XCF08PFSG48C

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XCF08PFSG48C is a memory-configuration PROM for field-programmable gate arrays (FPGAs), which accelerates the development and implementation of prototyping designs and small production runs. XCF08PFSG48C offers quick and efficient, non-volatile programming of configuration bitstreams, which optimizes the programmable logic ownership lifecycle cost and reduces NRE (Non-Recurring Engineering) expense and time to market.

The XCF08PFSG48C is part of the Xilinx family of Spartan-3 and Spartan-3E FPGAs. These devices are based on the Artix3 integrated circuit family and provide an economical solution to implementing a wide range of digital logic functions. The XCF08PFSG48C is designed to support the development, prototyping, and small-production runs of Spartan-3 and Spartan-3E devices.

In addition to PROM-configurable Spartan-3 and Spartan-3E FPGAs, the XCF08PFSG48C is also used with Xilinx FPGA devices based on the Virtex-4 and Spartan-6 architectures. The XCF08PFSG48C is a streaming PROM which provides an efficient means of programming FPGA devices. This allows for faster iterations of designs, prototyping and small production runs.

The XCF08PFSG48C is based on the Xilinx embedded configuration controller (Fabric Manager), which is an integrated set of logic and logic blocks that are used to initialize and configure FPGAs. It uses standard SPI (Serial Peripheral Interface) programming and is free from command line programming language. With this, the XCF08PFSG48C is able to detect which FPGA device is attached at startup, which allows programming of different FPGA devices without a change in the hardware configuration.

The XCF08PFSG48C PROM comes with a built-in byte-wide parallel port that can be connected to any FPGA I/O device. This allows for fast data transfer when downloading the configuration data. Additionally, it comes with an external I/O terminal to provide the control signals for FPGA programming. The I/O terminal also allows for configuration security, allowing the designer to protect the device from illegal access. It also supports reverse engineering prevention, which prevents unauthorized duplication of the design. It also has one-time programmable (OTP) cells that can be used to protect the programming of mission-critical designs.

The XCF08PFSG48C is also designed with a set of error detection and correction logic. This redundancy logic is used to detect and correct any data errors that may occur during programming operations. This ensures that the configuration bitstream loaded into the FPGA device is correct and complete. It also has built-in power up and reset functionality. This allows the user to reset the PROM and FPGA if an error occurs during configuration.

In conclusion, the XCF08PFSG48C is an economical and easy to use PROM for FPGA configuration. It is optimized for fast development, prototyping and small-production runs. It not only offers the possibility of programming and configuring FPGA devices quickly, but also provides security features to protect the device from illegal access and duplication. With its built-in error detection and correction logic and reset functionality, it makes for a reliable and dependable device for FPGA programming.

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