Actel Addresses Rapidly Expanding Portable Market With Industry's Lowest Power FPGAs

MOUNTAIN VIEW , Calif., Sept. 17 /PRNewswire-FirstCall/ -- Acknowledging the unique challenges facing today's portable designers, Actel Corporation today detailed its strategy to increase market penetration for the company's ultra low-power IGLOO...


MOUNTAIN VIEW , Calif., Sept. 17 /PRNewswire-FirstCall/ -- Acknowledging the unique challenges facing today's portable designers, Actel Corporation today detailed its strategy to increase market penetration for the company's ultra low-power IGLOO field-programmable gate arrays (FPGAs) in the rapidly growing portable market. Leveraging the company's leading power-efficient IGLOO FPGAs and ARM Cortex-M1 processor technologies, the company today introduced its new M1-enabled IGLOO FPGAs (see separate release titled "Actel Offers Free, Optimized ARM cortex-M1 Process for Industry's Lowest Power FPGA Family"), which offer significant power, cost and size advantages for portable applications. Also today, the company outlined its multi-phased plan to deliver storage, display and control-related development boards, reference designs and intellectual property (IP) cores.

According to Rich Wawrzyniak , senior market analyst, ASIC and SoC at In-Stat, "Portable applications are a rapidly growing market for programmable logic as sales in these applications is forecasted to exceed $500 million by 2010. More and more, a low-power, reprogrammable solution is required to adapt to evolving standards, speed time to market and deliver the footprint and power consumption required for the next cutting-edge silicon solution."

"Our M1-enabled Fusion and ProASIC3 product lines have experienced significant success, demonstrating the rising demand for FPGA design platforms that leverage industry-standard processors," said Actel president and CEO, John East . "By optimizing the ARM Cortex-M1 processor for the industry's lowest power FPGA family, Actel provides a single-chip solution that reduces cost, power, board space and design complexity -- the result of this unprecedented combination."

East continued, "Our tailored IGLOO-based programs focused on the portable storage, display and control arenas will ensure that we offer the complementary products and technologies needed to ensure the rapid deployment of low-power FPGA technology into portable applications."

Actel's First Target: Portable Storage

As standards and platforms continue to emerge and evolve, designers need to be able to quickly adapt. Reprogrammable FPGAs offer the flexibility required to address these changing standards and speed time to market. Actel's first portable solution phase, announced today, is focused on storage. Working with its partners, Actel offers three different platforms to demonstrate how storage controllers and interfaces can be programmed into the FPGA and made to work with industry-leading processors, such as the Marvell PXA and Freescale i.MX.

Targeted at smart phones, GPS devices or PDAs, the first platform is a storage daughter card for Marvell Semiconductor's "Littleton" PXA 300/310 Handheld Platform Development Kit. Actel's IGLOO AGL600, featured on this daughter card jointly developed with Arasan Chip Systems, extends the processor's capability, enabling IGLOO to act as a bridge function and provide additional peripheral support for SD, MicroSD and CE-ATA storage standards.

A second board, a full-featured Freescale i.MX27 processor development platform from iWave Systems, can demonstrate the IGLOO AGL125 FPGA as an ultra low-power SD/MMC or CE-ATA controller for PDA, point-of-sale terminals, rugged data communication devices and GPS applications.

Also leveraging Actel's low-power, flash-based devices, PalmChip offers a storage daughter card for cameras, smart phones and security and surveillance applications. The Actel FPGA serves as a bridge from the processor bus to multiple storage interfaces, including ATA 6, CE-ATA, SD 1.1/2.0, MMC, CompactFlash 3.0 and CardBus 2.1/PCMCIA. While the platform includes the Marvell PXA 270 processor, the solution also serves as a reference design for X-Scale and ARM processors.

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