2025/04
From MPO to CPO: The Future of Optical Connectivity in Data Centers
As Co-Packaged Optics (CPO) emerge, MPO connectors remain vital in bridging chips to fiber networks. Despite evolving architectures, MPO’s density and flexibility keep it relevant in early CPO systems, hybrid setups, and next-gen optical interconnects for high-speed data centers.
2025/03
AI Data Centers Driving Demand for MPO Interconnects
AI clusters require ultra-fast GPU interconnects, driving adoption of MPO cabling in high-performance computing. With support for parallel optics and large-scale fiber counts, MPO ensures low-latency, high-bandwidth connectivity vital for training large AI models and powering next-gen artificial intelligence workloads.
2025/02
The Rise of MPO Connectivity in 800G Data Centers
As data centers transition to 800G networks, MPO connectors enable high-density, high-speed optical connections. Their compact design and parallel transmission capability reduce cabling complexity, enhance airflow, and simplify scalability—making MPO an essential solution for modern, high-performance network infrastructure.
2025/10
The Evolution of Optical Communication and Breakthroughs in Hollow-Core Fiber (DNANF) Technology
Discover how Double Nested Anti-Resonant Nodeless Fiber (DNANF) redefines optical communication with record-low 0.091 dB/km loss, ultra-wide bandwidth (66 THz), and superior dispersion control—paving the way for faster, low-loss data transmission and next-generation telecommunication networks.
2025/10
The Advantages of Plastic Fiber Optic Cable: The Future of Connectivity
Plastic fiber optic cables are significantly more affordable compared to their glass counterparts.
2025-04
From MPO to CPO: The Future of Optical Connectivity in Data Centers
As Co-Packaged Optics (CPO) emerge, MPO connectors remain vital in bridging chips to fiber networks. Despite evolving architectures, MPO’s density and flexibility keep it relevant in early CPO systems, hybrid setups, and next-gen optical interconnects for high-speed data centers.
2025-03
AI Data Centers Driving Demand for MPO Interconnects
AI clusters require ultra-fast GPU interconnects, driving adoption of MPO cabling in high-performance computing. With support for parallel optics and large-scale fiber counts, MPO ensures low-latency, high-bandwidth connectivity vital for training large AI models and powering next-gen artificial intelligence workloads.
2025-02
The Rise of MPO Connectivity in 800G Data Centers
As data centers transition to 800G networks, MPO connectors enable high-density, high-speed optical connections. Their compact design and parallel transmission capability reduce cabling complexity, enhance airflow, and simplify scalability—making MPO an essential solution for modern, high-performance network infrastructure.
2025-10
The Evolution of Optical Communication and Breakthroughs in Hollow-Core Fiber (DNANF) Technology
Discover how Double Nested Anti-Resonant Nodeless Fiber (DNANF) redefines optical communication with record-low 0.091 dB/km loss, ultra-wide bandwidth (66 THz), and superior dispersion control—paving the way for faster, low-loss data transmission and next-generation telecommunication networks.
2025-10
The Advantages of Plastic Fiber Optic Cable: The Future of Connectivity
Plastic fiber optic cables are significantly more affordable compared to their glass counterparts.
