EPF8282ATC100-3N

The embedded FPGAs (Field Programmable Gate Array) offer enhanced flexibility, expandability, scalability and a degree of configurability to embedded applications. The EPF8282ATC100-3N embedded FPGAs are optimized for embedded applications in various device sizes, performance, and power consumption capacity. They offer a feature-packed combination of speed and logic and also contain debug logic and an enhanced SRAM memory interface.

The EPF8282ATC100-3N is an advanced programmable logic device that allows users to configure the device through an industry-standard programming language such as Verilog or VHDL. This device features a configurable system bus to support high performance with design flexibility. With the availability of embedded FPGA software, the device can be quickly configured to fit a wide range of embedded applications.

The EPF8282ATC100-3N application field includes always-on and frequent data-processing applications such as platforms that require low-latency and adaptive system responses, real-time data-processing and filtering, coprocessor- and processor-less systems, and sensor technology. In addition, FPGA-based systems are being used in applications such as communication infrastructure, distributed computing, storage, and motor control.

The EPF8282ATC100-3N employs a pipelined system architecture, which allows it to handle multiple buffered operations at once, thus improving system performance. The Clock Manager operates with a low-jitter control system, ensuring a low-latency response and consistent performance. The internal logic of the EPF8282ATC100-3N is organized into two main components, the Configurable Logic Array (CLA) and Arithmetic Logic Unit (ALU), which allow programmable, device-wide communication. The EPF8282ATC100-3N also offers a Synchronous Dynamic Random Access Memory (SD-RAM) interface.

The working principle of the EPF8282ATC100-3N is simple. The programmable logic inside the device is designed to respond to commands from the user by carrying out logical instructions. The instructions are written in VHDL or Verilog, and the program instruction data is sent to the device\'s configurable logic array. The configurable logic sections of the device each store the instructions and the data which is used to evaluate the logic operations. This data is evaluated to determine if the logic operation is true or not. The result is then used for calculating the output. The result of each operation can then be used to connect with other operations, allowing multiple related calculations to be completed quickly and efficiently.

The EPF8282ATC100-3N offers an efficient solution for design engineers by providing an easy-to-use programmable logic that is able to increase the performance of embedded systems in cost-effective designs. It includes an advanced low-jitter control system, internal logic, and an enhanced SRAM interface, allowing users to quickly and efficiently configure their device. As such, the EPF8282ATC100- 3N is an ideal choice in embedded FPGA technology.