APA075-PQ208I

Embedded FPGAs (Field Programmable Gate Array) are an important technology for electronic circuit design due to their flexibility and their ability to be programmed for random logic computations. The APA075-PQ208I is a specific type of Field Programmable Gate Array (FPGA) designed specifically for embedded applications that requires a high level of security and performance. This article discusses the application field and working principle of the APA075-PQ208I.

The APA075-PQ208I is a FPGA based on standard commercial integrated circuits that is specifically designed for embedded applications with high security requirements. It is ideal for applications such as server farms, cloud computing, and data centers that require high-level encryption and complex logic computations. The FPGA’s hardware and software architecture is specifically designed to reduce hardware dependencies, thereby increasing security and reliability.

The APA075-PQ208I is an advanced, low-power FPGA that features a low-power, reconfigurable architecture and a 40nm commercial-grade silicon process. It is capable of delivering up to 5800 System Gates and 300 Megaflops of peak performance. The FPGA is available in several packages and can be integrated into systems that are operated in temperatures ranging from -20 to +85 degrees Celcius.

The APA075-PQ208I’s advanced security features include a tamper-proof gate array, keyed authentication, and integrated authentication keys for trusted access. Additionally, the FPGA is equipped with built-in self-test circuitry that can detect and offset any failures, as well as protect against attacks.

The APA075-PQ208I FPGA is best suited for applications that require high performance and robust security at a low price point. The FPGA’s small form factor and low power consumption make it ideal for applications such as edge computing, wearables, and medical devices.

The APA075-PQ208I FPGA works by using a set of configurable logic blocks to fetch and execute logic functions. Each logic block is able to perform a specific logic function and is divided into discrete logic elements, such as logic gates, storage elements, and multiplexers. When the logic blocks are connected, a logic function can be executed. These functions can be configured on a local memory or on external memory, allowing for flexible and efficient reconfiguration.

The FPGA also features multiple reconfigurable interconnects that allow for faster programming of designs. The reconfigurable interconnects consist of configurable routing logic blocks, which contain a set of interconnection lines that are pre-defined based on the design. The routing logic blocks are able to configure the connections between logic blocks based on the program requirements.

The APA075-PQ208I FPGA is a powerful and versatile FPGA that is ideal for embedded applications requiring high performance, robust security features, and a low price point. The device features a low-power, reconfigurable architecture and a 40nm commercial-grade silicon process, as well as pre-defined interconnects for faster programming of designs. Additionally, the FPGA’s integrated authentication keys, tamper-proof gate array, and built-in self-test circuitry make it an excellent choice for applications that require high-level security.