On November 5, the first HarmonyOS desktop PC, the Huawei Qingyun HM650 series, was officially released.
The Huawei Qingyun HM650 series features 100% domestically sourced components. Its Kirin X90 chip and HarmonyOS V1.0 operating system have both passed the Security and Reliability Level II assessment.
In terms of performance, the Huawei Qingyun HM650 series is equipped with the self-developed Kirin X90 chip, featuring a 10-core, 20-thread design, combined with underlying optimizations from the Ark Engine and a dual-sided cooling architecture.
According to official data, the device can open 1GB files in seconds and extract a 2.5GB compressed archive in approximately 3 seconds.
For multi-tasking concurrency scenarios, the product's Hyperspace Memory technology increases the number of concurrently opened large files by 40%, reducing redundant loading during multi-application switching.
In terms of application ecosystem, there are currently over 21,000 HarmonyOS PC applications, covering general office work, design creation, development programming, and more. In addition to daily-use apps like WPS, WeCom, DingTalk, and Feishu, the Huawei Qingyun HM650 series also supports professional software such as ZWCAD, GstarCAD, and ZW3D, meeting business needs for 2D engineering drafting and 3D modeling.
The Huawei Qingyun HM650 series comes with the new Xiaoyi Agent. Xiaoyi Work covers tasks such as data organization, document processing, PPT creation, and data analysis, directly delivering usable documents in Word, PPT, Excel, and other formats. Furthermore, the system supports adaptation for mainstream agent applications like WorkBuddy, Qwen Office, and Doubao.
Additionally, the Huawei Qingyun HM650 series relies on the HarmonyOS Star Shield Security 2.0 architecture, which establishes multi-layered protection covering hardware, system, and applications: chip-level full-disk encryption safeguards locally stored content, while system-level privacy protection manages application file access permissions.
For AI agents, the system manages their operational behavior through security sandboxes and granular authorization mechanisms. For example, when an agent performs actions like deleting files, user confirmation is required first.