SFP+-lähetin-vastaanotin-moduuli CBO 49Y4216-BO 10 Gbit/s 850 nm

The SFP+ transceiver module CBO 49Y4216-BO is a compact, hot-pluggable optical module designed for 10 Gbit/s multimode fiber links at an 850 nm wavelength. It fits standard SFP+ ports on switches, routers and host bus adapters to provide short-range high-speed connectivity in network infrastructures. The module enables straightforward integration into data center uplinks, server interconnects and LAN segments where low-latency, high-throughput links are required.

Advantages

This SFP+ transceiver supports a 10 Gbit/s data rate on multimode fiber and operates at 850 nm, delivering reliable short-range performance. Its compact SFP+ form factor is hot-pluggable for easy installation and replacement without system downtime. The module is compatible with standard SFP+ interfaces and is intended for direct insertion into supported ports, offering plug-and-play connectivity and simplified network upgrades.

Suitable for

• Data center uplinks between switches and aggregation devices
• Server-to-switch high-bandwidth connections
• Short-range LAN backbone segments using multimode fiber
• High-throughput storage and virtualization networks

Key specifications

• Transmission speed: 10 Gbit/s
• Optical wavelength: 850 nm
• Form factor: SFP+
• Fiber type: Multimode fiber (MMF)
• Connector type: Duplex LC (typical for SFP+ multimode modules)
• Operating mode: Short-range optical link

How to use

Ensure the transceiver and the host device are powered off or support hot-plugging, then insert the module into an available SFP+ port until it seats securely. Connect duplex multimode fiber patch cords with LC connectors to the transceiver. After insertion, verify link status on the host device and configure interface parameters such as speed and duplex if required by the network equipment. For removal, prepare the interface by disabling it if necessary and gently extract the module by pulling on the housing.

Recommendations

Use appropriate multimode fiber cable rated for 850 nm operation and maintain clean LC connectors to ensure optimal signal quality. Observe electrostatic discharge precautions when handling the transceiver and store unused modules with dust caps fitted. Match transceiver optical specifications with the target device to ensure compatibility and reliable link performance.