2008BY-10LFT

SMPTE TIME CODE RECEIVER/
The ICS2008B, SMPTE Time Code Receiver / Generator chip, is a VLSI device designed in a low power CMOS process. This device provides the timing coordination for Multimedia sight and sound events. Although it is aimed at a PC Multimedia environment, the ICS2008B is easily integrated into products requiring SMPTE time code generation and/or reception in LTC (Longitudinal Time Code) and/or VITC (Vertical Interval Time Code) formats and MTC (MIDI Time Code) translation.
Taking its input from composite video, S-Video, or an audio track, the ICS2008B can read SMPTE time code in VITC and LTC formats. Time code output formats are LTC and VITC. All are available simultaneously. A UART is provided for the user to support MTC or tape transport control.
The processor interface is compatible with the IBM PC and ISA bus compatible computers and is easily interfaced to other processors and micro-controllers.
The ICS2008B is an improved version of the ICS2008, with additional features and capabilities.

Meets SMPTE VITC Specifications

Meets SMPTE and EBU LTC Specifications

Time Code Burn-in Window

Programmable position, size and character attributes

LTC edge rate control

Conforms to EBU Tr and Tf Specifications

Internal and external sync sources

Genlock to video or house sync inputs

Improved video timing lock during VCR pause and shuttle modes

Internally generated timing from oscillator input

External click input

Internal Timer; Allows 1/4 Frame MIDI Time Code Messages

LTC and VITC Generators

Real Time SMPTE Rates: 30 Hz, 29.97 Hz, 25 Hz, 24 Hz

Time Code Modes; Drop Frame and Color Frame

VITC can be inserted on two lines from 10-40; (SMPTE specifies lines 10-20)

Jam Sync, freewheeling, error bypass/correction, and plus-one-frame capability

LTC Receiver

Synchronize bit rates from 1/30th nominal to 80X nominal playback speed.

VITC Receiver

Reads code from any or all selected scan lines.

VITC search mode, will search through VBI lines until VITC is found.

New UART frequency of 38.4 K for tape transport control