Huawei announces Kirin 970 smartphone chipset bound for the upcoming Mate 10, with a dedicated neural processing unit
Huawei's Kirin 970 smartphone chipset features mobile artificial intelligence with a dedicated neural processing unit, an 8-core CPU, and a 12-core GPU, along with 5.5 million transistors.
Context & Ripple Effects
The Kirin 970 marks Huawei’s move to treat AI processing as a distinct handset-computing function, rather than relying only on its CPU and GPU. That design was immediately carried into the Mate 10 and Mate 10 Pro launch, making the chip a product-level differentiator rather than a component-only announcement.
Huawei subsequently advanced the Kirin line with the 7nm Kirin 980 and, much later, the Kirin 9030, which TechInsights characterized as China’s most advanced chip to date. The arc makes the 970 an early point in Huawei’s long-running effort to control more of the phone’s compute stack.
First-order effects
- Huawei gives the upcoming Mate 10 a dedicated neural-processing unit alongside its eight-core CPU and 12-core GPU, expanding the hardware functions its flagship can assign to specialized silicon.
- The Kirin 970 makes Huawei’s in-house chipset central to the Mate 10’s positioning, tying handset differentiation more directly to Huawei’s silicon roadmap.
Second-order effects
- Huawei’s subsequent Kirin releases raise the importance of repeated process, CPU, GPU, modem and memory upgrades, as shown by the Kirin 980’s broader platform update, rather than treating the neural unit as a one-off feature.
- Buyers of Huawei flagships face a more integrated proposition: the handset’s AI-oriented capabilities are coupled to the Kirin chip used in the device, strengthening Huawei’s control over the product stack.
Third-order effects
- The Kirin sequence points to smartphone competition shifting toward heterogeneous compute—CPU, GPU and dedicated AI hardware working as a system—rather than processor specifications in isolation.
- Huawei’s later effort to rebuild its chip business after US restrictions, alongside the Kirin 9030’s reported SMIC-made 7nm production, shows how proprietary handset silicon can become part of a wider technology-supply-chain strategy.
The trend: Smartphone makers are increasingly using specialized on-device AI silicon and vertically integrated chip roadmaps to differentiate their devices and reduce reliance on generic compute designs.