- Lisuan Techs 7G105 GPU enters the Pro market with 24 GB VRAM and big promises
- Startup’s architecture skips beam tracking and focuses on mainstream calculation and virtualization of workloads
- Lisuan Techs Chip supports 8K -offscoding, four DisplayPort -Outputs and Spring HDMI for Cost Costs
A little known company from China is preparing to enter the high-end GPU stage with its first generation of graphics cards.
While few outside the region have heard of Lisuan Tech, start -ups have started ambitions that place it square in the path to Nvidia and AMD, especially in the demanding world of workstation and professional computing.
Its newly announced 7G105 SKU has 24 GB of VRAM, a specification that suggests that it is not only targeted at players, but aims to create credibility in the Pro -Graphics segment.
Location in addition to games with pro-grade specifications
In the heart of Lisuan Tech’s offer is 7G106 GPU, which forms the base for both consumer and professional variants.
This chip is manufactured using TSMCS 6NM process and is based on the company’s internal Truegpu architecture.
Architecture does not support beam tracking or Directx 12 Ultimate, but it handles Directx 12, Vulkan 1.3 and OpenGL 4.6.
Floating Point operations are managed via a SIMD engine with support for FP32 and INT8 formats reaching up to 24 Teraflops in FP32 performance, which puts it square in violation of mid-range GPUs from established players.
Although aimed at games, 7G106 has features that are wasting into the professional world.
The chip includes a Videototor capable of decoding 8K AV1 and HEVC content at 60 frames per second, and coding in both formats at 4K or 8K solutions, depending on the codec.
For output, it supports four DisplayPort 1.4 ports with display power compression and avoids HDMI completely, probably due to license costs.
Where things start to look like a real workstation product is in virtualization – 7G106 supports SR -IOV, enabling GPU to be divided into up to 16 virtual containers.
This makes it possible to share a physical GPU across several virtual machines, making it suitable for corporate and hyperscaler environments that require flexibility and parallel workload.
However, there are still big unknowns. The company has not completed the GPU’s watch, memory frequencies or power consumption yet.
Early reproductions show a design using an 8-pole PCIe Power Connector, while another chooses a 16-pole version suggesting variance in power dimensions.
Without this data, estimates of performance remain speculative despite synthetic benchmarks like 3Dmark Fire Strike and Geekbench Opencl, showing decent scores.
This attempt is ambitious, but without clear pricing, driver maturity or proven reliability, it is left to see if Lisuan Tech can translate his technical claims into the traction of the real world.
Lisuan is not the first Chinese challenger trying to take on AMD and NVIDIA -Zhaoxin struggled to scale beyond basic GPU features, Jingjia Micro’s JM9 series never got traction, and Innosilicon’s fantasy lineup couldn’t attract users of the real world despite promising specifications.
Via TechPowerup
