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Xiaomi Registers Multiple Xuanjie Series Trademarks, Accelerating In-House Chip Development

📅 · 📁 Industry · 👁 12 views · ⏱️ 4 min read
💡 Xiaomi Technology has registered multiple trademarks including "Xuanjie," "Xiaomi Xuanjie," and "XRING O1." Beijing Xuanjie Technology Co., Ltd. has also filed a copyright for a chip visual design, signaling a clear acceleration in the commercialization of its in-house chip program.

Xiaomi's latest moves in the in-house chip development space have once again drawn significant industry attention. According to the Aiqicha business database, Xiaomi Technology Co., Ltd. has successfully registered multiple trademarks related to "Xuanjie," spanning a wide range of categories and suggesting the brand could play a key role across multiple product lines in the future.

Trademark Filings Cover Multiple Categories

Public records show that Xiaomi Technology Co., Ltd. has registered trademarks including "Xuanjie," "Xiaomi Xuanjie," and "XRING O1," with international classifications covering pharmaceuticals, musical instruments, carpets and mats, and numerous other categories. This broad, multi-category trademark registration strategy is a common defensive measure employed by tech companies ahead of a core brand launch, aimed at securing naming rights across various fields and preventing trademark squatting by third parties.

Notably, Beijing Xuanjie Technology Co., Ltd. has also registered the copyright for a work titled "Xiaomi XRING O1 Chip Visual Design," categorized under fine arts. This further indicates that "XRING O1" is very likely an upcoming in-house chip product from Xiaomi, with its visual design scheme already largely finalized.

Xiaomi's Long Road in In-House Chip Development

Xiaomi's exploration in proprietary chip development dates back to the launch of its "Surge S1" mobile processor in 2017. However, due to the high barriers and enormous investment required for chip R&D, the Surge series subsequently went through a prolonged period of dormancy. In recent years, Xiaomi has adjusted its chip strategy, shifting from full in-house SoC development to focusing on specialized function chips. The company has successively launched products such as the Surge C1 imaging chip and the Surge G1 battery management chip, gradually building up its technical expertise.

The emergence of the "Xuanjie" brand marks what could be an entirely new phase in Xiaomi's in-house chip journey. From a naming perspective, "Xuanjie" is clearly distinct from the previous "Surge" series, potentially indicating differences in positioning, application scenarios, or technical approach. Meanwhile, the English name "XRING," which contains the word "Ring," has sparked speculation about possible applications in smart wearable devices such as smart rings.

In-House Chip Development Becomes Industry Consensus

In-house chip development has become a strategic consensus among China's leading tech companies. Huawei has built formidable product competitiveness through its Kirin chip lineup, and while OPPO disbanded its ZEKU chip team, the experience provided valuable lessons for the industry. Driven by the AI wave, the importance of on-device AI chips has become increasingly prominent. Having in-house chip capabilities means companies can gain greater initiative in software-hardware co-optimization for AI features.

Xiaomi's intensive registration of "Xuanjie" series trademarks and completion of chip visual design copyright filings sends a clear signal — the official debut of its in-house chip product may not be far off.

Future Outlook

Considering Xiaomi's comprehensive presence across smartphones, smart electric vehicles, and the IoT ecosystem, the application prospects for "Xuanjie" chips are highly promising. Whether addressing AI processing capabilities for mobile terminals or low-power computing needs for smart wearables, in-house chips will serve as a core weapon for Xiaomi in building differentiated competitive advantages. The specific specifications, application scenarios, and launch timeline of these chips warrant continued attention.