Terabit optical links for AI and the data center.
A complete portfolio of pluggable optical transceivers — 400G, 800G and 1.6T — engineered for the bandwidth, power efficiency and scale that AI fabrics demand.
A complete optical transceiver portfolio — 400G, 800G and 1.6T — for AI clusters and cloud data center fabrics.
Optics for 5G fronthaul, midhaul and backhaul, built for the temperature range and reach the radio access network demands.
Coherent and ZR / ZR+ pluggables that extend the data center across campus, metro and long-haul links.
A full transceiver portfolio for the AI fabric.
One technology platform, every form factor and reach your switches and GPUs need — from top-of-rack to spine.
Flagship 1.6 Tbps module on 200G-per-lane electrical and optical I/O for next-gen AI spine and scale-out fabrics.
Single-lambda 200G optics in OSFP, balancing the highest density with strong thermal headroom for AI clusters.
Proven 100G-per-lane 800G module for high-radix switches, with broad host and switch interoperability.
800G in the familiar QSFP-DD footprint, easing migration for operators standardizing on QSFP cages.
Compact 100G-per-lane 400G optics for leaf and access tiers, with low power draw and a small thermal envelope.
400G in OSFP for deployments that prefer the larger cage and added heat-sink margin across mixed fabrics.
Mature 50G-per-lane 400G workhorse for installed networks and broad backward compatibility.
50G-per-lane 400G in OSFP, pairing wide reach options with the thermal headroom of the larger module.
Engineered for the networks AI is building.
We put our resources into the platforms that matter most when networks scale into the millions of links.
Power per bit
Every watt at the module multiplies across a fabric. Our optics are tuned to move more bits for fewer watts, lowering the energy and cooling cost of each rack.
Scale & supply
A single technology platform spans 400G through 1.6T, backed by high-volume manufacturing so operators can ramp deployments without waiting on the supply chain.
Reliability & interop
Extensive hardware and firmware interoperability testing means modules drop into existing switches and hosts and stay up — link after link, at fabric scale.
Tell us about your fabric. We’ll match the optics.
Request samples, datasheets, or an interoperability review with our engineering team.