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maxStorageBuffersInVertexStage#

Real-world WebGPU limit support statistics for maxStorageBuffersInVertexStage across browsers, devices, and platforms. The WebGPU standard requires a minimum of 8.

Maximum number of storage buffers available to the vertex stage. Storage buffers are often used when shaders need large data sets or writable outputs.

Want to check this browser directly? Open the WebGPU Capabilities Report.

Overall Support#

This table shows which reported values appear for maxStorageBuffersInVertexStage and how common each value is.

ValueSupport
80%

Platform Support#

This table shows which values are reported for maxStorageBuffersInVertexStage on each platform and how common they are.
PlatformSupport
Android
80%
Chromium OS
80%
iOS
80%
Linux
80%
Mac OS
80%
Windows
80%

Browser Support#

This table shows which values are reported for maxStorageBuffersInVertexStage in each browser family and how common they are.
BrowserSupport
Chrome/Chromium
80%
Edge
80%
Firefox
80%
Opera
80%
Other
80%
Safari
80%
Samsung Internet
80%

Vendor Values#

This table shows which maxStorageBuffersInVertexStage values are reported by GPU vendor across all platforms.
VendorSupport
amd
8100%
10100%
1694%
apple
8100%
10100%
4415%
21474836473%
arm
8100%
16100%
img-tec
8100%
16100%
intel
8100%
10100%
1696%
nvidia
8100%
16100%
qualcomm
8100%
16100%

Vendor Architecture Values#

This table shows which maxStorageBuffersInVertexStage values are reported by GPU vendor and architecture across all platforms.
Vendor - ArchitectureSupport
amd - gcn-1
8100%
16100%
amd - gcn-4
8100%
10100%
1683%
amd - gcn-5
8100%
10100%
1695%
amd - rdna-1
8100%
10100%
1633%
amd - rdna-2
8100%
16100%
amd - rdna-3
8100%
16100%
amd - rdna-4
8100%
16100%
apple - apple
8100%
44100%
214748364724%
apple - metal-3
8100%
10100%
arm - bifrost
8100%
16100%
arm - gen-5
8100%
16100%
arm - valhall
8100%
16100%
intel - gen-11
8100%
10100%
1695%
intel - gen-12lp
8100%
16100%
intel - gen-8
8100%
10100%
1650%
intel - gen-9
8100%
10100%
1690%
intel - xe-lpg
8100%
16100%
nvidia - ampere
8100%
16100%
nvidia - blackwell
8100%
16100%
nvidia - lovelace
8100%
16100%
nvidia - pascal
8100%
16100%
nvidia - turing
8100%
16100%
qualcomm - adreno-6xx
8100%
16100%
qualcomm - adreno-7xx
8100%
16100%
qualcomm - adreno-8xx
8100%
16100%