Transceiver CBO XFP-10GE-SR sklenené vlákno 10 Gbit/s krátka vzdialenosť

CBO XFP-10GE-SR Fiber Optic 10Gbps Short Range is an XFP-form factor transceiver module engineered for short-reach 10 Gigabit Ethernet links over multimode fiber. Designed for installation in compatible switches, routers and server NICs that accept XFP modules, this transceiver provides optical connectivity for high-throughput, low-latency networks commonly found in data centers and enterprise environments. The module supports standard 10GbE signaling for short-range multimode fiber runs and is intended for uplinks, server connections and SAN links where reliable optical transmission is required.

Advantages

The CBO XFP-10GE-SR delivers 10Gbps bandwidth in an industry-standard XFP package, enabling straightforward hot-pluggable upgrades and replacements without system redesign. Its multimode-fiber compatibility allows cost-effective short-range optical links while maintaining low latency and high throughput. The transceiver is built for stable optical performance in dense networking setups and helps simplify network architecture by supporting standard 10 Gigabit Ethernet optics.

Suitable for

Key specifications

How to use

Install the CBO XFP-10GE-SR into a compatible XFP port on a switch, router or server network adapter while the host device is powered on or according to vendor instructions for hot-pluggable modules. Verify that the host hardware supports 10GbE XFP optics and that the appropriate multimode fiber cabling with LC duplex connectors is in place. After insertion, confirm link status and operational parameters via the host device management interface and monitor signal quality to ensure stable transmission.

Recommendations

Use multimode fiber of appropriate grade (for example OM3/OM4 where applicable) and maintain clean LC connectors to minimize signal loss. Match transceiver specifications with the host device requirements and consult switch/router documentation for supported XFP modules. For reliable short-range performance, avoid excessive fiber bends and ensure patch panels and trunks are properly managed.