Xiaomi plans a next-gen smartphone chip but won’t release yearly like Apple. Learn about XRing 01, HyperOS, and Xiaomi’s chip strategy
Xiaomi’s XRing 01 and Chip Plans
- Launched in 2024, the XRing 01 is Xiaomi’s first in-house SoC.
- Built on a 3nm manufacturing process, making it highly advanced.
- Xiaomi plans to invest 50 billion yuan ($7B) over 10 years for chip development.
- Focus on fewer, higher-quality releases rather than yearly updates.
Also Read –OnePlus 15 Breakthrough: Ditches Hasselblad Cameras for New DetailMax Engine
Why Xiaomi Isn’t Copying Apple
- Apple releases a new A-series SoC every year (latest: A19 in iPhone 17).
- Xiaomi’s VP Xu Fei explained the company needs to:
- Learn from early releases
- Ensure performance is solid
- Reach 10 million units per chip to break even
- Initial XRing 01 shipments: 1 million units
- Profitability may take up to 10 years.
Why Xiaomi Is Designing Its Own Chips
- An SoC acts as the brain of a smartphone.
- In-house chips improve hardware-software integration, enhancing performance.
- Powers Xiaomi’s HyperOS and HyperAI apps efficiently.
- Builds vertical expertise for ecosystem control, similar to Apple and Google.
Expanding Beyond Smartphones
- Xiaomi sells smartwatches, appliances, EVs, and other electronics.
- In-house chip expertise can help improve performance and efficiency across the ecosystem.
- Custom chips strengthen HyperOS + HyperAI integration.
Relationship With Qualcomm & MediaTek
- Xiaomi continues using Qualcomm and MediaTek chips for many devices.
- Only select devices will feature Xiaomi’s own SoCs.
- Xu reassured partners: “Don’t be too worried at all.”
Bottom Line
Xiaomi is strategically building its own SoC business:
- Focus on long-term gains over yearly releases
- Prioritize quality, performance, and ecosystem integration
- Plan to scale production gradually until profitable
Xiaomi is playing the long game, potentially reshaping the global smartphone and semiconductor market over the next decade.
FAQ Section (English)
Q1. What is Xiaomi’s next-gen chip?
Xiaomi’s next-gen chip is a custom-made system-on-chip (SoC) for smartphones, designed to improve performance and integrate with HyperOS and HyperAI.
Q2. How is Xiaomi’s chip plan different from Apple?
Apple releases a new A-series chip every year. Xiaomi will take a long-term approach, releasing fewer chips with higher quality.
Q3. What is XRing 01?
XRing 01 is Xiaomi’s first in-house SoC, built on a 3nm process, launched in 2024.
Q4. Why is Xiaomi designing its own chips?
To gain better hardware-software integration, improve device performance, and strengthen the HyperOS + HyperAI ecosystem.
Q5. Will Xiaomi stop using Qualcomm or MediaTek?
No. Xiaomi will continue using Qualcomm and MediaTek chips while gradually introducing its own SoCs in select devices.
Q6. How long until Xiaomi’s chip business is profitable?
According to VP Xu Fei, it may take up to 10 years to break even due to the scale of production required.
Featured Snippet (more short info)
Xiaomi is developing a next-gen smartphone chip, the XRing 01, built on a 3nm process. Unlike Apple’s yearly A-series updates, Xiaomi will release chips more strategically, focusing on quality and long-term ROI. The custom SoC will power Xiaomi’s HyperOS and HyperAI ecosystem while gradually scaling production to profitability.
Xiaomi is planning a next-gen smartphone chip, XRing 01, on a 3nm process. Unlike Apple’s yearly chip cycle, Xiaomi focuses on fewer, high-quality releases, powering its HyperOS and HyperAI ecosystem while aiming for long-term profitability.
Xiaomi’s next-gen chip strategy differs from Apple: no yearly updates. The XRing 01 SoC is designed for HyperOS and HyperAI, offering better hardware-software integration and a future-ready ecosystem, with production scaling gradually over time
The XRing 01, Xiaomi’s first in-house SoC, brings high-end performance to smartphones. Xiaomi invests billions over 10 years, focusing on quality, ecosystem integration, and long-term returns, rather than releasing new chips every year like Apple.