Title: Does Kirin 659 Support AI?
The Kirin 659 is a mid-range processor developed by Huawei’s semiconductor subsidiary, HiSilicon. Launched in late 2017, the Kirin 659 has been a popular choice for smartphones in its class due to its balance of performance and power efficiency. However, there has been uncertainty about whether this chipset supports AI capabilities.
Artificial intelligence (AI) has become a key feature in modern smartphones, providing users with advanced capabilities such as intelligent photography, voice recognition, and augmented reality. As the demand for AI-powered smartphones grows, consumers are increasingly interested in whether their device’s processor is capable of supporting AI technologies.
The Kirin 659 is equipped with the ARM Cortex-A53 octa-core CPU, Mali-T830 MP2 GPU, and a dedicated Kirin ISP (Image Signal Processor). While these components provide the necessary foundation for AI functionality, the chipset’s AI capabilities are mostly derived from software optimization and the use of AI features in conjunction with the underlying hardware.
Huawei has incorporated AI features into its devices through the use of its Neural Processing Unit (NPU) found in higher-end chipsets like the Kirin 970. The NPU is a specialized processor designed to handle AI workloads more efficiently than traditional CPUs or GPUs. However, the Kirin 659 does not have a dedicated NPU, which has led to speculation about its AI capabilities.
Despite the absence of a dedicated NPU, Huawei has implemented AI features into the Kirin 659 through its software and firmware optimizations. The chipset utilizes technologies such as machine learning and neural network processing to enhance tasks such as camera performance, power management, and system optimizations.
In practical terms, the Kirin 659 can support certain AI features, but its performance may not be as advanced or efficient as chipsets with dedicated AI processors. Users may still experience AI-related functionalities in their smartphones powered by the Kirin 659, albeit with some limitations compared to higher-end processors.
Overall, the Kirin 659 does offer some level of AI support, but it should be recognized that its capabilities are more limited compared to chipsets with dedicated NPUs. As the demand for AI in smartphones continues to expand, it is likely that future iterations of Huawei’s mid-range chipsets will incorporate more advanced AI processing capabilities to meet the evolving needs of consumers.
In conclusion, while the Kirin 659 does have AI support through software optimizations, it lacks a dedicated NPU for handling AI workloads at a higher efficiency. As technology continues to progress, it’s expected that Huawei will enhance the AI capabilities of its mid-range chipsets to align with the industry’s evolving standards and consumer demands.
