inference/research
verifiedhigh · 0.95updated 2026-10-03

MTT S5000 product page (Moore Threads)

spec-sheet

Fields

id
sources/cn-mthreads-s5000
Publisher
Moore Threads (摩尔线程)
Kind
spec-sheet
Accessed
2026-10-03
notes
PRIMARY VENDOR SOURCE. PH100 die on the 'Pinghu' (平湖) architecture. OAM module form factor, air-cooled and liquid-cooled variants, 8-GPU MGX platform, SGX5000 server. Publishes NO absolute TFLOPS for the card. Publishes inference throughput instead: >=4000 tok/s prefill and >=1000 tok/s decode per card, under a specific and reproducible-looking methodology (PD-disaggregated 2P4D across 6x 8-card S5000 servers, ISL/OSL 1K/2K for decode, mean TTFT <=4 s, MTP on, native FP8, third-party serving engine). ALSO the source of this repo's best vendor-baseline datapoint: the unnamed 'international flagship' comparison parts are footnoted as dense-FP16 989 TFLOPS / 3.35 TB/s, 148 TFLOPS / 4.0 TB/s, and 312 TFLOPS / 2.0 TB/s.

Notes

PRIMARY VENDOR SOURCE. PH100 die on the 'Pinghu' (平湖) architecture. OAM module form factor, air-cooled and liquid-cooled variants, 8-GPU MGX platform, SGX5000 server. Publishes NO absolute TFLOPS for the card. Publishes inference throughput instead: >=4000 tok/s prefill and >=1000 tok/s decode per card, under a specific and reproducible-looking methodology (PD-disaggregated 2P4D across 6x 8-card S5000 servers, ISL/OSL 1K/2K for decode, mean TTFT <=4 s, MTP on, native FP8, third-party serving engine). ALSO the source of this repo's best vendor-baseline datapoint: the unnamed 'international flagship' comparison parts are footnoted as dense-FP16 989 TFLOPS / 3.35 TB/s, 148 TFLOPS / 4.0 TB/s, and 312 TFLOPS / 2.0 TB/s.

Cross-references

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