Renesas Unveiled SH7370 Media Processor to Decode Full HD 1080p on Mobile Devices
Wonder if a HD (High Definition) display could be a future requirement for your mobile device? Regardless of how much you need it, some media chip manufacturers including Renesas have already started to develop the next generation media processor for this purpose. Just recently, the Japanese company has announced a new mobile media processor that could help to achieve the HD display on mobile device. Named as SH7370, it is claimed to be able to decode full 1080p HD video on mobile device and display it smoothly on your tiny mobile device.

The next generation media processor is claimed to be able to achieve 1080p full HD resolution decoding especially on H.264 codec media playback. Some other supported codec including MPEG2-TS and MPEG-4 that are commonly used in consumer market. Besides ability to decode full HD media playback, the tiny chip, released under SH-MobileHD1 family is also able to do video encode (impressively), offering both video input and output on future mobile devices.
No pricing and availability yet, some samples are already shipped to board vendors for development and evaluation purposes before they are available for broad market.
Related Articles
- ZiiLabs Unveiled ZMS-08 SoC with Blu-ray Playback Quality Targeted for Next Generation Mobile Devices
- Apple 3G S iPhones Potentially Capable of Running Full HD 1080p Media Clips
- Wistron Unveiled Snapdragon Based Firstbook for Netbook Market
- OmniVision QV5650 Full HD 1080p Capable Camera Sensor for Mobile Devices
- VIA VX855 Ultra Low Power Chipset with Full HD Media Decode Capability for Netbook Market
- NVIDIA Demonstrated Tegra Based MID in CTIA 2009
- Mobii Ion Nettop Powered by Atom and Nvidia Ion with External HDMI Port
- Intel Showcased Move Network’s Media Player on Atom based Moblin MID in IDF
- Intel Atom Based CE4100 Media Processor for Next Generation Digital TV
- Intel Leverages on Broadcom HD Graphics Chip for its Pine Trail Atom Processor









































