H.264 HD Video Encoder IP Core
(H.264 HD Video/Audio Encoder IP Core)


  The H.264/AVC HD Video Encoder IP Core is a real-time encoder of HD video or video/audio data. A single core can encode video of up to 1920×1080 resolution at up to 120fps. The latency is 0.25ms and 0.125ms for 30fps and 60fps, respectively - close to "zero latency" between input and output. The core has been optimized to use very few FPGA resources, allowing for a very small footprint and very low power consumption. The incredible efficiency of SOC's IP Cores makes them ideal for power-sensitive electronics and large-scale processing installations.

Slim Version Available

  An intra-only and inter-frame slim versions of the core are available. The intra-only version uses about 1/3 of the logic resources, at the cost of producing about twice the bit rate of the standard version. The inter-frame slim version uses ~1/2 of the full-core resources, allowing it to fit on lower-end devices, or extremely resource-constrained systems. The slim version is perfect for applications with high network bandwidth, where higher bitrates are acceptable. The output bit rate of the slim version is about 20% higher than the standard version.

Deliverables


  1. IP Core as an FPGA-targeted Netlist
  2. Core instantiation reference design
  3. Integration Guide, API Register Guide

Specifications


Standard:H.264/AVC (ISO/IEC14496-10)
Resolution/FPS:Up to FHD(2048 × 1080p) at 60 fps
Frame Types:I, P or B
Chroma:4:2:0 or 4:2:2
Precision:8 or 10 bit
Output:Elementary or Transport Stream
Latency:0.25 ms
Bitrate:
  • Variable Bitrate, Constant Bitrate or Constant-QP
  • 5 - 200Mbps, 15Mbps Average for 1080p60
Entropy Coding:CAVLC or CABAC
FPGA Resources:
Xilinx:
LUTs:110,000
Block RAM:10Mb
DSPs:235
Intel:
ALMs:73,000
Block RAM:6Mb
DSPs:239

Product Evaluation Kits


 The H.264 HD Video Encoder IP Core can be evaluated on SOC's Evaluation Kits. Evaluation kits include a carrier-board with all the ports and extensions needed for most video-based applications. The module and carrier board firmware are reconfigurable, and we can license board files if needed.

Begin the evaluation process through any of these methods:



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