EPCV4SI8N

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

EPCV4SI8N, or Electronically Programmable Control Values for Smart I/O, is a type of Memory/Configuration PROM for FPGAs. It provides an efficient and easy way to store user earned configurations in one place, readily accessible for instant loading. Through its smart I/O architecture, EPCV4SI8N can reorganize the design during power-on, greatly reducing the boot-time of the program, while speeding up and simplifying FPGA configurations.

What is an EPCV4SI8N? The acronym stands for electron device configuration values. It is a physical device which stores the configuration of the FPGA in a massively parallel and reproducible form. This device is essential when designing complex digital circuits, as it gives the user granular control over the way in which the FPGA operates. This means that the user can define settings such as data width, clocking behavior, logical operations and data routing without needing to go through multiple iterations of design. This type of control is crucial when reconfigurable designs are implemented rapidly and with a high degree of accuracy.

One of the most significant advantages of the EPCV4SI8N is its non-volatile memory. This means that the FPGA can store configurations in its onboard memory and reload them again during power-up. This eliminates the need to reconfigure the FPGA during power cycles. The EPCV4SI8N also offers error detection and correction capabilities on the stored program, which reduces the risk of corrupting the design with errors.

On a technical level, the EPCV4SI8N is a 4-bit, 8-bit or 16-bit ROM that is used to store configurations. It has 10-bit parity to detect errors and an optional CRC hardware exists to measure the validity of the design. It is available in packages that range from 1 to 256 bytes and supports standard designs. It is commonly used in embedded systems and helps to reduce the power needs of an FPGA while extending its life.

The main purpose of the EPCV4SI8N is to facilitate the easy programming of an FPGA in configuration. Its ability to store configurations and reload them quickly makes it very useful for reconfigurable designs and test simulations. The non-volatile nature of the device also prevents FPGA configurations from being lost or corrupted during power cycles. As a result, designers often design their projects with EPCV4SI8N devices instead of their pesky counterparts, the ASICs.

Ultimately, the EPCV4SI8N is a great solution when it comes to reducing the time spent on configuring an FPGA. Its simple yet reliable architecture helps designers save time and money while allowing the product to reach its full potential. Its ability to store configurations quickly and non-volatile memory also adds to its usefulness and makes it a must-have for anyone who works with FPGAs.

The specific data is subject to PDF, and the above content is for reference