ACT-Q109_PA3-PIB_Feb09_v1.qxd Andrew Fukutome

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Specifications	ACT-Q109_PA3-PIB_Feb09_v1.qxd Andrew Fukutome
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Flash FPGAsActel Based on true flash technology, ProASIC3 family FPGAs offer industry-leading low power and high performance

Specifications	ACT-Q109_PA3-PIB_Feb09_v1.qxd Andrew Fukutome
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Content	Flash FPGAsActel Based on true flash technology, ProASIC3 family FPGAs offer industry-leading low power and high performance in a low-cost solution. Low Power The Actel flash-based ProASIC3 devices exhibit industry-leading low-power characteristics, making them an ideal choice for battery-operated and other power-sensitive applications. With an offering of a low density, 10 k system gate FPGA for $0.49, low-power benefits can now be coupled with low price. Unlike SRAM FPGAs, ProASIC3 devices exhibit no power-on current surge and conform to industry-leading power specifications. With the introduction of ProASIC3L devices, which have a wide operating range from 1.2 V to 1.5 V, Actel continues to address stringent power budgets with leadership in both static and dynamic power consumption. Static Poweris defined as power consumption of the device in a quiescent state, and is a result of transistor leakage. While ProASIC3/E devices offer power savings, the 1.2 V core operation of ProASIC3L devices supports additional savings of up to 90 percent. Dynamic Powerclaims the dominant portion of the power budget today. To address the increasing device density requirements and the growing demand for high performance with low power, Actel presents the ProASIC3L family, which offers 40 percent savings with the 1.2 V core voltage versus the 1.5 V ProASIC3 core voltage. Additionally, its state-of-the-art Flash*Freeze pin instantaneously switches from active to static mode, eliminating the need for additional circuitry to turn off the clocks or I/Os, and thereby simplifying power management on boards. Based on a low-power, 130 nm, true flash-based nonvolatile memory process, the third generation of Actel flash devices includes ProASIC3/E and low-power ProASIC3L. These devices combine performance and industry-leading power savings, and are a live-at-power-up, single-chip, secure solution. These reprogrammable devices offer high performance, enabling system designers to make smart choices based on density, performance, cost, and power budgets. In addition, the ProASIC3E family offers extended I/O feature support and up to six on-board phase-locked loops (PLLs). ProASIC3E and ProASIC3L devices support 504 kbits of true dual-port SRAM and up to 620 user I/Os. Free ARM Cortex-M1 support is provided for all devices. Single Chip Actel’s programmable logic solutions do not require additional nonvolatile memory in order to load the device configuration data at every system power-up, which reduces cost and increases security and system reliability. Live at Power-Up Actel’s programmable logic devices, based on nonvolatile memory technologies, store their configuration in the logic gates, making the devices available to perform critical system setup tasks such as system configuration and supervision during voltage ramp-up. Additionally, rapid operation from ultra-low-power Sleep mode is possible— typically less than 25 µW, even for 3 M system gates. Secure Actel’s portfolio of nonvolatile FPGAs offers virtually unbreakable design security to meet your most demanding design requirements. Once programmed, the devices are inherently nonvolatile, enabling them to retain their configuration internally on the chip. This means that there is no external bitstream susceptible to interception. Neutron Immune Actel offers extremely reliable antifuse and flash FPGAs that are immune to configuration upsets due to neutron and alpha radiation. Flash FPGA Advantages that Extend Beyond Performance and Cost 2
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Following Datasheets	PA3_E_Tech_WP_1 (18 pages) pabp_01 (5 pages) pabp_02 (7 pages) package_diode_5 (5 pages) packaging_auto_1 (18 pages) PAH_Free_Conformance-1_2 (1 pages) pajp_01 (5 pages) pajp_02 (5 pages) ParkGroup (4 pages) pbga-400ld_1 (1 pages)
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