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The Xilinx FPGA programming cable is the topic here. Xilinx is an integral part of analysis of HDL designs. It requires an FPGA or field-programmable gate array cable if the user chooses to go that route. If the user enlists the help of a cable it is called field programming because they are using it in the field, as it were.

What Is Xilinx?

Xilinx is an Integrated Synthesis Environment software to both synthesize and analyze HDL designs. This allows the developer to use timing analysis, compile designs, look at the RTL diagrams, all while testing out how a design will respond to different situations. It also in turn allows the user to configure or reconfigure the target device for use.

What Is FPGA?

FPGA stands for field programmable gate array. It is an integrated circuit that is configured on the customer side, whether by a designer or customer. Because it occurs long after the product is made, it is known as a field programmable product.

Xilinx FPGA Programming Cable

Once the file has been created for programming, it’s time to configure the device. There is a generate programming file procedure to follow within the Xilinx program. At that time, go ahead and configure the device.

Even go so far as to create PROM, ACE, X/SVF or STAPL files. Many people who have the FPGA programming cable, though, are fortunate at this point, because the FPGAs allow PROMs or Xilinx CPLDs directly from the computer using the Xilinx cable.

See whether it will benefit you. Though, for many users having the cable is a peace of mind factor. A lot can go wrong without having a programming cable when transferring files. Instead, be sure to enlist the use of the FPGA programming cable when working with Xilinx.

For more details on FPGA programming visit: http://www.directics.com/fpga-programming/