Military-Qualified ProASIC3 and ProASIC3EL FPGAs

Actel Corporation (NASDAQ: ACTL) announced it their ProASIC3 and ProASIC3EL FPGAs are now military-qualified. Verified to operate across the full military temperature range (-55°C to +125°C) and ranging in density from 600,000 to 3-million system gates, the low-power devices are immune to neutron-induced configuration upsets (“firm errors”), saving board space and minimizing complexity in the system. With lower power, increased gate density, and improved performance, Actel enables designers to eliminate the higher power consumption and failure risks often associated with SRAM-based FPGAs for a wide range of military, aerospace and avionics applications.

The A3P1000-PQ208M and A3P1000-FG144M are qualified and shipping now. The remaining devices are expected to be qualified by the end of the year. All devices will be offered in military-temperature plastic (MTP) packages. Standard and Dash-1 speed grades will be available for most devices.

On a per-gate basis, competitive SRAM-based FPGAs consume 60% more dynamic power and 100 times more static power than ProASIC3L devices. The largest part in the new military-qualified offering, the 3-million gate A3PE3000L, consumes only 310mW at 100MHz and 2.75mW in static mode, making it suitable for thermally-challenged and space-constrained applications. Technology-leading, integrated, secure in-system programming (ISP) support enables valuable field programming upgrades.

Ranging in density from 600,000 to 3-million system gates, Actel’s low-power military-temperature ProASIC3 and ProASIC3L FPGAs deliver 64-bit 66 MHz PCI performance. The industry’s first FPGAs with on-chip user flash memory, the 1.2V to 1.5V military-qualified devices are immune to neutron-induced firm errors, which are receiving growing recognition in the aerospace community as a significant reliability threat at aviation altitudes. Devices also feature Actel’s unique ultra low-power Flash*Freeze mode, which allows fast switching (within 1µs) between active and static states.

More info: Actel