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Solutions

  • QSFP-DD 800G

    QSFP-DD 800G enables ultra-high-speed, low-latency networking for NVIDIA AI systems, connecting GPUs, DPUs, and switches in scalable, energy-efficient data center fabrics.

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  • QSFP-DD 400G

    QSFP-DD 400G enables scalable, high-throughput networking for NVIDIA AI systems—ideal for GPU clusters, BlueField DPUs, and Ethernet-based AI data center architectures.

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  • QSFP56 200G

    QSFP56 200G delivers efficient, high-speed connectivity for NVIDIA AI systems—ideal for GPU servers, BlueField DPUs, and scalable Ethernet fabrics in AI data centers.

    To Know More 

METRO NETWORK

  • Medium-distance high-capacity transport
  • Low latency, multi-wavelength, easily scalable
  • Suitable for urban backbones, metro optical rings, enterprise private networks

LONG-HAUL TRANSMISSION

  • Ultra-long-distance transmission with DWDM + optical amplification
  • High-capacity per wavelength (100G–400G) with tunable capability
  • Ideal for national backbones and subsea cable repeater segments

DATA CENTER

  • Plug-and-play deployment without external transponders
  • Low power consumption and high density for rack integration
  • Common in hyperscale cloud interconnects (AWS, Google, Azure) and ISP backbone backup links

AI Fabric / HPC Backbone

  • Extremely high bandwidth interconnect for GPU clusters
  • Supports CPO or distributed optical architectures
  • Can integrate with InfiniBand or high-speed Ethernet fabrics for AI model training and HPC workloads

Articals

  • 1.6T OSFP Close Top Passive DAC Twinax Cable | ...

    OptechTW

    Optech 1.6T OSFP Close Top Passive Direct Attach Copper (DAC) Twinax Cable As AI clusters and next-gen Ethernet/InfiniBand fabrics move toward 1.6T, customers need short-reach interconnects that are low latency,...

    1.6T OSFP Close Top Passive DAC Twinax Cable | ...

    OptechTW

    Optech 1.6T OSFP Close Top Passive Direct Attach Copper (DAC) Twinax Cable As AI clusters and next-gen Ethernet/InfiniBand fabrics move toward 1.6T, customers need short-reach interconnects that are low latency,...

  • Optech 1.6T DR8 OSFP (MMS4A00-XM): Features, Ad...

    OptechTW

    Optech 1.6T DR8 OSFP (MMS4A00-XM): Features, Advantages, and Use Cases As AI clusters move toward larger GPU counts and higher east-west bandwidth, 1.6T optics are becoming a practical next step...

    Optech 1.6T DR8 OSFP (MMS4A00-XM): Features, Ad...

    OptechTW

    Optech 1.6T DR8 OSFP (MMS4A00-XM): Features, Advantages, and Use Cases As AI clusters move toward larger GPU counts and higher east-west bandwidth, 1.6T optics are becoming a practical next step...

  • 🧑💻 Optech 1.6T FR8 Transceiver MMS4A50‑XM: High...

    OptechTW

    🧑💻 Optech 1.6T FR8 Transceiver MMS4A50‑XM: High‑Bandwidth Optical Solution for Data Center Networks As data center workloads continue to escalate—driven by AI, HPC, virtualization and cloud services—network infrastructure must evolve...

    🧑💻 Optech 1.6T FR8 Transceiver MMS4A50‑XM: High...

    OptechTW

    🧑💻 Optech 1.6T FR8 Transceiver MMS4A50‑XM: High‑Bandwidth Optical Solution for Data Center Networks As data center workloads continue to escalate—driven by AI, HPC, virtualization and cloud services—network infrastructure must evolve...

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