Post AePF2FL6pr512O7sgq by [email protected] | |
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Post #AePAIKu7PkIR9tM1lw by [email protected] | |
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400 Gbps Ethernet (no longer the latest spec; it's up to 1.6 Tbps) physical… | |
Post #AePAmbgXaTiRtKRBhY by [email protected] | |
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assuming a CPU running at a base frequency of 2 GHz, this is 200 bits per instr… | |
Post #AePB3jKyOFUAXyVxWi by [email protected] | |
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@whitequark is my math wrong? I get 20ps per bit, which is still ludicrous spee… | |
Post #AePB3jQe3A1SpZAUMq by [email protected] | |
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@th it's actually 2.5 ps, averaged over 8 lanes | |
Post #AePB6Q0WiLMJSvEULI by [email protected] | |
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@whitequark SIMD accelarated ethernet parsing | |
Post #AePB6Q5qOZc1jPijdA by [email protected] | |
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@eater more like ethernet accelerated simd parsing | |
Post #AePDr29pPC3t0ywHR2 by [email protected] | |
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@whitequark what about IPC tho | |
Post #AePDr2En6k21GNGFAe by [email protected] | |
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@SoniEx2 usually when you do a hardware profiler you do something like stream a… | |
Post #AePE1LDpNXwZ2Qizsu by [email protected] | |
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@whitequark At one point I thought a software background was enough to understa… | |
Post #AePE1LIR6Pd7Gisg4G by [email protected] | |
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@martini extremely wide internal buses (1024+ bit wide buses running at >100… | |
Post #AePF2FL6pr512O7sgq by [email protected] | |
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@whitequark So like an x86 instruction stream at 5GHz with all maximum length i… | |
Post #AePdE8vGurotVlFLDk by [email protected] | |
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@dlharmon @whitequark who needs a floppy disk when you can just store 2.5 megab… |