Loongson has shared launch targets and technical benchmarks for its first standalone graphics processor, the 9A1000. The entry level chip pairs basic graphics rendering comparable to an AMD Radeon RX 550 with 40 TOPS of artificial intelligence compute for robotics. But commercial availability is set for the first half of next year, with final pricing tied directly to memory costs.
According to details reported by IT Home from the Loongson semi annual investor briefing, company chairman Hu Weiwu outlined the dual purpose role of the hardware. The 9A1000 functions as both a display card and an AI accelerator. In domestic markets prioritizing hardware independence, the card offers a fully native option. For general PC users, broader adoption rests heavily on whether software teams can finish stable Windows graphics drivers.
On the artificial intelligence side, the silicon is designed to handle local workloads for embodied AI and automated agents. Several partners have already started building smart agent hardware around early test units. The processor supports OpenGL 4.0 and OpenGL ES 3.2 graphics interfaces while delivering enough compute power to manage complex sensor inputs in real time.
Technical benchmarks show a substantial leap over older integrated designs. The 9A1000 expands graphics pipelines by 2 times, raises core clock speeds by 25%, and lowers light load power draw by 70%. It delivers 5 times the overall performance of the older 2K3000 integrated graphics while shrinking the stream processor area by 20%. The card relies on LPDDR4 memory and supports multi GPU motherboard configurations running alongside Loongson host processors.
The company is also assembling a broader desktop hardware stack. Engineers are working to bring up a unified platform that combines the 3B6600 processor, the 7A3000 bridge chip, and the 9A1000 graphics card. Developer access will take another 3 to 6 months once silicon samples return from manufacturing. Hu also confirmed that research is underway on a 6th generation CPU core for future 7000 series processors, while dedicated engineering teams continue adapting Android and open source OpenHarmony for commercial kiosks and industrial displays.
