Loongson Technology has sketched out a familiar kind of ambition: build enough domestic silicon to cover mainstream PCs, then chip away at foreign dependence one product cycle at a time. Its next CPU, the 3B6600, and its 9A1000 graphics processor are both headed toward a 2027 launch, with performance pitched against hardware that is old by fast-moving PC standards but still useful for office machines and basic media work.
The timing is the real story here. While Intel, AMD, and Nvidia keep stretching the top end of the market, Loongson is aiming lower and more realistically: a processor level comparable to Intel’s 12th generation and a GPU in the class of the Radeon RX 550. That is not going to thrill gamers, but it can matter in China, where supply-chain independence and software compatibility are often more valuable than headline benchmark bragging rights.
3B6600 CPU targets mainstream PCs
The 3B6600 is being developed for desktop and mobile PCs and will use LA864 cores with integrated LG200 graphics. Loongson says an eight-core version could deliver 60-80 SPEC 2006 points in single-threaded testing, with around 30% better performance than the 3A6000 at the same clocks. If that sounds modest, it is – but in a market where steady progress is often more useful than big claims, it is at least a coherent road map.
According to the company’s schedule, the chip should enter trial production in the third quarter of 2026, with engineering samples expected in the second half of 2026 and a full launch set for 2027.
9A1000 graphics stays close to older Radeon territory
The 9A1000 is even more conservative. Loongson pegs it at roughly Radeon RX 550 performance, which places it firmly in entry-level graphics territory rather than anything resembling a modern gaming card. But the company is clearly betting that support matters as much as speed: the GPU is meant for multimedia workloads, supports OpenGL 4.0 and OpenGL ES 3.2, and is said to reach up to 40 TOPS for AI tasks.
- Performance target: around Radeon RX 550
- API support: OpenGL 4.0 and OpenGL ES 3.2
- AI compute: up to 40 TOPS
- Efficiency: 20% smaller and 70% more power efficient than earlier designs
Loongson also says the 9A1000 will get Windows-compatible drivers, which is the sort of detail that sounds small until you remember how much hardware lives or dies on software support. The company appears to know this game: raw specs can be secondary if the machine boots, runs familiar apps, and avoids the sort of driver drama that makes IT departments reach for aspirin.
Loongson is already lining up the next chips
Even before the 3B6600 and 9A1000 arrive, Loongson is moving on to 9A2000 and 9A3000 graphics. The higher end of those is expected to move to a process below 10 nm, while the company is also exploring DRAM and even a wider push into the Android ecosystem using open platforms and systems such as HarmonyOS.
That is a broad bet, and broad bets usually mean one thing: Loongson is not trying to beat Nvidia or AMD at their own race just yet. The more likely outcome is a slow build of domestic capability, first in government, education, and enterprise machines, then in cheaper consumer systems if the software stack keeps improving. The open question is whether that steady, unglamorous progress can move fast enough to matter outside its home market.