By Philip Andrew Simpson
ISBN-10: 1441963383
ISBN-13: 9781441963383
FPGA layout: most sensible Practices for Team-based layout Philip Simpson Many businesses fight with setting up a operating FPGA layout technique throughout layout groups of their corporation. As layout groups develop into extra dispersed globally, the necessity raises for the standard layout method. This publication describes most sensible practices for winning FPGA layout. it's the results of the author’s conferences with enormous quantities of shoppers at the demanding situations dealing with each one in their FPGA layout groups. through gaining an knowing into their layout environments, methods, what works and what doesn't paintings, key components of outrage in imposing approach designs were pointed out and a advised layout technique to beat those demanding situations has been constructed. This book’s content material has a powerful specialize in layout groups which are unfold throughout websites. The objective being to extend the productiveness of FPGA layout groups through setting up a typical method throughout layout groups; allowing the trade of layout blocks throughout groups. insurance comprises the full FPGA layout move, from the fundamentals to complicated strategies. • provides whole, field-tested method for FPGA layout, thinking about layout reuse throughout layout groups; • deals top practices for FPGA timing closure, in-system debug, and board layout; • info strategies to solve universal pitfalls in designing with FPGAs.
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Extra info for FPGA Design: Best Practices for Team-based Design
Sample text
1 Challenges that FPGAs Create for Board Design In order to meet the fast performance and high bandwidth of today’s system designs, FPGA devices are providing a large number of pins with increasingly faster switching speeds. These higher package pin counts, together with the fact that the devices support many different I/O standards and support different package types, creates a challenge in successfully creating the FPGA pin-out efficiently and correctly. The cost of a board re-spin, due to a problem with the pin-out, is expensive in terms of both the cost of the board re-spin and the impact on the project schedule.
You also need to look at the signal integrity requirements for the design. Does your design have interfaces with a large number of pins that are likely to toggle simultaneously; 20 4 Resource Scoping if so, will you have SSN issues? It is worth noting that wirebond packages typically have worst signal integrity and I/O performance than flip chip devices. It is recommended that when looking at the pin count for your design, that you reserve pins for in-system debug. The target should be a minimum of 15% of the device pins.
This provides enough information for the designer to enter the pin names and to start entering properties of the pins, such as I/O standard, current strength, etc. This information can be entered into the FPGA design software manually or in most cases can be imported from other sources, such as Microsoft Excel. csv format for import into the FPGA design software. This will greatly shorten this process and reduce the risk of human error. If interface IP is being used, some of the IP may already contain the pin properties information.
FPGA Design: Best Practices for Team-based Design by Philip Andrew Simpson
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