EP4CE15F17C7N

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FPGAs (Field Programmable Gate Arrays) are electronic components used in the development of embedded systems. They are essentially Programmable Logic Devices (PLDs), made up of interconnected logic gates and flip-flops, or "cells". Each cell is programmable, allowing a designer to configure the device to perform any desired system function. The EP4CE15F17C7N is a stepping stone in FPGA technology, offering greater flexibility and higher performance than earlier designs.

The FPGA family of components is elegantly crafted, with their inner workings a complex network of logic elements, logic interconnects and programmable connections. As a major advantage of FPGAs, their programmability enables the user to tailor their component to the exact system requirements, leading to less power consumption and faster development cycles. The EP4CE15F17C7N FPGA is no exception, providing high performance with low power consumption.

The EP4CE15F17C7N is an idea device for embedded applications requiring a high speed and low power FPGA. Along with its many logic elements, this particular device has two embedded ARM Cortex-A 9 cores running at up to 450 MHz, and two integrated PowerPC processors for further accelerated performance. With this array of resources, the EP4CE15F17C7N is ideal for applications such as high-speed communications systems, image processing, and automotive control systems.

The EP4CE15F17C7N is sized as a 12x12 mm BGA (Ball Grid Array), and consumes just 2 Watts. It is also a Low-Power Low-Voltage device, providing the flexibility required to build reliable and cost effective embedded systems. And thanks to its onboard Cortex-A 9 cores, it can operate at Core frequencies ranging up to 450MHz, making it perfect for applications requiring moderate to high performance.

The EP4CE15F17C7N also offers other advantages for embedded application designers, such as its on-chip RAM and DSP blocks, as well as its support for multiple Ethernet cores. These enable complex processing of networking protocols with improved throughput. The FPGA also offers excellent reliability, with no more than one Error-In-Time (EIT) for every 100 million hours of operation.

As the embedded systems industry evolves, the demand for higher performance FPGAs becomes greater. The EP4CE15F17C7N is part of this evolution, offering designers an efficient and reliable FPGA for embedded systems. With its Cortex-A 9 core, multiple Ethernet cores and high performance, low power capability, it is an ideal solution for today’s embedded projects.

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