Crack wpa2 hash asic chip3/15/2024 ![]() ![]() An FPGA "conversion" involves creating an ASIC from FPGA HDL. It's important to note that there are several different kinds of FPGA. Which is faster for hash cracking?įor the same price, a high-end GPU is likely to be faster than an FPGA at processing hashes, but an FPGA is likely to use less power for processing the same number of hashes. Basically, you design the chip, using the FPGA as nothing more than the actual, physical hardware that contains the transistors. For an FPGA, however, there is no such unit. How the core works internally is something that you don't need to know in order to make use of it (and likely can't legally know). In the question you linked explaining what makes a GPU so good at password cracking, it says that a GPU has a large number of identical cores that can run the same algorithm in parallel. They are efficient because every part has a job, but they require you have a deep understanding of electronics and integrated circuit design. You determine what transistors do what, how they hook up, etc. You have to design an FPGA, not just buy one. FPGAs, on the other hand, are completely different beasts. All you have to do is hook it up and let software interface with it. A GPU is a pre-designed processor with all the circuitry already there. ![]()
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