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  2. Timecode - Wikipedia

    en.wikipedia.org/wiki/Timecode

    A timecode (alternatively, time code) is a sequence of numeric codes generated at regular intervals by a timing synchronization system. Timecode is used in video production , show control and other applications which require temporal coordination or logging of recording or actions.

  3. SMPTE timecode - Wikipedia

    en.wikipedia.org/wiki/SMPTE_timecode

    [a] This causes timecode to skip 18 frames each ten minutes (18,000 frames @ 30 frame/s) and almost perfectly compensates for the difference in rate (but still accumulates 1 frame every 9 hours 15 minutes). [b] [3] For example, the sequence when frame counts are dropped: 01:08:59:28 01:08:59:29 01:09:00:02 01:09:00:03. For each tenth minute 01 ...

  4. Linear timecode - Wikipedia

    en.wikipedia.org/wiki/Linear_timecode

    This converts 30 frame/second time code to the 29.97 frame/second NTSC standard. Bit 11, the color framing bit, is set to 1 if the time code is synchronized to a color video signal. The frame number modulo 2 (for NTSC and SECAM ) or modulo 4 (for PAL ) should be preserved across cuts in order to avoid phase jumps in the chrominance subcarrier .

  5. Rewritable consumer timecode - Wikipedia

    en.wikipedia.org/wiki/Rewritable_consumer_timecode

    The Rewriteable Consumer Timecode (RCTC, RC Timecode, or RC Time Code) is a nearly frame accurate timecode method developed by Sony for 8mm and Hi8 analog tape formats. [1] The RC timecode tags each frame with the hour, minute, second and frame for each frame of video recorded to tape. Officially, RCTC is accurate to within ±2 to 5 frames. [2]

  6. Vertical interval timecode - Wikipedia

    en.wikipedia.org/wiki/Vertical_interval_timecode

    This converts 30 frame/second time code to the 29.97 frame/second NTSC standard. Bit 15, the color framing bit, is set to 1 if the time code is synchronized to a (color) video signal. The frame number modulo 2 (for NTSC and SECAM ) or modulo 4 (for PAL ) should be preserved across cuts in order to avoid phase jumps in the chrominance subcarrier .

  7. MIDI timecode - Wikipedia

    en.wikipedia.org/wiki/MIDI_timecode

    I.e. 96—120 times per second, depending on the frame rate. Since it takes eight quarter frames for a complete time code message, the complete SMPTE time is updated every two frames. A quarter-frame messages consists of a status byte of 0xF1, followed by a single 7-bit data value: 3 bits to identify the piece, and 4 bits of partial time code.

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  9. IRIG timecode - Wikipedia

    en.wikipedia.org/wiki/IRIG_timecode

    This means that 100 bits of information are transmitted every second. The time frame for the IRIG B standard is 1 second, meaning that one data frame of time information is transmitted every second. This data frame contains information about the day of the year (1–366), hours, minutes, and seconds.