Lisuan LX7G100 GPU Hits 30 FPS in Cyberpunk 2077 in Domestic PC Test

Chinese hardware maker Lisuan introduced the LX7G100 graphics card to address the growing demand for domestic PC components. This GPU marks a shift for local gamers who previously relied on imported silicon from Intel, AMD, or NVIDIA. The arrival of a locally sourced alternative offers buyers a new option for building independent gaming rigs.

Domestic GPU paired with Zhaoxin processor shows playable DX12 frame rates

The LX7G100 operates alongside the Zhaoxin KX7000 CPU in a fully domestic system configuration. Lisuan built this test rig to demonstrate that Chinese manufacturers can produce functional gaming hardware without foreign chips. The combination of the LX7G100 GPU and the eight-core KX7000 processor creates a self-contained platform for benchmarking.

• GPU Model: LX7G100
• GPU Manufacturer: Lisuan
• CPU Model: Zhaoxin KX7000
• CPU Cores: 8
• CPU Clock Speed: 3.7GHz

Lisuan fabricated the LX7G100 using a 6nm process node with 6144 compute cores. The card includes 12GB of GDDR6 memory and carries a 225W thermal design power. It stands as the first domestic GPU to secure Microsoft WHQL driver certification, which ensures baseline compatibility with Windows systems.

Benchmark tests revealed mixed results across different graphics APIs. The GPU averaged 32.8 FPS in Cyberpunk 2077 and 30 FPS in Black Myth: Wukong at 1080p low settings. Performance dropped significantly in DirectX 11 titles, with Shadow of the Tomb Raider falling to approximately 15 FPS and GTA V averaging just 12.1 FPS at ultra settings.

We looked at Intel Core i7-6700K Overclocked to 5.2 earlier while tracking Lisuan launches. The Zhaoxin KX7000 CPU clocked at 3.7GHz appears to limit the LX7G100's potential in some scenarios. Lisuan confirmed that frame rates improved noticeably when swapping to the LX7G100 compared to previous Moore Threads MTT S80 tests on the same processor.

The LX7G100 delivers playable frame rates in modern DirectX 12 games while struggling with older DirectX 11 workloads. This performance profile defines the current capabilities of the chip. Buyers interested in domestic hardware should expect solid DX12 support alongside legacy API limitations.