Now that software often represents more than half of the design effort, an FPGA implementation of an SoC’s RTL can be also used as a basis for software development, hardware/software co-verification, and software validation – all before final silicon is available.Īll these factors help cut design cost and time-to-market by reducing the risk of respins. In pure hardware terms, FPGA prototyping has been made easier and more powerful because the FPGA vendors move to the most advanced manufacturing process nodes as soon as possible.
FPGA SIMULATION ESTIMATE GATES PORTABLE
These replicas are also often portable enough to be used in field tests. Why do companies use FPGA prototyping?įPGAs have been used to verify comparatively mature RTL because they can represent a near – though not precise – replica of a design running at speed. It is being used more widely today because hardware complexity is increasing and the amount of related software that needs validating is rising. Sphere: Techniques | Tags: debug, FPGA, FPGA partitioning, FPGA prototyping, hardware-assisted verification, hardware-software coverification What is FPGA prototyping?įPGA prototyping is a well-established technique for verifying the functionality and performance of application-specific ICs (ASICs), application-specific standard products (ASSPs) and system-on-chips (SoCs) by porting their RTL to a field programmable gate array (FPGA).
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