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FPGA Prototyping
Running real software on your design months before silicon, and managing the transition from prototype to production.
5 articles
FPGA Prototyping Debugging with FPGA Prototypes One of the biggest advantages of FPGA prototyping is the ability to debug a design running at or near real speed, catching issues that would take impractically long to reproduce in simulation.
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FPGA Prototyping From Prototype to Production Silicon: Managing the Transition FPGA prototyping is most valuable when it's tightly integrated into the overall project schedule – feeding bug fixes back into the RTL before tape-out, and setting up a smooth transition once real silicon arrives.
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FPGA Prototyping FPGA-Based Software and Firmware Bring-up Software and firmware development is often the longest pole in a product's overall schedule. FPGA prototypes let software teams start real development work months before actual silicon is available.
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FPGA Prototyping FPGA vs. ASIC: When to Use Which FPGAs and ASICs both implement digital logic, but they serve very different purposes. Understanding their trade-offs helps determine which is the right choice for a given product – or whether both belong in the development process.
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FPGA Prototyping Multi-FPGA Partitioning for Large SoC Prototypes Modern SoC designs are often far too large to fit on a single FPGA. Multi-FPGA partitioning splits a design across several devices, allowing full-chip prototyping even for designs with tens of millions of gates.
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Build your idea into silicon.
From RTL to real, packaged chips through the VACS program.