ARM is quickly growing into a full-blown x86 competitor in almost every market; however, one market it has not touched yet is full-blown gaming rigs with discrete GPUs. We could see this change in the future, though. IT Home reports that Chinese GPU maker Lisuan has created a 3D driver for one of its consumer GPU models that provides 3D acceleration in the ARM version of Windows 11.
A video on Bilibili showed a Lisuan 7G106 graphics card hooked up to an ARM-based system featuring an ARM-based 12-core CP8180 CPU. The video showed the system running 3DMark’s Steel Nomad benchmark along with Task Manager on top, showing that the GPU clearly has 3D acceleration support within the ARM version of Windows 11. Furthermore, dxdiag was also shown to reveal DX12 support in the driver.
The Lisuan 7G106 is a Chinese-based graphics card aimed at the consumer market that has RTX 4060-like performance. The card boasts 12GB of memory on a 192-bit interface, 192 TMUs, 96 ROPs, PCIe 4.0 x16 support, and is based on Lisuan’s TrueGPU architecture. Despite its Chinese roots, the card is based on TSMC’s 6nm N6 process.
Nvidia, AMD, and Intel have not publicly announced display drivers that support ARM-based machines for their consumer-grade discrete GPUs, so Lisuan has beaten everyone to the punch in this area. Technically, there are discrete GPU setups that are paired with ARM chips, such as Nvidia’s Grace Blackwell platform and third-party setups such as TinyCorps’ third-party driver that unlocks compatibility of RTX GPUs with M-series MacBooks. There is also Nvidia’s $4,000 DGX Spark that boasts an ARM chip and a Blackwell GPU, but technically, it is integrated.
What is different about this specific case with Lisuan is that it represents the first time we’ve seen a dedicated graphics card paired with an ARM chip sporting a graphics driver that enables the GPU to play games. We aren’t sure why Lisuan has decided to develop an ARM-based display driver for its discrete GPUs; likely, this driver is being developed to support a future Chinese ARM product that has a discrete GPU paired with it. Regardless, Lisuan’s work demonstrates that PC gaming on ARM with discrete GPUs is viable.
PC gaming on ARM devices only gained serious traction once Microsoft introduced its Copilot+ PC program and Qualcomm began shipping its high-performance Snapdragon X Elite SoC. Both companies have been working to make PC gaming as smooth as possible on the ARM version of Windows 11, primarily through Microsoft’s Prism compatibility layer that translates x86 code to instructions that ARM chips can process.
With Lisuan now having a working display driver for ARM for its own discrete GPUs, this could encourage both Chinese and Western manufacturer’s to start incorporating discrete GPUs into ARM-based laptops and desktops aimed at gamers. All we have to wait for now is for hardware to be produced in massive quantities that support such configurations.
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