Source：Nokoxin2026/09/01
Driven by the explosive growth of global digital business and the deep penetration of AI technology, data centers are accelerating their evolution toward 400G and even 800G ultra-high-speed architectures. As a professional supplier in the field of high-speed optical communication connectivity, our company, with our premium high-end MPO patch cord products, is working with industry leaders to provide highly reliable, low-loss key connectivity solutions for AI computing networks.
At the high-profile China International Optoelectronic Exposition (CIOE 2025), 400G, 800G and 1.6T optical transceiver modules made their collective debut, marking that the explosion of AI computing power is pushing the optical communication industry into a brand-new high-growth cycle. Keeping pace with industry frontiers, our company uses high-quality MPO patch cords to lay a solid physical connectivity foundation for data centers, cloud computing and artificial intelligence scenarios.
With the rapid development of applications such as smart cities, autonomous driving and ultra-high-definition video, regional computing power collaboration and bandwidth pressure in hot spots have surged sharply, and the demand for 800G bearing capacity has fully emerged. According to Lightcounting's forecast, the Ethernet optical module market will grow at an annual rate of 30%–35% from 2025 to 2026, and the surging demand for optical interconnection will support the market’s continuous expansion until 2030. This historic opportunity provides broad growth space for our company's high-end MPO patch cord products.
Our company has established in-depth strategic cooperative relations with multiple leading optical module manufacturers and equipment suppliers to jointly promote the commercial implementation of high-speed optical communication technologies. At present, our MPO patch cords have been successfully adopted in multiple 400G/800G optical module solutions, ensuring the stability of high-speed data transmission while delivering perfect compatibility with equipment on various platforms. We are not only a product supplier, but also a builder of the industrial ecosystem, working with partners to advance the large-scale application of innovative technologies.
In response to the stringent requirements of high-speed transmission, our MPO patch cords have achieved comprehensive breakthroughs in core indicators:
· Ultimate optical performance: adopting precision ceramic ferrules and advanced polishing processes, the insertion loss is stably below 0.3dB and the return loss is better than 60dB, ensuring the integrity of signal transmission.
· Full-rate adaptation: supporting multiple configurations such as 12-core, 16-core, 24-core and 32-core, perfectly matching the multi-fiber parallel requirements of 400G/800G optical modules.
· 100% quality control assurance: each patch cord undergoes 100% optical performance testing to ensure product consistency and greatly reduce system failure risks.
To meet diverse application needs, our MPO patch cords continue to innovate in structural design:
· Bend-resistant specialty optical fiber: greatly improves cabling flexibility, enables easy installation even in narrow spaces, and effectively avoids signal attenuation caused by bending.
· UL94 V-0 flame-retardant jacket: meets the highest fire safety standards for data centers and provides all-weather safety protection for critical infrastructure.
· Flexible polarity management: provides multiple MPO/MTP® connector types and complete polarity management solutions, simplifies installation and maintenance processes, and significantly reduces total cost of ownership (TCO).
Our high-end MPO patch cords have been applied on a large scale in multiple core fields:
· Data Center Interconnection (DCI): provides key connectivity for 400G/800G optical modules and supports high-speed data exchange for cloud computing and big data.
· AI computing centers: provides high-density, high-performance fiber connectivity for GPU clusters and AI training platforms, ensuring ultra-fast data throughput for artificial intelligence workloads.
· Telecom network upgrade: provides highly reliable optical connections for 5G fronthaul, midhaul and backhaul networks, helping mobile networks evolve toward higher bandwidth and lower latency.
We have established industry-leading fully automated production lines and a three-tier testing process (raw material inspection, in-line testing, final inspection) to ensure controllable quality throughout the entire process from source to finished product. Meanwhile, long-term reliability tests simulating harsh environments such as temperature cycling, vibration and damp heat verify the performance stability of products under extreme conditions. At present, our products have been operating stably in multiple large domestic data centers and core computing power areas, winning high recognition from customers.
Looking ahead, our company will continue to deepen cooperation with leading industry enterprises, continuously optimize the performance of high-end MPO patch cord products, provide better connectivity solutions for 400G/800G and higher-rate optical communication systems, and work with industry colleagues to lay a solid high-speed and reliable connectivity foundation for the digital economy era.
