MSI CLAW Gaming Handheld Leaked, Hardware Specs Revealed

by Muhammad Ali Bari

Details regarding the MSI CLAW gaming handheld have leaked ahead of an official announcement, including hardware specs.

A day after MSI teased the MSI CLAW on social media, comprehensive details about the upcoming gaming handheld have emerged, including hardware specs. The new device will allegedly be powered by the Intel Meteor Lake processor.

Msi claw specs

MSI CLAW Leaked Specs

The alleged specs for the MSI CLAW gaming handheld can be seen below.

  • CPU: Intel(R) Core(TM) Ultra 7 155H
    • Topology: 1 Processor, 16 Cores, 22 Threads
    • Clock Speed: 3.80 GHz (base), 4.787 GHz (Max)
    • Cores: 6 Cores (Cluster 1), 10 Cores (Cluster 2)
    • Cache: 64.0 KB x 11 (L1 Instruction), 48.0 KB x 11 (L1 Data), 2.00 MB x 2 (L2 Data), 24.0 MB x 1 (L3)
  • GPU: Inter Arc (Alchemist architecture)
    • Cores: 8 Xe-Cores
    • Clock Speed: Up to 2.25 GHz
  • Memory: 32 GB
  • Operating System: Microsoft Windows 11 Pro (64-bit)

MSI has opted for the Core Ultra 7 155H SKU for the CLAW, featuring a high-spec processor boasting 16 cores and 22 threads—twice the offering of the Ryzen Z1 Extreme. The system incorporates 6 P-Cores, 8 E-Cores, and 2 LP-Cores, with built-in graphics relying on the Arc Alchemist architecture featuring 8 Xe-Cores capable of boosting up to 2.25 GHz. Officially designated as a 28W processor with a Max Turbo Power of 115W, early tests indicate that the Arc Xe-LPG graphics demonstrate a competitive edge over the AMD integrated RDNA3, as seen with the Ryzen 7040 and 8040 series.

Leaked specs also reveal that the system will support up to 32 GB of memory, which is twice of the memory available in the Legion Go and ROG Ally. It’s possible that MSI may offer multiple configurations of the device, as not everyone would require such a substantial amount of memory. The official reveal of MSI’s new handheld is scheduled to happen at the upcoming CES 2024. These leaked specs give us an early looking at what can be expected from the device in terms of performance.

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