DesignWare Video Analog Front-End IP Solutions

Today's rapidly growing home entertainment consumer market is driven by superior video quality. Video analog front-ends (AFEs) play a pivotal role by providing a low power high resolution analog interface between video devices.

Synopsys DesignWare® Video AFE IP delivers high quality video resolution (1080p/WUXGA) at minimal power and silicon area. With more than 13 years of experience in developing AFE IP for video applications, Synopsys offers a comprehensive portfolio of silicon proven DesignWare Video AFE IP solutions designed to meet the requirements of specific analog video applications such as High Definition TV (HDTV) and PC-Graphics.

The DesignWare Video AFE IP solutions support a wide range of foundry process technologies ranging from 180-nm down to 65-nm. By providing designers with a broad portfolio of high quality video AFE Synopsys enables designers to quickly integrate the IP into their SoC with significantly less risk and improved time-to-market.

Download the Video AFE Brochure
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DOWNLOAD THE ANALOG IP QUICK REFERENCE GUIDE

Products
Highlights
Applications

SDTV AFE
Standard Definition TV Front End more

Broad Video AFE IP offering for analog SDTV and surveillance systems applications, that require very optimized set of functions , moderate sampling rate and 10/12-bit resolution.

PC-Graphics AFE / HDTV AFE
PC Graphics Front End / High Definition TV Front End more

AFEs for a range of applications from flat panel PC graphics to WUXG wide-panels, and AFE for High Definition Digital TV up to 1080p (60Hz) applications, requiring optimized full set of functions, very high sampling rate, 8/10-bit resolution and sync processing.

The #1 provider of video AFE IP
More than 13 years of delivering proven AFE IP for video applications
Wide range of video products addressing HDTV and PC Graphics markets’ requirements
Full 1080p and WUXGA @ 60 Hz video AFEs
Robust synchronism processing included for high quality video image
Very high performance at very low power: 10-bit resolution at up to 205 MSPS with less than 350 mW power consumption