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A deep dive into AMD's Zen 6 EPYC Venice: it uses TSMC's N2P, the 9686F often beats Nvidia's Vera, a dual 9996 is up to 93% faster than a dual Zen 5 9965, more (Jake Roach/Tom's Hardware)

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In short

AMD's upcoming Zen 6 EPYC processors, codenamed Venice, leverage TSMC's advanced N2P process technology to achieve high compute gains. Early performance metrics demonstrate that specific models can regularly exceed the capabilities of Nvidia's competing hardware. Furthermore, scaling improvements show a dual-socket 9996 setup yielding up to a 93 percent speed advantage over its dual Zen 5 9965 predecessor.

Key points

  • Advanced semiconductor fabrication via TSMC's N2P enables substantial workload gains for…: Advanced semiconductor fabrication via TSMC's N2P enables substantial workload gains for enterprise server deployments.
  • AMD's forthcoming Venice chips demonstrate direct competitive advantages over competing s…: AMD's forthcoming Venice chips demonstrate direct competitive advantages over competing silicon offered by Nvidia.
  • Generational hardware upgrades show massive multi-socket scaling improvements over the pr…: Generational hardware upgrades show massive multi-socket scaling improvements over the prior Zen 5 generation.

Sources checked by our analysis pipeline: 1

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The Information: |

Tom Warren / The Verge: |

Lily Hay Newman / Wired: |

Kyle Kucharski / ZDNET: |

Jordan Novet / CNBC: |

AI Futures Project: |

Jay Peters / The Verge: |

Mia Sato / The Verge: |

Mark Gurman / Bloomberg: |

Lawrence Abrams / BleepingComputer: |

Reuters: |

Sam Rutherford / Engadget: |

Jake Bleiberg / Bloomberg: |

Bloomberg: |

Brody Ford / Bloomberg: |

Jenny Lee / CNBC: |

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