EPF8282ATC100-2N

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Field Programmable Gate Arrays (FPGAs) are integrated circuits (ICs) designed to respond to changing computing needs with low power, high speed, and low latency. Embedded FPGAs are configured for a specific application, programmable through an ASIC or through an external processor. EPF8282ATC100-2N is one such embedded FPGA that boasts an impressive array of features and benefits such as a low power draw, an integrated debugging feature, and various reconfigurable elements to increase system speeds. This FPGA is widely used in various applications such as automotive, aerospace and communications.

The EPF8282ATC100-2N is an FPGA that is embedded on a programmable IC (PIC). It is designed to run fast, process efficiently and consume less power. It is programmed to perform specific operations providing the user with increased control. FPGAs are well-suited for devices where the configuration may vary from time to time and thus, devices such as communications equipment, automotive systems, avionics and others have benefited from FPGAs.

While conventional FPGAs are designed with a fixed logic capacity and thus require reprogramming to change the configuration, EPF8282ATC100-2N has a fixed-logic architecture. This implies that once programmed, the configuration can still be flexible and changes can be made to add features or reconfigure the FPGA’s processing power. This is done through the I/O ports (Inputs/Outputs) that are utilized for configuring the loads and a reconfigurable logic block (RBL) for processing the logic.

The EPF8282ATC100-2N FPGA also has an integrated debugging feature, which is beneficial in troubleshooting and debugging applications. The debugging feature allows to monitor the internal registers and memory as the application performs its operations. The feature also allows for reverse engineering to identify the source code of the application.

In terms of power consumption and speed, EPF8282ATC100-2N is designed to keep the power consumption low. The FPGA has been designed with a 32-bit RISC CPU that allows for excellent power efficiency and performance. The FPGA also has a low jitter clock generator with PLLs which minimizes the amount of power consumed. Additionally, the FPGA has address/data pipelining to increase the throughput, making it ideal for applications that require high speed data processing.

The EPF8282ATC100-2N has a number of versatile features that make it an excellent choice for various applications such as military, medical, automotive and communications. It utilizes a reconfigurable logic block (RBL) to increase system speeds, it allows the user to reconfigure the load of the FPGA for increased flexibility, it has a 32-bit RISC CPU for low power consumption and an integrated debugging feature for troubleshooting applications. With these features, EPF8282ATC100-2N is a great option for high-speed, low-power and cost-effective FPGA solutions.

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