Recently, the signing ceremony for Dongguan Kaihang Technology Co., Ltd.’s AI Computing Power Communication Components Manufacturing Headquarters Project was successfully held in Xiegang Town. This not only marks a critical leap for Kaihang Technology from technological leadership to industrial expansion but also signifies that, in a vital industrial hub of the Guangdong-Hong Kong-Macao Greater Bay Area, a “precision heart” driving the development of the global AI computing power network has begun to beat strongly.

[ Focusing on the Present ]

From “Game-Changer” to “Standard-Setter”: A Strategic Upgrade

The establishment of Kaihang’s AI Computing Power Communication Components Headquarters is not merely a simple capacity expansion but a strategic expansion of its footprint based on robust technological strength.

Kaihang Technology has successfully broken through the core optical communication technology monopolized by foreign countries for over two decades—the R&D and manufacturing of high-precision MT ferrule/MPO connectors. It has obtained over twenty national patents and has been certified as a National High-Tech Enterprise and a Guangdong Provincial Specialized, Refined, Distinctive, and Innovative Enterprise. Today, Kaihang has not only achieved 100% domestic substitution for key optical connector components but has also brought precision and loss to internationally leading levels, becoming a core supplier supporting global high-end optical connectivity demands.

Kaihang Technology’s current site is located at the Country Garden Intelligent Manufacturing Center in Xiegang Town, Dongguan, which served as an excellent incubator for the company’s rapid early-stage development. However, the capacity increased through multiple rounds of expansion still struggles to match its high-speed growth engine. The company has now entered a new phase requiring its own, large-scale, customized industrial base to support its global strategy. The AI Computing Power Communication Components Manufacturing Headquarters Project is precisely the strategic choice to break free from the physical limitations of the current site and achieve a multiplicative increase in production capacity.

[ Decoding the Location ]

Choosing Xiegang: Anchoring the Greater Bay Area’s “Efficiency Hub”

The signed Kaihang AI Computing Power Communication Components Manufacturing Headquarters Project has a total investment of 450 million RMB and is located in a core industrial area of Xiegang Town, Dongguan, covering approximately 56 mu of land. Upon completion, the project will focus on the R&D and production of MPO connectors and supporting communication components while concurrently developing self-produced precision parts, forming a modern industrial base integrating R&D, production, and supporting services.

Strategically locating the future-focused AI Computing Power Communication Components Manufacturing Headquarters in Dongguan is a deliberate and precise decision. Dongguan is situated in the core area of the Pearl River Delta region, serving as a golden corridor connecting Hong Kong, Guangzhou, Shenzhen, and Huizhou:

• It boasts the advantages of a core rail hub in the Greater Bay Area, with multiple main lines such as the Beijing-Kowloon Railway, Guangzhou-Shenzhen Railway, and Ganzhou-Shenzhen High-Speed Railway converging, enabling access to the core urban areas of Guangzhou, Shenzhen, Hong Kong, Macao, and Foshan within 1.5 hours.
• It is encircled by four major international airports, reaching Guangzhou Baiyun International Airport, Shenzhen Bao'an International Airport, Hong Kong International Airport, and Macau International Airport within 2 hours.

This robust infrastructure not only opens high-speed channels for high-end talent exchange but also precisely connects Kaihang Technology with global AI computing power centers through efficient logistics networks.

Xiegang Town, Dongguan, is home to Dongguan’s key strategic platform—the Yinping Cooperation and Innovation Zone—and has formed an industrial cluster centered around leading enterprises such as BYD and China Huaneng, with an increasingly mature industrial ecosystem. Choosing Xiegang means integrating into the first-class innovation industrial chain of the Greater Bay Area and embracing efficient resource allocation.

[ Looking to the Future ]

Building a Globally Leading Intelligent Manufacturing Base

According to the plan, the Kaihang AI Computing Power Communication Components Manufacturing Headquarters will be developed into a modern industrial benchmark integrating high-end R&D, precision manufacturing, and global operations. The project aims to significantly enhance the production capacity and delivery capabilities of high-end MPO connectors, consolidating and expanding its market share in global data centers and computing power networks.

Simultaneously, the Kaihang AI Computing Power Communication Components Manufacturing Headquarters will adhere to a “people-oriented” philosophy, providing tangible benefits for employees:

• Excellent Working Environment: More spacious and bright office and production spaces, ample lighting, excellent ventilation, and noise-reduction designs will significantly enhance workplace comfort and health safeguards.
• Comprehensive Lifestyle Amenities: The headquarters will be capable of planning supporting facilities such as employee canteens, convenience stores, fitness areas, and dormitories, addressing core living needs in a one-stop manner and greatly enhancing a sense of belonging and well-being.
• Broad Development Platform: The headquarters will integrate advanced R&D centers and laboratory facilities, offering employees international perspectives and top-tier platforms to help them achieve higher and farther career development.

The blueprint for the Kaihang AI Computing Power Communication Components Manufacturing Headquarters is becoming a reality, and a new landscape of precision, efficiency, and global connectivity is gradually unfolding. Here, Kaihang Technology anchors its future, driving the speed of light for computing power with micron-level precision.