Jump to content

Template:AMD Epyc 7003 series

From Wikipedia, the free encyclopedia

Common features:

  • SP3 socket
  • Zen 3 microarchitecture
  • TSMC 7 nm process for the compute and cache dies, GloFo 14 nm process for the I/O die
  • MCM with one I/O Die (IOD) and multiple Core Complex Dies (CCD) for compute, one core complex (CCX) per CCD chiplet
  • Eight-channel DDR4-3200
  • 128 PCIe 4.0 lanes per socket, 64 of which are used for Infinity Fabric in 2P platforms
  • 7003X series models include 64 MiB L3 cache dies stacked on top of the compute dies (3D V-Cache)
  • 7003P series models are restricted to uniprocessor operation (1P)
Model Cores
(threads)
Chiplets Core
config
[i]
Clock rate Cache Socket Scaling TDP Release
price
Base
(GHz)
Boost
(GHz)
L2
(per core)
L3
(per CCX)
Total
7203(P)   8 (16) 2 + IOD  2 × 4  2.8  3.4  512 KiB 32 MiB 68 MiB   SP3 2P (1P) 120 W   $348 ($338)
72F3 8 + IOD  8 × 1  3.7  4.1 260 MiB 2P 180 W $2468
7303(P) 16 (32) 2 + IOD  2 × 8  2.4  3.4 32 MiB 72 MiB 2P (1P) 130 W   $604 ($594)
7313(P) 4 + IOD  4 × 4  3.0  3.7 136 MiB 2P (1P) 155 W $1083 ($913)
7343  3.2  3.9 2P 190 W $1565
73F3 8 + IOD  8 × 2  3.5  4.0 264 MiB 240 W $3521
7373X 8* + IOD  3.05  3.8 96 MiB 776 MiB $4185
7413 24 (48) 4 + IOD  4 × 6  2.65  3.6 32 MiB 140 MiB 2P 180 W $1825
7443(P)  2.85  4.0 2P (1P) 200 W $2010 ($1337)
74F3 8 + IOD  8 × 3  3.2  4.0 268 MiB 2P 240 W $2900
7473X 8* + IOD  2.8  3.7 96 MiB 780 MiB $3900
7453 28 (56) 4 + IOD  4 × 7  2.75  3.45 16 MiB 78 MiB 2P 225 W $1570
7513 32 (64) 8 + IOD  8 × 4  2.6  3.65 16 MiB 144 MiB 2P 200 W $2840
7543(P)  2.8  3.7 32 MiB 272 MiB 2P (1P) 225 W $3761 ($2730)
75F3  2.95  4.0 2P 280 W $4860
7573X 8* + IOD  2.8  3.6 96 MiB 784 MiB $5590
7643(P) 48 (96) 8 + IOD  8 × 6  2.3  3.6 32 MiB 280 MiB 2P (1P) 225 W $4995 ($2722)
7663(P) 56 (112)  8 × 7  2.0  3.5 32 MiB 284 MiB 2P (1P) 240 W $6366 ($3139)
7713(P) 64 (128)  8 × 8  2.0  3.675 32 MiB 288 MiB 2P (1P) 225 W $7060 ($5010)
7763  2.45  3.4 2P 280 W $7890
7773X 8* + IOD  2.2  3.5 96 MiB 800 MiB $8800
  1. ^ Core Complexes (CCX) × cores per CCX