Glasvezel-SFP+-module CBO BO35J13610D 10.000 Mbit/s 1310 nm

CBO BO35J13610D is a fiber optic SFP+ transceiver module designed to deliver a nominal data rate of 10,000 Mbit/s over single‑mode fiber at a wavelength of 1310 nm. The module fits standard SFP+ ports and enables 10 Gbps optical links for switches, routers and servers. Intended for short‑ to medium‑range optical networks, it offers a compact form factor and plug‑and‑play installation for compatible network equipment.

Advantages

The SFP+ module provides a reliable 10 Gbit/s connection with a standardized interface that supports hot‑swap insertion and straightforward integration into existing optical infrastructures. Its 1310 nm wavelength is suitable for single‑mode transmission, balancing reach and attenuation for typical metro and enterprise backbone links. The compact SFP+ form factor minimizes space usage in chassis and rack equipment while maintaining low power consumption for efficient operation.

Suitable for

• 10 Gbps uplinks between switches and aggregation devices
• Server connectivity in data center and rack environments
• Short‑ to medium‑range single‑mode fiber links in enterprise or metro networks
• Optical interfaces on routers and network appliances with SFP+ slots

Key specifications

• Nominal data rate: 10,000 Mbit/s (10 Gbit/s)
• Optical wavelength: 1310 nm
• Form factor: SFP+ transceiver
• Fiber type: Single‑mode fiber
• Typical use range: short to medium reach on single‑mode links
• Interface: hot‑pluggable SFP+ compatible

How to use

Install the module into an available SFP+ port on a switch, router or server following the equipment manufacturer’s instructions. Ensure the fiber patch cables are single‑mode and terminated with connectors compatible with the host port. After insertion, verify link status in the device management interface and monitor for stable optical levels. For removal, power down or follow hot‑swap guidelines from the host device to avoid signal disruption.

Recommendations

Use single‑mode fiber with appropriate connector types and maintain clean connector end faces to ensure optimal optical performance. Match transceiver wavelength and supported link budget to the planned fiber distance; keep spare modules in anti‑static packaging and avoid exposing the optical interface to dust or direct sunlight.