EP4CE55U19I7N

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Introduction

EP4CE55U19I7N belongs to the family of Embedded – FPGAs (Field Programmable Gate Array). It is an FPGA product from the Cyclone IV E series from Altera Corporation. These devices are the highest density FPGAs available from Altera.

Specifications

EP4CE55U19I7N is an industrial grade FPGA. It is a low-cost device, with an internal clock frequency of up to 250 MHz. It is designed for high speed and low power applications, and has a power density of up to 18W. The device provides huge range of flexible solutions for many different applications, such as communication and security, industrial automation, embedded processor systems, etc.

Features and Benefits

The EP4CE55U19I7N includes a huge range of features and benefits, including an onboard transceiver, which supports LVDS, RSDS, and SFI-4.2 connections. This transceiver can support up to 10Gb/s, and is compatible with IEEE 1588 and 5G networking. It also includes an embedded processor, which can be used to run code and code space up to 1.04Mb. It also provides a user programmable clock generator and internal ECC (error correction code) logic, which improves the reliability of the system and also supports enhanced control and debugging.

The device is based on 16nm and newer 28nm processes, which provides higher switching performance, low power metrics, and better jitter performances. The device also provides low power design support and performance-based power usage measures, resulting in minimal power usage. It also supports high functional safety and redundancy mechanisms to minimize the possibility of system failure.

Conclusion

The EP4CE55U19I7N is an excellent FPGA product from the Cyclone IV E series from Altera Corporation. It is a low-cost device, with an internal clock frequency of up to 250 MHz, and provides a huge range of features and benefits, including an onboard transceiver, embedded processor, and high functional safety. It is designed for high speed and low power applications, and provides low power design support and performance-based power usage measures. The device is based on 16nm and newer 28nm processes, which provides higher switching performance, better jitter performances, and minimal power usage.

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