XC17S30PD8C

XC17S30PD8C is a kind of configuration Prom which is widely used in FPGA memory. It can provide a programming solution for FPGA designs, specifically suitable for large-scale parallel FPGA designs. It consists of selectable package options, wide voltage ranges, and up to 8 MB of in-system programmable EEPROM.

The XC17S30PD8C memory configuration prom is designed for use with (set up) FPGA devices, to store useful data and functions for the user. The actual usage may include initialization of FPGA’s configurations, implementation of user applications, or creation of FPGA-based systems embedded on a single board. XC17S30PD8C enables high-density storage, encryption/decryption of data, and functional flexibility.

In terms of its application field, the XC17S30PD8C is widely used in communication, industrial and consumer application, as well as aerospace, defense, and medical applications. It can provide a reliable, low-cost solution for FPGA applications, enabling fast and cost-effective execution of functions. XC17S30PD8C memory configuration proms are being used in many applications, such as: Biometric systems, Autonomous systems, Smart Grid, Ad Hoc Networks, Sensor Networks, Surveillance Systems, Autonomous Robotics, Cyber-Physical Systems and Internet of Things (IoT).

XC17S30PD8C Proms can operate in the ISC (Industry Standard Command) Algorithm mode, which is a low level set of command formats that are used by system designers to program FPGA devices. The ISC Algorithm commands include High level commands such as Program, Read, Run, Write and Download, as well as other Low Level Commands such as ‘Select’ and ‘Erase’. It comes with a built-in debug mechanism, which can help users to easily identify errors during programming. Additionally, the EEPROM can store up to 8MB in each device, making it suitable for almost any FPGA-based product design.

The XC17S30PD8C Prom configuration memory makes FPGA designs more reliable, efficient and secure. It features compatibility with existing PIC32, MSP430, and AVR32 based systems. XC17S30PD8C also has increased voltage ranges of up to 1.8V, which extends its working temperature range. Moreover, it has a low system cost due to the ability to program and store only the required portions of the bitstream, and a high failure rate in the event of device failure. Therefore, XC17S30PD8C can provide an economical solution to users.

Due to its fine performance, the XC17S30PD8C Prom configuration memory is ideal for applications such as high-performance embedded, communication, industrial and automotive systems. In conclusion, XC17S30PD8C provides a cost-effective solution to system designers by offering a reliable, high performance, and cost-effective solution for FPGA applications.