Lowest price for high-volume production (greater than 200K per year) Fastest clock frequency (performance) Unlimited size Integrated analog functions Custom ASICs Low power Disadvantages Highest non-recurring engineering costs Longest design cycle Limited vendor IP with high cost High cost for engineering change ordersħ Embedded Array Advantages Disadvantages Proper use of the ISE Tools is covered in Fundamentals. Proper use of the ISE tools will also affect the performance of your design. Performance is dependent on your HDL code style and if you instantiated dedicated hardware resources. The routing may use multiple lengths of interconnect to route a signal from a source to a destination, but this will depend on many factors. Routing delays are fixed, but the tools will select an optimum routing based on the source and destination of the logic on the FPGA. This is because programmable logic uses LUTs which use many more gates to build the programmability into the architecture. Proper use of the ISE Tools is covered in Fundamentals.ĪSIC architecture compared to the Xilinx FPGA architecture Gates versus LUTs Delays Performance Fundamental part selection considerations Cost Size Volume Analog circuitry Time to market Reprogrammability FPGAs are not usually referenced by gate count, like ASICs. ![]() Proper use of the ISE Tools is covered in Fundamentals.Ĥ Objectives After completing this training you will be able to:ĭescribe the differences between ASIC and FPGA architectures Explain the features of Xilinx FPGA architecture Benefit from the Xilinx dedicated resources FPGAs are not usually referenced by gate count, like ASICs. ![]() for ASIC Design Fundamentals of FPGA Design 1 day Designing for Performance 2 days Minimum: 6 months design experience Advanced FPGA Implementation 2 daysģ Welcome If you are an experienced ASIC designer transitioning to FPGAs, this course will help you reduce your learning curve by leveraging your ASIC experience Careful attention to how FPGAs are different than ASICs will help you create a fast and reliable FPGA design FPGAs are not usually referenced by gate count, like ASICs. ![]() I recommend that all customers take this course every 3-5 years, since the tools change every year. ASIC Design Flow ASIC to FPGA Coding Conversion, Part 1 and 2 Virtex-5 Coding Techniques, Part 1 and 2 Spartan-3 Coding Techniques, Part 1 and 2 Fundamentals is a very essential essential course if you are new to FPGA design. ASIC Design Flow FREE ASIC to FPGA Coding Conversion FREE Virtex-5 Coding Techniques Spartan-3 Coding Techniques FREE Don’t forget to listen to these FREE RELs… FPGA and ASIC Technology Comparison, Part 2 FPGA vs. FPGA and ASIC Technology Comparison Intro to VHDL or Intro to Verilog 3 days FPGA and ASIC Technology Comparison FREE Curriculum Path FPGA vs.
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