SiliconBlue Unveils 40nm mobileFPGA Roadmap Targeting Sensor Management and Display/Video Custom Mobile Device
Update: Lattice Semiconductor to Acquire SiliconBlue (Dec 09, 2011)
- “Los Angeles” targets sensor management and processor port expansion
- “San Francisco” targets video/memory management
- 40LP process enables a broad spectrum of small footprint devices
SANTA CLARA, Calif.-- April 4, 2011--SiliconBlue® Technologies, the leader in Custom Mobile Device™ solutions for handheld applications unveiled its mobileFPGA™ platform device roadmap utilizing TSMC’s leading edge 40nm low power standard CMOS process. By capitalizing on Moore’s Law, the new mobileFPGA platform families will not only offer reduced power and 30-50% increased performance, but as an industry first, will offer comprehensive product families comprised of over 15 new devices, all with footprints smaller than 50 mm2. (For more information, please go to http://www.siliconbluetech.com/40nm)
“Los Angeles” incorporates advanced interface support for emerging standards such as SLIMbus and USB 2.0-based HSIC and ULPI, targeting sensor management and port expansion requirements that are being driven by the explosion of sensors and other peripherals in handheld applications. “San Francisco” incorporates 1080p support with HDMI and MIPI interfaces. It has been designed for video, multi-display, and high-bandwidth memory interface applications, targeting the convergence of video and image content being simultaneously viewed on home and handheld devices.
“We have created two new distinct families that target the two areas where smartphones and other handhelds differentiate,” said Kapil Shankar, CEO of SiliconBlue. “These devices will be available for designs this year, in time to support the explosion in new handheld products.”
More details regarding SiliconBlue’s 40nm-based mobileFPGA devices will be announced in 2Q2011.
About SiliconBlue
SiliconBlue Technologies is the leader in Custom Mobile Device solutions. The company offers a total solution for handset applications, including IP, design services and a new class of ultra-low power, single-chip, CMOS SRAM mobileFPGA devices with patented non-volatile configuration memory (NVCM). The company is headquartered in Santa Clara, California, with offices in Taiwan, China, Korea, and Japan. For more information, please visit our website at http://www.siliconbluetech.com
|
Related News
- SiliconBlue launches "Los Angeles", Custom Mobile Device platform for high-speed sensor management, custom connectivity and video and image solutions
- SiliconBlue Ships 10 Millionth Custom Mobile Device
- DediProg Now Offers Volume Production Programming Solution for SiliconBlue's Custom Mobile Devices
- Elevate your Video and Display applications with the Multi-Stream Transport of DisplayPort/eDisplayPort v1.4 Rx PHY IP Cores in 22nm, 28nm and 40nm with Matching Controllers
- Faraday Unveils Complete Imaging and Display High-Speed Interface IP Set on UMC 28nm and 40nm Processes
Breaking News
- Logic Design Solutions launches Gen4 NVMe host IP
- ULYSS1, Microcontroller (MCU) for Automotive market, designed by Cortus is available
- M31 is partnering with Taiwan Cooperative Bank to launch an Employee Stock Ownership Trust to strengthen talent retention
- Sondrel announces CEO transition to lead next phase of growth
- JEDEC Publishes LPDDR5 CAMM2 Connector Performance Standard
Most Popular
- Arm's power play will backfire
- Alphawave Semi Selected for AI Innovation Research Grant from UK Government's Advanced Research + Invention Agency
- Secure-IC obtains the first worldwide CAVP Certification of Post-Quantum Cryptography algorithms, tested by SERMA Safety & Security
- Weebit Nano continuing to make progress with potential customers and qualifying its technology Moving closer to finalisation of licensing agreements Q1 FY25 Quarterly Activities Report
- PUFsecurity Collaborate with Arm on PSA Certified RoT Component Level 3 Certification for its Crypto Coprocessor to Provide Robust Security Subsystem Essential for the AIoT era
E-mail This Article | Printer-Friendly Page |