AMD Instinct MI350P PCIe (144GB)

Buying advice

Choose MI350P for Linux/ROCm AI or compute servers needing 144 GB of dedicated HBM3E on a PCIe add-in card. Passive cooling and a 600 W maximum board-power specification make chassis airflow and power delivery central to deployment. The configurable 450 W board mode is a separate operating choice; this is specialized compute hardware for supported workloads.

Specifications

LAUNCH

Released
-

GAMING PERFORMANCE

Gaming Performance Index (GPI)
-No applicable GPI estimate.

GRAPHICS BENCHMARKS

3DMark Score
-

MEMORY & STORAGE

Graphics Memory
144 GB HBM3E
Memory Bandwidth
4,000 GB/speak theoretical vendor bandwidth; decimalTB/s conversion
Bus Width
4,096 bit
Memory Transfer Options
-

ARCHITECTURE & COMPUTE

* FP32 describes floating-point throughput, not measured gaming performance. Architecture, clock and method differences affect comparison.

Architecture
CDNA4
Process
-
Platform
-
Base Clock
-
Boost Clock
-
Base Clock Range
-
Boost Clock Range
-
Graphics Frequency
-
Max Dynamic Frequency
2,200 MHzmaximum dynamic
CUDA Cores
-
Max CUDA Cores
-
CUDA Cores per GPU
-
Compute Units
128
Xe Cores
-
FP32 TFLOPS*
Conditions unconfirmed72
Test conditions & details

Test: FP32

Score unit: TFLOPS

Version not recorded

Recorded test: Unknown

Bars align retained values of the same metric and unit. Test conditions may be unconfirmed. The endpoint is a display scale, not a test maximum, comparable device measurement, game FPS ratio or winner.

FP16 (AI) TFLOPS
-
CUDA Compute Capability
-
L2 Cache
-
NVIDIA SMs
-
ROPs
-
RT Core Generation
-
Resolution & frame-rate reference
-
TMUs
-
Tensor Core Generation
-
Transistors
73 billion

POWER & BATTERY

Max GPU Temperature
-
Power
-
Recommended System PSU
-

CONNECTIVITY & EXPANSION

DirectX 12 Ultimate
-
DisplayPort
-
HDCP
-
HDMI
-
PCIe Interface
PCIe5.0x16
Reference DisplayPort Outputs
-
Reference HDMI Outputs
-
Resizable BAR Support
-
UHBR Mode
-

OTHER SPECIFICATIONS

AV1 Decode
-
AV1 Encode
-
Manufacturer
AMD
NVDEC Engines
-
NVDEC Generation
-
NVENC Engines
-
NVENC Generation
-