Jointwave Announces Green H.264 HD Encoder IP

From 100mW to 5mW, a green wave coming down to the mobile silicon

October 26,2009 -- Thomas Wang, President of Jointwave, and Violiu, Global Chief Marketing Executive, brought to the SSIP 2009 their new E2, E3, and E3 series of H.264 HD Video Encoder ASIC  IP, which targets  super low power consumption products for mobile and embedded applications. According to the present market situation, several famous suppliers of video IP for mobile applications have taken the market, among which one company founded in the 1990s has attracted the attention of one of the most famous internet equipment vendor and has entered the agreement for acquisition, thanks to their low computing and low power consumption technology in video compression.  When their 720P H.264 Encoder ASIC IP works at 180 MHZ, it can provide real time video compression for 1280x720P@30fps, with power consumption of about 100mW on 90nm process and 50mW on 65 nm. Obviously, these figures have set a very competitive and world leading benchmark for   power consumption of video encoders, which is well recognized by the top semiconductor companies.

Entering into the new Full HD era where its application has become ubiquitous, various demands of video applications from end-users have upgraded from SD to HD, and thus it introduces an immense change in power consumption. For those SoC vendors for handheld devices or video compression I/O & wireless transmission ASIC devices, this change will be a great challenge as well asa great opportunity. Most probably they would have to face the upcoming green energy saving competition or revolution of silicon.

Jointwave E220/E320 Model H.264 Encoder ASIC IP only uses 260K logic gates working at 50MHZ to realize a real time video compression of 1280x720P@30fps. Fabricated on the latest 40nm process and with its special ultra-low voltage technology, its power consumption can be as lower as 5 mW. Even onthe present low cost process of 110nm and with its special ultra-low voltage technology, the power consumption of E220/320 is only about 36mW. Jointwave E440 Model 1080P H.264 Encoder ASIC IP uses 300K logic gates working at 110MHZ to realize a real time video compression of 1920x1080P@30fps. Fabricated on the 65nm process and with its special  ultra-low voltage technology, its power consumption is only about 28 mW, which astonished the world famous IC Design Services, IC Design House and its competitors with great curiosity and doubts. However, whether Jointwave can win this energy saving competition of silicon remains to be a question of the market and rational choice of the end users.

About SSIP 2009（Symposium of Silicon Intellectual Property 2009）

SSIP is the largest and the most advanced and influential IP seminar in Asia-Pacific  Region, which provides an exchange platform for SoC designers and leading silicon IP and SoC vendors all over the world,. The theme of 2009 seminar is “IP standardization and SoC Platformization”. Since last year, numerous IP vendors, relevant organizations of standardization and EDA soft dealers like Intel, AMD, Freescale, SiliconImage, ARM, MIPS, Tensilica, PLDA,  Andestech, Wipro, Mixel, TCI, S3, Mentor,  Astri, GUC, Alchip, Faraday, GSA, OCP-IP, SIA, TaiwanSOC, Improv Systems, Cadence, Synopsys, Jointwave, Analogix Semi, and Chipnmedia have attended the SSIP summit forum.

For more information, please visit the following website:

http://www.ssipex.com/ssipex/ssip2009/index.html

About Jointwave

Since its inception, Jointwave has been focusing on video processing and codec IP design for ASIC and FPGA. Its H.264 solution supports SD and HD formats  realtime encoding up to 1080p @30fps on a single low-cost Xilinx or Altera FGPA device, like Spartan-3 or Cyclone III. All of its IP cores forH.264/AVC（MPEG4 Part10）encoders or decoders are easy to be customized and easy to be integrated into FPGA or SoC. Jointwave provides comprehensive consultancy and technical services to help customers evaluate and implement complete H.264 solutions.

For more information, please visit: www.jointwave.com