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AMD on X: "#IYKYK: Different workloads demand different kinds of performance. AMD EPYC “Venice” is designed to deliver, from strong single-core performance up to 2.2x the throughput. That's built for concurrency at scale."

@AMD
AMD
@AMD
#IYKYK: Different workloads demand different kinds of performance. AMD EPYC “Venice” is designed to deliver, from strong single-core performance up to 2.2x the throughput. That's built for concurrency at scale.
00:00
3:30 PM · Aug 30, 202641.9KViews
7

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  • @AMD
    AMD
    @AMD
    #IYKYK: Different workloads demand different kinds of performance. AMD EPYC “Venice” is designed to deliver, from strong single-core performance up to 2.2x the throughput. That's built for concurrency at scale.
    00:00
    3:30 PM · Aug 30, 202641.9KViews
    7
  • @HotAisle
    Hot Aisle
    @HotAisle
    15h
    AMD EPYC Venice CPUs Stomp NVIDIA's Vera With 20% Faster Single-Core & 2.2x Higher Throughput With...
    From wccftech.com
  • @Neeraj_Kumar222
    Neeraj Kumar
    @Neeraj_Kumar222
    Aug 30
    The throughput result becomes more useful when paired with workload mix, memory pressure, and tail latency.
  • @Neeraj_Kumar222
    Neeraj Kumar
    @Neeraj_Kumar222
    Aug 30
    Does the 2.2x figure include memory bound workloads and tail latency under mixed concurrency?