suspension_br _zoom

Motion tracking with slow zoom out with also varying focus, heat haze and high contrast areas

00:21:46 (60p) 00:21:22 (30i) 00:21:23 (30p)




Codec speed and stability checking in scene tracking random detail (grass, trees) with continual global movement

00:19:46 (60p) 00:19:22 (30i) 00:19:23 (30p)




Motion tracking of many brightly colored circular objects moving randomly

00:15:12 (60p) 00:15:06 (30i) 00:15:06 (30p)




Slow scroll and pan movement of detailed scene with reflections and subject tracking

00:43:39 (60p) 00:43:19 (30i) 00:43:20 (30p)




Rapid global motion with continual patterns and text

00:16:21 (60p) 00:16:10 (30i) 00:16:11 (30p)




Medium speed global motion with some rotation in a highly patterned scene with also people

00:27:02 (60p) 00:27:00 (30i) 00:27:01 (30p)




Slow subject tracking in complex scene with water and detail background

00:19:32 (60p) 00:19:15 (30i) 00:19:16 (30p)




Global motion and subject tracking in extremely grainy dark scene with rapid continual variation in light levels (due to non-synchronization of lights with the camera shutter)

00:33:12 (60p) 00:33:05 (30i) 00:33:06 (30p)



Follow_that_ ship

Random medium speed tracking of a complex subject, partially obscured

00:13:13 (60p) 00:13:06 (30i) 00:13:07 (30p)




Partial tracking of subject where the background moves relatively more

00:50:39 (60p) 00:50:19 (30i) 00:50:19 (30p)




Codec efficiency check of highly compressible sequence (but ensuring no banding in background)

00:17:47 (60p) 00:17:23 (30i) 00:17:23 (30p)




T2V013 Demo Reel

(Note: Reduced resolution and compressed.  Original

supplied files are full resolution and uncompressed)


T2V013 Europe3060 clips summary rdcd  T2V013 Europe3060 scene features rdcd  T2V013 Europe3060 manual extract 38 pages rdcd 
Clip Summary  Scene Features  User Manual Extract