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AMD Radeon RX 9070 XT
NVIDIA H100 PCIe

AMD Radeon RX 9070 XT vs NVIDIA H100 PCIe. Specifications

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Released
AMD Radeon RX 9070 XT

Manufacturer product image. Image source

AMD Radeon RX 9070 XT
Released
Q2/2022
User rating
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NVIDIA H100 PCIe
NVIDIA H100 PCIe

What's the best choice AMD Radeon RX 9070 XT or NVIDIA H100 PCIe? Which graphics card is faster?

Compare the available specifications of these models.

AMD Radeon RX 9070 XTMemory size 16 GB. Memory type GDDR6.

NVIDIA H100 PCIe has a base frequency of 1.065 GHz. Memory size 80 GB. Memory type HBM2e. Released in Q2/2022.

Differences


Positions in all rankings

Common positions AMD Radeon RX 9070 XT GPU in popular benchmarks, for comparison with other models.

No data
Videokards Reasons to consider
NVIDIA H100 PCIe
Report a bug
  • More memory

    400% more memory

    80 GB left arrow 16 GB

Positions in all rankings

Common positions NVIDIA H100 PCIe GPU in popular benchmarks, for comparison with other models.

No data

Specifications

Technical data
AMD Radeon RX 9070 XT AMD Radeon RX 9070 XT
NVIDIA H100 PCIe NVIDIA H100 PCIe
General info

Comparison of basic technical data of graphics cards AMD Radeon RX 9070 XT and NVIDIA H100 PCIe, chip, information processing units.

  • AI Accelerators
    128 left arrow -
  • Ray Accelerators
    64 left arrow -
  • Render Output Units
    128 left arrow 24
  • Shader
    4096 left arrow -
  • Compute Units
    64 left arrow -
  • Execution units
    64 left arrow 7296
  • Architecture
    RDNA 4 left arrow -
  • Based on
    AMD Radeon RX 9070 XT left arrow -
  • Texture Units
    - left arrow 456
  • GPU Chip
    - left arrow GH100
Memory settings

Video memory capacity, type, bus width and bandwidth describe different properties. These values alone do not determine graphics performance.

  • Infinity Cache
    64 MB left arrow -
  • Memory Speed
    20 Gbps left arrow 2 Gbps
  • Memory Bandwidth
    640 GB/s left arrow -
  • Memory Bus
    256 bit left arrow -
  • Memory Type
    GDDR6 left arrow HBM2e
  • Memory Size
    16 GB left arrow 80 GB
  • Memory Interface
    - left arrow 5120 bit
  • Memory Bandwith
    - left arrow 1,280 GB/s
  • Memory Clock
    - left arrow 1 GHz
Clock frequency

Published GPU clock frequencies describe different operating modes. Clock speed alone does not determine graphics performance.

  • Boost Clock
    2970 MHz left arrow 1.65 GHz
  • Game Clock
    2400 MHz left arrow -
  • Base Clock
    - left arrow 1.065 GHz
Thermal Management

Connectors, the number of thermal watts emitted in normal mode and at overclocking.

  • Power Connectors
    2x8-Pin left arrow 8-pin EPS
  • Required System Power
    750 W left arrow -
  • TDP
    304 W left arrow 350 W
  • Suggested PSU
    - left arrow 750 W
Technical data

Technical data that is used to its full potential in computer games.

  • Peak FP32 (theoretical)
    48.7 TFLOPS left arrow -
  • CUDA
    - left arrow 9.0
  • Shader Model
    - left arrow No
  • Vulkan
    - left arrow No
  • OpenCL
    - left arrow 3.0
  • OpenGL
    - left arrow No
  • DirectX
    - left arrow No
  • Max. Displays
    - left arrow 1
Supported Video Codecs

Built-in support for video and image compression standards.

  • AV1
    Decode / Encode left arrow -
More information

Comparison of interfaces and release dates for GPU NVIDIA H100 PCIe and AMD Radeon RX 9070 XT.

  • Verified on
    2026-09-30 left arrow -
  • Official source
    https://www.amd.com/en/products/graphics/desktops/radeon/9000-series/amd-radeon-rx-9070xt.html left arrow -
  • Release date
    - left arrow Q2/2022
  • Structure size
    - left arrow 4 nm
  • GPU Interface
    - left arrow PCIe 5.0 x16
  • Architecture
    - left arrow Hopper
Theoretical Performance

  • FP64 (double)
    - left arrow 12.04 TFLOPS
  • FP32 (float)
    - left arrow 24.08 TFLOPS
  • FP16 (half)
    - left arrow 96.31 TFLOPS
  • Texture Rate
    - left arrow 752.4 GTexel/s
  • Pixel Rate
    - left arrow 39.60 GPixel/s

Benchmarks

Performance tests GPUs

No comparable benchmark results are available yet. Specifications alone do not determine which model is faster.

These are saved results from the earlier catalog. Measurement dates and test configurations were not recorded. Models with no comparable results are omitted.

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