MPO (Multi-fiber Push-on) fiber optic patch cords utilize a high-precision rectangular ferrule design, with a standard configuration of 12 or 24 fiber arrays, supporting single-row or double-row layouts. The ferrule size is 6.4 × 2.5 mm, and it uses a metal guide pin alignment system to ensure precise multi-fiber connection. Featuring a quick plug-and-play snap-in structure, the typical insertion loss is ≤0.5dB, and the return loss can reach up to -65dB for APC type and up to -55dB for UPC type.
In today's rapidly developing information age, the speed and stability of data transmission are crucial. MPO|MTP fiber optic patch cords, as high-performance fiber optic connectors, play a vital role in areas such as AI intelligent computing centers.
In AI intelligent computing centers, extremely high data transmission rates are required. MPO fiber optic patch cords are crucial for direct connections between QSFP56 200G optical modules, OSFP 800G to OSFP 400G modules, and for branch connections between OSFP 800G and QSFP112 200G optical modules. They ensure stable, high-speed data transmission between various optical module specifications, enabling the efficient operation of the computing center. For example, in large-scale parallel data processing, MPO cables can quickly handle massive data transfers, enhancing smooth collaboration between computing devices.
High-Density Integration: MPO|MTP fiber optic patch cords utilize a unique multi-fiber design, integrating up to 8 or 16 or 12 or 24 fibers within a compact connector. This high-density feature optimizes cabling space, making it particularly suitable for space-constrained and equipment-dense environments such as data centers, thereby improving connection efficiency.
Excellent transmission performance: Thanks to precise manufacturing processes, MPO cables exhibit extremely low insertion loss and return loss. They ensure stable signal transmission, reducing attenuation and interference, and maintaining data integrity even in ultra-high-speed transmissions such as 100G, 400G, or 800G.
High stability and reliability: These MPO cables are manufactured using high-precision molds, ensuring precise ferrule-to-fiber alignment and consistent performance with every connection. Durable housing materials and robust mechanical properties allow them to operate reliably in challenging environments, such as those with significant temperature or humidity variations, thus reducing long-term maintenance costs.
Compatibility: MPO fiber optic patch cords are compatible with a variety of optical modules and devices, including QSFP56 200G and OSFP 800G modules, as well as single-mode and multi-mode fibers. This versatility makes them an ideal choice for building diverse optical communication networks.
Easy to install and maintain: The plug-and-play design simplifies installation, requiring no special tools or advanced skills. Furthermore, disassembly and replacement during subsequent maintenance are also straightforward, reducing operational complexity and time costs.
Data Centers: MPO patch cords are primarily used in data centers to cope with the explosive growth of data. They enable high-speed interconnection between servers, storage devices, and network equipment, improving the overall performance and efficiency of data centers.
Cloud Computing: In cloud environments, MPO fiber patch cords facilitate high-speed data transmission between cloud servers and storage devices, ensuring fast response times and stable operation of cloud computing services.
Cloud Computing: In cloud environments, MPO fiber cables facilitate high-speed data transmission between cloud servers and storage devices, ensuring fast response times and stable operation of cloud computing services.
5G Communication Networks: With the increasing demands for speed and bandwidth in 5G networks, MPO|MPT fiber optic cables are used for interconnection within 5G base stations and between base stations and the core network, ensuring low-latency, high-speed data transmission and providing users with high-quality communication services.
AI Intelligent Computing Center: As mentioned earlier, MPO fiber patch cord cables connect various optical modules within the AI computing center, supporting the high-speed data transmission required for massive data processing such as AI algorithm training and model inference.
MPO|MPT fiber optic patch cords, with their core advantages of high density, low loss, and easy scalability, have become a critical transmission component in AI intelligent computing systems. A single connector can integrate 12/24/48 fiber cores, significantly improving cabinet wiring space utilization and efficiently solving the wiring congestion problem of tens of thousands of high-speed links in GPU clusters and large-scale model training scenarios. At the same time, MPO fiber patch cords utilize a precision MT ferrule design, controlling insertion loss to within 0.5dB, perfectly adapting to 400G/800G and even 1.6T high-speed optical modules and CPO co-packaged optical architectures, ensuring low-latency, high-fidelity signal transmission during large-scale parameter synchronization. Furthermore, it supports smooth bandwidth upgrades without the need for rewiring, and is compatible with OM4/OM5 multimode and G652D single-mode fibers, meeting both the inter-cabinet interconnection needs of data center leaf-spine architectures and the short-distance transmission scenarios of edge AI inference nodes, helping AI computing clusters achieve stable and efficient 24/7 uninterrupted operation. Please contact us at Email sales@unitekfiber.com if you have any inquiry or need any need.
