Solutions / Enterprise Data Center
High-density 100G–800G interconnects for modern enterprise data center fabrics. Low power, verified compatibility, and a clear upgrade path from 100G to 400G and beyond.
100G–800G
Portfolio
High
Density
Low
Power
Scalable
Architecture
Enterprise data centers are under pressure to support higher port speeds without increasing rack power or footprint. Our 100G, 200G and 400G optical modules are engineered for leaf-spine fabrics, with low-power DSPs, proven interoperability, and a straightforward migration path from existing 100G infrastructure.
• 100G–800G portfolio for every fabric layer
• 400G uplinks for leaf-spine topologies
• Lower power per bit reduces cooling cost
• Verified compatibility with major switch vendors
QSFP28, QSFP56, QSFP-DD and OSFP modules covering every fabric layer.
Optimized for 100G/400G leaf-spine and spine-leaf topologies.
Low-power DSPs reduce cooling load and operating cost per port.
Upgrade from 100G to 400G without redesigning the existing fabric.
2km reach, for spine links and aggregation layers.
400G uplinks and 100G/200G access for modern data center fabrics.
100G and 200G links for compute nodes, storage arrays and appliances.
400G FR4 for building-to-building and DCI links up to 2km.
Factory-Tested
100% tested before shipment.
Compatibility Verified
Major switch vendors supported.
24/7 Support
Engineering assistance anytime.
Global Delivery
Worldwide shipping available.
Existing 100G QSFP28 access links can remain in place while 400G QSFP-DD modules are deployed on spine and uplink ports. This lets you increase fabric bandwidth without replacing access switches or cabling.
Our modules are tested with major data center switch platforms, including Cisco, Arista, Juniper, Huawei and H3C. Vendor-specific coding is available on request.
Standard warranty is 3 years from shipment. Extended warranty and advance replacement options are available for enterprise projects.
We use low-power DSPs and optimized optical designs. Typical 400G QSFP-DD DR4 modules operate around 10–12W, helping reduce cooling load in dense racks.
Talk to our optical engineers for a free compatibility check and BOM recommendation.