Solutions
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QSFP-DD 800G
To Know MoreQSFP-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
To Know MoreQSFP-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
To Know MoreQSFP56 200G delivers efficient, high-speed connectivity for NVIDIA AI systems—ideal for GPU servers, BlueField DPUs, and scalable Ethernet fabrics in AI data centers.
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
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RoCEv2 Optical Connectivity for Hyperscale AI T...
OptechTWRoCEv2 Optical Connectivity for Hyperscale AI Training and Inference AI infrastructure is scaling faster than traditional data center networks were originally designed to support. Large-scale training clusters, inference platforms, GPU...
RoCEv2 Optical Connectivity for Hyperscale AI T...
OptechTWRoCEv2 Optical Connectivity for Hyperscale AI Training and Inference AI infrastructure is scaling faster than traditional data center networks were originally designed to support. Large-scale training clusters, inference platforms, GPU...
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400G, 800G & 1.6T OSFP Transceivers for AI Netw...
OptechTW400G, 800G and 1.6T OSFP Transceivers for Next-Generation AI and Data Center Networks AI infrastructure is rapidly pushing network speeds beyond traditional 100G and 400G architectures. Modern GPU clusters, cloud...
400G, 800G & 1.6T OSFP Transceivers for AI Netw...
OptechTW400G, 800G and 1.6T OSFP Transceivers for Next-Generation AI and Data Center Networks AI infrastructure is rapidly pushing network speeds beyond traditional 100G and 400G architectures. Modern GPU clusters, cloud...
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400G & 200G Optical Transceivers for AI Storage...
OptechTW400G and 200G Optical Transceivers for High-Throughput AI Storage Networks Large-scale AI training requires more than a powerful GPU compute fabric. Modern AI clusters must also move enormous datasets between...
400G & 200G Optical Transceivers for AI Storage...
OptechTW400G and 200G Optical Transceivers for High-Throughput AI Storage Networks Large-scale AI training requires more than a powerful GPU compute fabric. Modern AI clusters must also move enormous datasets between...