XC17S50APD8C

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The XC17S50APD8C is a Compactflash-style reprogrammable configuration device ideal for use in FPGA designs. It offers a great amount of storage and offers an enormous amount of flexibility in design, as it can be programmed both in the field and in-system. The XC17S50APD8C is also an incredibly reliable device, rated for 1 million cycles.

The XC17S50APD8C features a 4 MB non-volatile flash memory and a 8-bit user-configurable data bus. This combination allows the XC17S50APD8C to operate as a FPGA configuration device, all while providing a standalone "mini-system" on chip capability. The device is capable of performing AES encryption, decryption and authentication, as well as executing bootloader code, allowing for "bring up" flexibility for FPGA designs.

In terms of application fields, the XC17S50APD8C is ideally suited for use in designs requiring reconfigurable logic, such as FPGAs, Microcontrollers, or embedded systems. It can be used to store user-defined algorithms, provide custom bootup Codes, and provide unique encryption capabilities. The XC17S50APD8C is an ideal choice for those looking to get the most out of their FPGA designs.

In terms of working principle, the XC17S50APD8C requires an external configuration authoring device to generate the appropriate configuration stream. This stream is then configured into the device using the dedicated programming interface on the device. The programming interface on the device is an 8-bit bus interface with a dedicated clock and asynchronous reset line. The XC17S50APD8C can then be used as an FPGA configuration device or for executing user-defined code depending on the needs of the design.

The XC17S50APD8C is an incredibly versatile device for use in FPGA designs. It offers an immense amount of storage, with its 4 MB non-volatile flash memory, as well as an AES encryption engine, allowing for high levels of security for bootloader code. On top of that, the XC17S50APD8C offers the added flexibility of being able to be programmed both in the field and in-system. All of these features make it an ideal device for those looking to make the most out of their FPGA designs.

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