Based on a 130-nm flash process, the AGL400FGG256 provides a single-chip solution, tiny footprint packages, programmability, and a wealth of advanced capabilities. It also delivers the lowest power FPGA.
It is possible to enter and exit an ultra-low power mode that uses as little as 5 W while keeping SRAM and registering data thanks to the Flash*Freeze technology utilized in AGL400FGG256. With its quick return to operating mode and simplified I/O and clock management, Flash*Freeze technology streamlines power management.
While the AGL400FGG256 is fully operational in the system, the Low Power Active functionality (static idle) enables extremely low power consumption (from 12 W). As a result, the AGL400FGG256 may manage the system's power consumption based on outside inputs (such as searching for keyboard stimuli).
AGL400FGG256 has the benefit of being a safe, low-power, single-chip solution with Instant On thanks to nonvolatile flash technology. AGL400FGG256 is reprogrammable and provides advantages in time to market at an ASIC-level unit price. These properties make it possible for designers to use current ASIC or FPGA design flows and tools to produce high-density systems.
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