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Yes, that's why we generally run them on GPUs.
by Joker_vD 2y ago
Yes, that's why we generally run them on GPUs.
- moffkalast 2y agoGPUs that pull a kilowatt when running yes. This might actually work on an FPGA if the addition doesn't take too many clock cycles compared to matmuls which were too slow.
- phkahler 2y agoThat's why we need a row of ALUs in RAM chips. Read a row of DRAM and use it in a vector operation. With the speed of row reading, the ALU could take many cycles per operation to limit area.
- namibj 2y agoThe big problem is that DRAM is extremely secretive about their processes, and they largely don't do that well for logic.
- api 2y agoGPUs are better but I'm thinking of even tighter coupling, like an integrated architecture.