amd-epyc-genoa-“zen-4”-cpu-lineup-specs-&-benchmarks-leaked,-up-to-26x-sooner-than-intel-xeon-&-2x-sooner-than-milan-with-1.7x-perf-per-watt

The complete AMD EPYC Genoa CPU lineup and efficiency benchmarks have leaked out showcasing what the next-gen Zen 4 server lineup has to supply.

AMD EPYC Genoa “Zen 4” CPU Lineup & Benchmarks Leak Out, Showcases Over 2x Efficiency Acquire Over Intel Xeon & Earlier Gen EPYC Chips

The AMD Zen 4 lineup shall be cut up into three households, the usual Zen 4 for EPYC Genoa, the Compute Density-Optimized Zen 4C for EPYC Bergamo, and the Cache-Optimized Zen 4 V-Cache inside the EPYC Genoa-X collection. Moreover, the lineup shall be that includes a cost-optimized and entry-level server providing referred to as EPYC Siena which can function the identical Zen 4 cores however on a completely new platform referred to as SP6 which can as soon as once more give attention to optimizing TCO in comparison with SP5. The lineup shall be branded below the EPYC 8004 household. We coated the preliminary specs for the Zen 4 server household right here already.

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AMD EPYC Genoa “Zen 4” Server CPU Lineup

The usual Zen 4 lineup will function as much as 12 CCDs, 96 cores, and 192 threads. Every CCD will include 32 MB of L3 cache and 1 MB of L2 cache per core. The EPYC 9004 CPUs will pack the newest directions reminiscent of BFLOAT16, VNNU, AVX-512 (256b information path), addressable reminiscence of 57b/52b, and an up to date IOD with an inside AMD Gen3 Infinity Material structure with larger bandwidth (die-to-die interconnect).

AMD EPYC 9654P Genoa CPU With 96 Zen 4 Cores & 3.7 GHz Clocks Spotted In Geekbench Benchmark 1

The platform will function help for 12 DDR5 channels with as much as 4800 Mbps DIMM help and embody choices for two,4,6,8,10,12 interleaving. Each RDIMM & 3DS RDIMM shall be supported with 2 DIMMs per channel for as much as 6 TB/ capacities per socket (utilizing 256 GB 3DS RDIMMs). There shall be 160 gen 5 lanes obtainable on the 2P platform, 12 PCIe Gen 3 lanes (8 lanes on 1P), 32 SATA lanes, & 64 IO lanes supporting CXL 1.1+ with bifurcations all the way down to x4 and SDCI (Sensible Knowledge Cache Injection).

AMD EPYC Genoa “Zen 4” Server CPU Efficiency

When it comes to efficiency, the leaked charts showcase the SPEC2017 Integer (Base) benchmarks for 14 chips inside the AMD EPYC Genoa lineup. At the very least 5 of the chips sit above 1000 factors whereas the remainder are positioned competitively within the mid-tier and entry-tier segments. All benchmarks have been finished on a 2P (dual-socket) platform so two chips are used.

AMD EPYC Genoa Zen 4 CPU Benchmarks & Efficiency Leak (Picture Credit: Moore’s Legislation is Useless):

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Xeon Platinum 8380 (40 Core)

Xeon Platinum 8362 (32 Core)

The charts additionally present comparative information towards Intel’s flagship Ice Lake-SP Xeon, the Platinum 8380, and the flagship EPYC Milan chip, the 7763. The AMD EPYC 9654 CPU is as much as 2.6x quicker than Intel’s Xeon and over 2x quicker than AMD’s EPYC Milan CPU whereas additionally providing 1.7x the efficiency per watt which may be very spectacular if true.

AMD EPYC Genoa Zen 4 CPU Specs Leak (Picture Credit: Moore’s Legislation is Useless):

AMD EPYC Genoa “Zen 4” CPU Lineup Specs & Benchmarks Leaked, Up To 2.6x Sooner Than Intel Xeon & 2x Sooner Than Milan With 1.7x Perf Per Watt

AMD EPYC 9000 Genoa CPU SKUs ‘Preliminary’ Specs:

CPU Identify Structure Household Complete CCDs Cores / Threads L3 Cache Base / Max Clocks TDP CPU Positioning
EPYC 9754 4nm Zen 4C Bergamo 8 128/256 256 MB 2.05-3.20 GHz 360W (320-400W) Density Optimized
EPYC 9734 4nm Zen 4C Bergamo 8 112/224 256 MB 2.00 – 3.20 GHz 320W (320-400W) Density Optimized
EPYC 9684X 5nm Zen 4 V-Cache Genoa-X 12 96/192 1152 MB TBD 400W Cache Optimized
EPYC 9384X 5nm Zen 4 V-Cache Genoa-X 4-8 32/64 384-768 MB TBD 320W Cache Optimized
EPYC 9284X 5nm Zen 4 V-Cache Genoa-X 4-8 24/48 384-768 MB TBD 320W Cache Optimized
EPYC 9184X 5nm Zen 4 V-Cache Genoa-X 4-8 16/32 384-768 MB TBD 320W Cache Optimized
EPYC 9664 5nm Zen 4 Genoa 12 96/192 384 MB 2.25-3.80 GHz 400W (320-400W) Density Optimized
EPYC 9654P 5nm Zen 4 Genoa 12 96/192 384 MB 2.05 -3.70 GHz 360W (320-400W) Density Optimized (Single-Socket)
EPYC 9654 5nm Zen 4 Genoa 12 96/192 384 MB 2.05 – 3.70 GHz 360W (320-400W) Density Optimized
EPYC 9634 5nm Zen 4 Genoa 8 84/168 384 MB 2.00-3.70 GHz 290W (320-400W) Density Optimized
EPYC 9554P 5nm Zen 4 Genoa 8 64/128 256 MB 2.70-3.70 GHz 360W (320-400W) Density + Frequency
EPYC 9554 5nm Zen 4 Genoa 8 64/128 256 MB 2.70-3.70 GHz 360W (320-400W) Density + Frequency
EPYC 9534 5nm Zen 4 Genoa 8 64/128 256 MB 2.30 – 3.70 GHz 280W (240-280W) Balanced
EPYC 9454P 5nm Zen 4 Genoa 8 48/96 256 MB 2.25 – 3.70 GHz 280W (240-280W) Balanced
EPYC 9454 5nm Zen 4 Genoa 8 48/96 256 MB 2.25 – 3.70 GHz 280W (240-280W) Balanced
EPYC 9354P 5nm Zen 4 Genoa 8 32/64 256 MB 2.75-3.70 GHz 280W (240-280W) Core Power
EPYC 9354 5nm Zen 4 Genoa 8 32/64 256 MB 2.75-3.70 GHz 280W (240-280W) Core Power
EPYC 9334 5nm Zen 4 Genoa 4 32/64 128 MB 2.50-3.70 GHz 210W (200-240W) Balanced
EPYC 9254 5nm Zen 4 Genoa 4 24/48 128 MB 2.40-3.70 GHz 200W (200-240W) Balanced
EPYC 9224 5nm Zen 4 Genoa 4 24/48 64 MB 2.15-3.70 GHz 200W (200-240W) Value Optimized
EPYC 9124 5nm Zen 4 Genoa 4 16/32 64 MB 2.60-3.70 GHz 200W (200-240W) Value Optimized
EPYC 9474F 5nm Zen 4 Genoa 8 48/96 256 MB 3.60-4.00 GHz+ 360W (320-400W) Frequency Optimized
EPYC 9374F 5nm Zen 4 Genoa 8 32/64 256 MB 3.40-4.00 GHz+ 320W (320-400W) Frequency Optimized
EPYC 9274F 5nm Zen 4 Genoa 8 24/48 256 MB 3.30-4.00 GHz+ 320W (320-400W) Frequency Optimized
EPYC 9174F 5nm Zen 4 Genoa 8 16/32 256 MB 3.20-4.00 GHz+ 320W (320-400W) Frequency Optimized

‘AMD’s EPYC 9000 “Genoa” CPU lineup for servers goes to supply an enormous uplift in efficiency. Now we have already seen a partial 128-core / 256-thread configuration defeating all the current-gen server chips so a 192-core and 384-thread dual-socket configuration goes to shatter some world information for positive. The AMD EPYC 9000 Genoa CPU lineup is anticipated to enter servers by the tip of this 12 months.