[trsohmers]

We do most stuff on a single FPGA... Our development flow is parameterized in a way so we can generate RTL with different numbers of tiles, SRAM per tile, and many other details within seconds of an RTL change. We have an Achronix Speedster that can fit 16 of our cores on it (our full test chip), while our cheaper Xilinx Kintex Ultrascale boards can comfortably fit 8 but can do 16 if we cut the SRAM size down from what we have in the real chip. You could split designs across FPGAs (The Dini Group sells systems using Xilinx and Altera chips built for this), but I have heard it is a real PITA, and we're doing fine with what we have right now.

I'd love to get a real ASIC simulation/emulation platform like Synopsys's Zebu or HAPS... Both use multiple Xilinx FPGAs linked together and easily integrate with the Synopsys EDA flow. Cadence also has the Palladium emulation platform, but those boxes approach the cost of a house in the Bay Area.

[nickpsecurity]

"We have an Achronix Speedster"

My favorite!

"Both use multiple Xilinx FPGAs linked together and easily integrate with the Synopsys EDA flow. Cadence also has the Palladium emulation platform, but those boxes approach the cost of a house in the Bay Area."

Sounds like a business opportunity for someone. I know it could be cheaper and still profitable.