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AMD EPYC Genoa With 96 Zen 4 Cores Is An Insanely Fast Chip, Crushes Every Other x86 Processor In Leaked Benchmarks
AMD EPYC Genoa With 96 Zen 4 Cores Is An Insanely Fast Chip, Crushes Every Other x86 Processor In Leaked Benchmarks-August 2024
Aug 6, 2025 4:07 PM

The latest benchmarks of AMD's upcoming EPYC Genoa 96 Core CPU based on the Zen 4 core architecture have been leaked by Yuuki_AnS. The leaked benchmarks show record-breaking x86 performance and this is coming from an engineering sample.

AMD's EPYC Genoa 96 Core "Zen 4" CPU Crushes Every Single x86 Processor On The Market

The AMD EPYC Genoa 9000 chip that has leaked out is one of the many Zen 4 server CPUs that the red team will be launching later this year for the server market. We recently covered the specs for the entire lineup from the same source and now, Yuuki_AnS has posted the very first benchmarks which show monstrous performance for the engineering sample.

The AMD EPYC Genoa CPUs will feature up to a gargantuan 96 cores and 192 threads packed within a single chip. (Image Credits: Yuuki_AnS)

The AMD EPYC Genoa CPUs will feature up to a gargantuan 96 cores and 192 threads packed within a single chip. Here you can see two of those chips running on the same platform for a total of 192 cores and 384 threads. (Image Credits: Yuuki_AnS)

The specific AMD EPYC Genoa CPU's OPN code and SKU naming have not been mentioned but our guess is this could be the EPYC 9654P which is one of the SKUs that feature the same specifications which includes 96 cores and 192 threads based on the Zen 4 core architecture. The chip rocks 384 MB of L3 cache and has a base frequency of 2.15 GHz. The boost frequencies are rated at 3.05 GHz for all cores, 3.5-3.7 GHz single-core frequencies, and a 3.5 GHz low-usage operating frequency. At full load, the chip consumes 360 Watts of power which is a very reasonable figure given that Intel's chips have a maximum power limit of over 700W.

AMD EPYC 9000 Genoa CPU SKUs 'Preliminary' Specs:

CPU NameArchitectureFamilyTotal CCDsCores / ThreadsL3 CacheBase / Max ClocksTDPCPU Positioning
EPYC 97544nm Zen 4CBergamo8128/256256 MB2.25 - 3.10 GHz360W (320-400W)Density Optimized
EPYC 97344nm Zen 4CBergamo8112/224256 MB2.20 - 3.00 GHz340W (320-400W)Density Optimized
EPYC 9684X5nm Zen 4 V-CacheGenoa-X1296/1921152 MBTBD400WCache Optimized
EPYC 9384X5nm Zen 4 V-CacheGenoa-X4-832/64384-768 MBTBD320WCache Optimized
EPYC 9284X5nm Zen 4 V-CacheGenoa-X4-824/48384-768 MBTBD320WCache Optimized
EPYC 9184X5nm Zen 4 V-CacheGenoa-X4-816/32384-768 MBTBD320WCache Optimized
EPYC 96645nm Zen 4Genoa1296/192384 MB2.25-3.80 GHz400W (320-400W)Density Optimized
EPYC 9654P5nm Zen 4Genoa1296/192384 MB2.05 -3.70 GHz360W (320-400W)Density Optimized (Single-Socket)
EPYC 96545nm Zen 4Genoa1296/192384 MB2.05 - 3.70 GHz360W (320-400W)Density Optimized
EPYC 96345nm Zen 4Genoa884/168384 MB2.00-3.70 GHz290W (320-400W)Density Optimized
EPYC 9554P5nm Zen 4Genoa864/128256 MB2.70-3.70 GHz360W (320-400W)Density + Frequency
EPYC 95545nm Zen 4Genoa864/128256 MB2.70-3.70 GHz360W (320-400W)Density + Frequency
EPYC 95345nm Zen 4Genoa864/128256 MB2.30 - 3.70 GHz280W (240-280W)Balanced
EPYC 9454P5nm Zen 4Genoa848/96256 MB2.25 - 3.70 GHz280W (240-280W)Balanced
EPYC 94545nm Zen 4Genoa848/96256 MB2.25 - 3.70 GHz280W (240-280W)Balanced
EPYC 9354P5nm Zen 4Genoa832/64256 MB2.75-3.70 GHz280W (240-280W)Core Strength
EPYC 93545nm Zen 4Genoa832/64256 MB2.75-3.70 GHz280W (240-280W)Core Strength
EPYC 93345nm Zen 4Genoa432/64128 MB2.50-3.70 GHz210W (200-240W)Balanced
EPYC 92545nm Zen 4Genoa424/48128 MB2.40-3.70 GHz200W (200-240W)Balanced
EPYC 92245nm Zen 4Genoa424/4864 MB2.15-3.70 GHz200W (200-240W)Cost Optimized
EPYC 91245nm Zen 4Genoa416/3264 MB2.60-3.70 GHz200W (200-240W)Cost Optimized
EPYC 9474F5nm Zen 4Genoa848/96256 MB3.60-4.00 GHz+360W (320-400W)Frequency Optimized
EPYC 9374F5nm Zen 4Genoa832/64256 MB3.40-4.00 GHz+320W (320-400W)Frequency Optimized
EPYC 9274F5nm Zen 4Genoa824/48256 MB3.30-4.00 GHz+320W (320-400W)Frequency Optimized
EPYC 9174F5nm Zen 4Genoa816/32256 MB3.20-4.00 GHz+320W (320-400W)Frequency Optimized

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