Optical, copper, PON, and InfiniBand connectivity from 1G to 800G, validated for the platforms your network already runs.
Every transceiver in the portfolio is selected for signal integrity, interoperability, and dependable operation across real network environments.
Build connections between switches, routers, servers, and transport systems without being locked to a single platform. MSA-compliant options support Cisco, Arista, Juniper, HPE, and other major OEM ecosystems.
Start with the network environment, reach, and service model. Then select the form factor and data rate that fit the deployment.
Pluggable optics for short-reach data center links, campus networks, long-distance transport, and high-density AI infrastructure.
Compact Ethernet modules for short-distance links where existing copper cabling and simple field deployment are the priority.
Purpose-built modules for GPON, XGS-PON, and next-generation FTTx architectures with efficient power and dependable access performance.
Move high-capacity traffic across longer distances with a coherent module designed to simplify data center interconnect and transport architectures.
High-throughput, low-latency interconnects built for accelerated computing and validated against NVIDIA/Mellanox technical requirements.
Power-efficient options operate as low as 4.5W, compared with 6W for typical third-party alternatives. Each product is tested in representative NDR, HDR, and EDR switch and NIC environments before deployment.
Our latest lineup includes 400G ZR+ and 800G QSFP-DD options for networks that need more capacity, reach, and front-panel density.
Reach, fiber type, connector choice, power, and host compatibility all shape the right module. Our 400G guide helps narrow the options before you commit to a design.
Read the 400G GuideThe connector follows the optical architecture. Match it to the module, fiber plant, and breakout strategy.
Single-row angled connector for multimode fiber.
Single-row angled connector for single-mode parallel optics.
Two compact CS connectors for single-mode fiber.
A compact alternative to MPO connectivity for structured breakout.
Different environments ask for different combinations of speed, reach, density, and power. The portfolio spans each stage of that progression.
Cost-effective connectivity for access, aggregation, server, and established network infrastructure.
Higher-density links for leaf-spine fabrics, demanding workloads, and network modernization.
High-bandwidth optics for accelerated infrastructure, large data centers, and service-provider cores.
Wavelength-based options that increase capacity across existing fiber and support longer optical paths.