Triple HD-video AFE digitizer - 10bits/170Mhz - 8bits/205Mhz

Overview

This macro is a triple-channel, 8/10-bits video analog front end (AFE) that incorporates all of the functions required to digitize High Definition YpbPr/YUV (component) video signals and RGB (red, green, blue) graphic signals from DVD players, VCRs, set-top boxes and personal computers.
It contains all the video and timing pre-processing circuits, offset control, gain control, bottom and midscale clamping, SOG slicer, VSYNC/HSYNC extractor, 32 phases clock shift control , internal or external clamp and coast signals generation, as well as an analog pixel clock PLL with optimized long term jitter <500ps.
This IP is fully programmable through 2 wires I2C interface.

Key Features

  • Triple channel video 10bits digitizer 170Mhz
  • 0.5 to 1V analog input range
  • 3.3V/1.8V ±10% supply voltage, -40/+125°C
  • 1P6M layout structure based on 0.18um 1P6M 3.3V/1.8V generic logic process.
  • Analog PLL with 32 phases shift control
  • Adjustable bandwidth : 75, 150, 300, 500Mhz
  • Programmable Clamp and Coast generation
  • Area: [contact us]
  • Power consumption - (contact us) mW at 170MS/s; (*) mW at 205MS/s
  • Power down leakage current <1uA
  • Fully programmable through I2C interface
  • Antenna diodes on each digital input.
  • uses MIM capacitor

Benefits

  • low cost
  • very easy to integrate
  • full support
  • possible customization to match your needs

Deliverables

  • Design Kit includes:
    • LEF view and abstract gdsII
    • Verilog HDL behavioral model
    • Liberty (.lib) timing constraints for typical, worse and best corner case
    • Full Datasheet /Application Note with integration guidelines document
    • Silicon characterization report when available
  • Tapeout kit includes the design kit plus plysical view:
    • gdsII
    • LVS netlist and report
    • DRC/ERC/ESD/ANT report

Technical Specifications

Availability
please contact us
GLOBALFOUNDRIES
Pre-Silicon: 180nm
SMIC
Pre-Silicon: 180nm G
Silterra
Pre-Silicon: 180nm
TSMC
Pre-Silicon: 180nm G
UMC
Pre-Silicon: 180nm
Silicon Proven: 180nm
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Semiconductor IP