MOPs from the frontend go through register renaming and have various bookkeeping resources allocated for them, letting the backend carry out out-of-order execution while ensuring results are consistent with in-order execution. While allocating resources, the core can carry out various optimizations to expose additional parallelism. X925 can do move elimination like prior Arm cores, and has special handling for moving an immediate value of zero into a register. Like on A725, the move elimination mechanism tends to fail if there are enough register-to-register MOVs close by. Neither optimization can be carried out at full renamer width, though that’s typical as cores get very wide.
return this.#data.get(key)?.value;
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Discard new data — drop what's incoming
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Notice that these “serial numbers” are very similar to the ones we embedded in the single-use credentials above. Each Resource (website) can keep a list of each SN value that it sees, and sites can reject any “show” that repeats a serial number. As long as the User never repeats a counter (and the PRF output is long enough), serial numbers should be unlikely to repeat. However, repetition becomes inevitable if the User ever “cheats” and tries to show the same credential N+1 times.