H.264 Encoder IP

Highest quality video encoding implemented

H.264EBH is a highly integrated IP core specifically designed for highest quality video compression.With H.264 EBH, encoding high definition content requires 0 processor resources.Further, advanced system prototyping support and flexible SoC integration are key features in our design mentality.

H.264 EBH is in full compliance to ISO/IEC 14496-10 (ITU-T H.264 or MPEG-4 part10/AVC) video encoding standard. It is designed to offer the maximum level of performance and compression quality at the lowest possible bit-rate, with minimal power and silicon requirements. Supported resolutions range from QCIF(176x120) up to 2048x2048, at 30 fps or more.

Our core accepts standard digital video input and requires minimal host intervention, constrained to typical register access, in order to produce fully formed NAL video streams. It can be interfaced to any host through a generic system interface. Furthermore, it is efficiently utilized both in high volume SoCs and niche market FPGA based developments covering a large variety of multimedia products and platforms.

Whether your interest is in ASIC or FPGA based solutions, H264EBH can be configured to meet both technology requirements.Our core's architecture allows flexible and highly competitive combination of encoding features in order to offer maximum video quality solutions tailored for different FPGA devices or SoC platforms.H264 EBH supports HDTV video compression (720p) even when implemented in the modest VLSI (0.18um) technology. For FPGA implementations full D1 resolution at 30 frames per second with a single core is supported.

Made for you

H.264 EBH is for you if you are looking for advanced encoding solutions for:

  • Mobile Video Applications
  • Video Surveillance/ IP cameras
  • Digital Video Recorders
  • Set-Top-Boxes
  • Video Conferencing
  • HDTV

More info...

MEMSENSE project

GDT announces  the successful completion of the MEMSENSE RTD project Memsense site 

Thursday the 18th. . GDT Copyright 2014
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