Xiaomi just made it official. The company’s next in-house chip is coming in 2026, and it sounds like a big deal. But here’s the twist that has the tech world talking: while rivals race to 2nm, Xiaomi may be taking a very different path.

Xiaomi President Breaks the Silence

Xiaomi Group president Lu Weibing has confirmed that the company’s next in-house XRING chip will arrive later this year. He described it as a “very strong chip” that will power a product delivering “excellent performance” in the near future.

He stopped short of naming the chip, but all signs point to the XRING O3. Internal code databases and IMEI listings have already tied the chip to a device codenamed “lhasa,” believed to be the Xiaomi 17 Fold or MIX Fold 5.

The XRING O3 is also expected to skip the “O2” naming entirely, a move that signals Xiaomi is treating this as a major generational leap, not just an incremental update.

Xiaomi XRING O3 chip 3nm architecture 2026 flagship

What the XRING O3 Brings to the Table

Leaks digging into Xiaomi’s Mi Code database have revealed some notable architectural changes. The XRING O1 used a four-cluster, 10-core design with Prime, Titanium, Big, and Little core groups. The XRING O3 is set to drop the “Big” cluster entirely and move to a cleaner three-cluster layout: Prime, Titanium, and Little cores.

Here is what the internal spec changes look like at a glance:

The jump in efficiency core speed is particularly striking. Going from 1.79 GHz to 3.02 GHz on the Little cores is not a minor tweak. It reshapes how the chip handles everyday tasks and background loads.

GPU performance is also expected to climb by roughly 25%, thanks to the higher clock speed. That addresses one of the main criticisms of the XRING O1, which lagged slightly behind rivals in graphics output.

The 3nm Question Everyone Is Asking

Here is where things get complicated. Multiple reports suggest Xiaomi will stick with TSMC’s 3nm N3P node for the XRING O3, rather than making the jump to 2nm. That puts it at a manufacturing disadvantage compared to what’s coming from Qualcomm, MediaTek, and Apple.

Apple, Qualcomm, and MediaTek are all set to launch their first 2nm chips later in 2026. The Snapdragon 8 Elite Gen 6 and MediaTek’s Dimensity 9600 are both expected on TSMC’s 2nm N2P process, promising significant performance and efficiency gains.

So why is Xiaomi staying back?

• TSMC’s 2nm capacity is reportedly dominated by Apple, which has secured more than half of initial supply
• The 2nm process costs significantly more per wafer than 3nm
• Chips like the Snapdragon 8 Elite Gen 6 are estimated to cost around $300 per unit, and only at high volumes
• Xiaomi only needs a smaller batch for its own lineup, making those economics unsustainable

In short, it may not be a technical limitation but a financial one. Building in-house chips at scale for your own products looks very different on a spreadsheet than buying millions of units from Qualcomm.

Beyond Phones: Xiaomi’s Bigger Play

The XRING O3 is not just a smartphone chip. It could end up inside Xiaomi’s electric vehicles too. Xiaomi CEO Lei Jun has stated that future in-house chips will be deployed in the company’s automotive lineup.

The long-term roadmap is ambitious. Xiaomi wants the XRING chip family to span smartphones, tablets, cars, PCs, and wearables. Think of it as building an Apple-style silicon ecosystem from the ground up.

It is worth noting that the automotive version of the chip is reportedly targeted at in-car entertainment systems rather than autonomous driving, where Xiaomi is still expected to rely on NVIDIA’s Thor platform. Even so, getting its own chip into a car is a milestone few smartphone makers have ever pulled off.

The XRING O1 already crossed the one million shipment mark, according to Lei Jun. It debuted in the Xiaomi 15S Pro and later powered the Pad 7 Ultra and Pad 7S Pro tablets, showing the company is serious about scaling its silicon across categories.

When and Where to Expect It

The XRING O3 is expected to debut with the Xiaomi 17 Fold, which carries the internal codename “lhasa” and the model number 2608BPX34C. Verified leaks point to an August 2026 launch window in China, possibly timed to Xiaomi Day on August 16.

A separate tipster has also claimed that a version of the Xiaomi 18 Ultra could carry the XRING O3, with that device expected in December 2026 and limited to the Chinese market at launch.

Global availability remains uncertain. The XRING O1 stayed China-exclusive at launch, and the O3 is expected to follow the same pattern, at least initially. Xiaomi has indicated it plans to bring its in-house silicon to global markets over time, but no timeline has been confirmed.

The XRING O3 story is about more than specs. It is about a company that refused to remain dependent on outside chip suppliers and is now building an ecosystem to match the biggest names in tech. Yes, staying on 3nm while rivals move to 2nm raises real questions about raw performance parity. But the efficiency core improvements, GPU gains, and expanded device reach tell a deeper story of a company playing the long game. Whether Xiaomi can close the process node gap by the next generation remains to be seen, but right now, the momentum behind the XRING program is undeniable. What do you think about Xiaomi’s chip strategy? Drop your opinion in the comments below.