AT17F16A-30JU

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AT17F16A-30JU Application Field and Working Principle

AT17F16A-30JU is one of the configurable FPGA proms that uses Flash-based nonvolatile memory technology to store and configure FPGAs. Flash FPGA is a form of FPGA in which the configuration of the logic is stored in Flash memory. This type of FPGA can be configured in the field and is used in applications where the FPGA configuration may need to be changed, or where a tiny zero-power nonvolatile memory is desired.

AT17F16A-30JU is a Flash-based FPGA prom for use with FPGAs of 90-nm and higher process nodes. It is a configuration device for use with Virtex-5 and SpartanTM-6 Family FPGAs from Xilinx® and has the capability of programmable logic configuration and dynamic reconfiguration. It is designed to be predictably reliable, versatile, and to match the low-power requirements of today\'s FPGAs. These FPGAs offer superior performance and savings of resources for the user.

The AT17F16A-30JU\'s working principle is simple but powerful. It is set up to work in conjunction with the in-system programming (ISP) capability in the FPGA. This allows the FPGA to be programmed via the JTAG port. It simplifies the programming process and enables customers to store and update the FPGA configuration without the need for a dedicated hardware programmer. The ISP is based on a dual-ported memory interface that uses the same bus for both programming as well as accessing the configuration memory.

The main advantage of using the AT17F16A-30JU\'s Flash-based FPGA prom is that it provides very low power consumption. Compared to SRAM-based FPGAs, the flash-based designs offer high power savings. The difference in power savings can be as much as at least 50% over SRAM designs. This makes Flash-based FPGA proms the ideal choice for environments that need to save power, such as medical or aerospace applications.

The AT17F16A-30JU is also an ideal solution for customers who need robustness and predictability in their FPGA designs. Flash-based FPGAs are designed to offer reliable performance and increased immunity to single event upset (SEU) thanks to their impenetrable protective layers. This makes them more immune to changes in environmental conditions, such as temperature and humidity.

Flash-based FPGAs, such as the AT17F16A-30JU, have proven to be reliable, versatile and cost effective for FPGA designs. Due to their low power consumption and predictability, these FPGA proms are being used in a wide range of applications including aerospace, medical, industrial and consumer applications.

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