Xiaomi is making a serious push into custom smartphone chips, and the XRING 01 is only the beginning. The company’s first major in-house mobile processor has already shipped one million units, a milestone that signals Xiaomi’s long-term ambition to compete more directly with major chipset players such as Qualcomm and MediaTek.
While one million shipments may seem small compared with the massive volumes handled by established chipmakers, it is still an important first step. Building a competitive mobile chipset business takes years of research, engineering, testing, and supply chain development. Xiaomi appears ready for that long journey.
Over the next five years, Xiaomi is expected to invest around 200 billion yuan, or roughly $28 billion, into research and development. Not all of that money will go directly into smartphone processors, but even a portion of that budget could significantly accelerate Xiaomi’s custom silicon plans.
The company has already spent heavily on future-focused technologies. Over the past five years, Xiaomi invested about 105.5 billion yuan, approximately $14.77 billion, across several major areas, including electric vehicles, custom chips, large language models, smart home appliances, and other advanced technologies. That investment helped generate around $64.02 billion in revenue, showing that Xiaomi’s broader technology strategy is already producing strong results.
The XRING 01 has now given Xiaomi a foundation in the custom chip market. The next major step is expected to be the XRING 03, which is planned for release later this year. According to Xiaomi Group President Lu Weibing, the upcoming processor will continue the company’s in-house silicon roadmap and help strengthen its position in the mobile hardware space.
However, Xiaomi is not expected to move immediately to the most advanced 2nm manufacturing process. Instead, the XRING 03 will reportedly use TSMC’s 3nm N3P process. While that means Xiaomi may not lead the industry in cutting-edge chip fabrication, the decision makes sense from a cost and production standpoint.
Developing a smartphone chip is extremely expensive. The process includes design, simulation, prototyping, tape-out, testing, and mass production. For a company still growing its custom chipset business, using a mature and efficient 3nm process could help control costs while still delivering strong performance and power efficiency.
Xiaomi’s current chip shipment volume also does not yet justify the high costs associated with the newest manufacturing technology. Rather than racing to adopt 2nm immediately, Xiaomi appears to be taking a more practical approach: build experience, improve each generation, and scale gradually.
The XRING 03 will likely continue using ARM-based CPU and GPU designs. This is a common strategy for companies developing early custom mobile processors, as it reduces complexity and allows engineers to focus on optimization, integration, power efficiency, and device-level performance.
In the future, Xiaomi could move toward developing fully custom CPU cores, similar to what Qualcomm has done with its Oryon architecture. However, creating custom cores from scratch is a major challenge. It requires deep engineering expertise, long development cycles, and significant financial resources. That kind of transition may still be several years away.
For now, Xiaomi’s goal is clear: establish a reliable custom chip platform and expand it over multiple generations. If the company continues investing at this scale, future XRING processors could become a key part of Xiaomi’s smartphones, tablets, smart devices, and broader connected ecosystem.
The XRING 01 may be a modest start, but it represents something much bigger. Xiaomi is no longer just relying on outside chip suppliers for its premium mobile ambitions. With billions of dollars in R&D funding, growing technical experience, and a long-term strategy, Xiaomi is positioning itself as a serious future force in custom smartphone silicon.
