Solutions
AI & Data Center Networking
The optical layer now sits on the AI critical path. From GPU scale-up inside the rack to leaf-and-spine scale-out across the data hall, our 400G, 800G and 1.6T transceivers move data where your accelerators need it.
Generative AI is driving data center bandwidth higher and faster than any workload before it. Inside an AI cluster, thousands of optical links tie together GPUs, switches and storage — and every one of them has to deliver more throughput per watt than the generation before. Newlink builds the core technology platforms behind a complete 400G, 800G and 1.6T portfolio for AI and data center networking, so operators can deploy a coherent family today and scale compute and network together — without re-architecting the physical layer at every speed jump.
200G-per-lane ready
A clean electrical and optical path from 800G to 1.6T and on toward 3.2T — without redesigning the physical layer at every speed jump.
Lower power per bit
Efficiency engineered into every link, so each port carries more data for less of your facility’s power budget.
Broad interoperability
Validated across leading switch and host platforms for predictable, multi-vendor deployments.
Every footprint & reach
OSFP, OSFP224 and QSFP-DD in DR, FR and LR variants — spanning in-rack, cross-row and campus or metro DCI.
Next-generation AI spine
200G-per-lane flagship optics for the highest-bandwidth scale-out and scale-up fabrics.
Flagship 1.6 Tbps module on 200G-per-lane electrical and optical I/O for next-gen AI spine and scale-out fabrics.
The scale-out workhorse
Today’s default rate for large AI clusters — available in OSFP and the familiar QSFP-DD footprint.
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.
Proven, efficient, everywhere
Compact, low-power optics for leaf and access tiers, plus longer single-mode reach for DCI and metro links.
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.
100G-per-lane 400G in OSFP with a 1310 nm DR4+ optical path, extending single-mode reach to 2 km with sub-10 W power.