Unleashing the Power of Connectivity
Built for Hyperscale: High-Performance Connectivity for AI and HPC Environments
High-performance computing and AI workloads require infrastructure that scales without compromise.
From dense GPU clusters to hyperscale spine-leaf fabrics, Lynn Networks delivers end-to-end connectivity solutions engineered to support the bandwidth, thermal, and signal integrity demands of advanced compute environments.
With decades of experience supporting some of the world’s largest hyperscalers, we design for real-world density, speed, and deployment needs.
Optical Transceiver Solutions, Engineered for Speed, Compatibility, and Scale
Hyperscale networks rely on transceivers that deliver consistent performance across platforms and high volumes.
ENET transceivers are coded, tested, and guaranteed OEM compatible to support your infrastructure at every layer.
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400G and 800G transceivers available in QSFP-DD and OSFP form factors for high-throughput deployments
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PAM4-based optics optimized for long reach and signal integrity in demanding topologies
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QSFP28 100ZR DWDM DCO transceivers that enable coherent transmission for metro reach and short-haul interconnects
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DACs, AOCs, and AECs purpose-built for high-density, low-latency switch-to-server connections
Cabling Systems That Simplify Density and Maintain Performance
AI and HPC environments demand structured cabling systems that support speed and airflow while reducing installation complexity.
Lynn cabling is engineered to handle these challenges with clarity and control.
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Ultra-low loss singlemode and multimode fiber with Corning glass available and in stock
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MPO-12, MPO-16, MPO-24, and MTP PROX options to support high port counts in core and edge deployments
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Shielded and armored copper assemblies for high-density, high-reliability use cases
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Custom lengths, breakouts, and labeling to align with exact rack configurations and reduce deployment time
Infrastructure That Supports Hyperscale Build-Outs
Physical infrastructure must support not just performance, but also accessibility, airflow, and long-term serviceability.
Lynn delivers infrastructure designed to manage these realities in modern hyperscale builds.
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Optimus MAX patch panels with MTP PROX connectivity to maximize port density and speed up deployment
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Scalable enclosures for breakout, splicing, and distribution across row and pod-based architectures
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PDUs, keyboard trays, and cable management systems that maintain airflow and reduce congestion
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Rack-mount monitoring solutions for signal validation, diagnostics, and remote access
Engineering Support That Scales With You
The speed of deployment can be just as critical as performance.
Our engineering team partners directly with yours to make sure every transceiver, cable, and panel arrives ready to install, with support available at every phase.
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Part mapping, BOM planning, and compatibility validation with platform-specific coding support
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On-site and remote assistance with cable routing, rack layouts, and transceiver testing
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White-label packaging and rack-level kits available for hyperscale deployment programs
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Fast-turn quotes and deep inventory to meet aggressive build timelines
Design, Build, and Deploy High-Speed Infrastructure with Confidence
Work with our team to source and configure the connectivity your cluster demands, tested, coded, and backed by world-class engineering trusted by leading hyperscalers