EPCS128SI16N

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

EPCS128SI16N or the Enhanced Performance Configuration Serial Flash (EPCS) memory family of devices is an optimal memory solution for Field-Programmable Gate Arrays (FPGAs). It offers a wide variety of applications including low-cost, high-speed configuration of FPGAs, as well as several other non-volatile memory applications. The memory operates in up to 3.9V with a typical read current of 57mA, and has a robust package with electrostatic discharge protection of up to 8kV. The device is made up of 128 ROM (read-only memory) bits, organized as 16 words by 8 bits, and is ideal for use with FPGAs or other digital devices.

The EPCS128SI16N is a typical non-volatile logic nonvolatile memory (NVM) used to store configuration data for FPGAs. It functions by transferring configuration data from the FPGA to the memory on each power cycle. The device's main purpose is to store the FPGA's configuration data and allow the FPGA to be reconfigured on power-up. During the configuration process, data from the memory is loaded into the FPGA's SRAM memory, where it is used to configure the FPGA before it is ready to use. The EPCS can also be used to store user data, such as program code, for applications requiring a nonvolatile memory.

The EPCS128SI16N is manufactured using the latest 6T process node technology, providing an extremely cost-effective solution. The device integrates an asynchronous SRAM with 8Kb of configuration code, along with a 16Kb ROM-only memory. The ROM memory is commonly used to store the FPGA's configuration data, while the SRAM component is used to store user data. The device also offers additional non-volatile memory storage capacity with two additional 16Kb EEPROM blocks.

The EPCS128SI16N also has built-in error-correcting code (ECC) functionality, offering improved reliability and data integrity. This is especially important when dealing with data-rich applications that require accurate data storage and retrieval. Additionally, the device provides an enhanced erase time of up to five times faster than other non-volatile memory solutions.

The EPCS128SI16N works by shifting the data from the FPGA to the memory, and vice versa. When power is applied to the device, the FPGA writes the data to the memory and inverted SRAM write cycles are used. This ensures that all the bits are written to the memory in the correct order. On wake-up, the FPGA begins to query the memory and identify the data that it requires. Once the FPGA has identified the relevant data, it transfers the configuration data to the on-board SRAM. Once all the relevant data has been transferred, the logic will be ready for normal operation.

The device offers an optimized solution for FPGA programming and configuration. It is designed to perform well in mixed-use applications such as chip-to-chip communications and FPGA programming, as well as in other industrial and automotive systems. The EPCS128SI16N offers a cost-effective solution for memory-bound applications, as well as a fast, reliable, secure NVM solution for a wide variety of applications.

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