SFP+ transceiver CBO TOM-10G-SR1 10G glasvezelmodule, kortbereik-multimode 10 Gb/s

The BlueOptics SFP+ Transceiver TOM-10G-SR1 is a 10G fiber optic module engineered for short-range multimode links. It supports 10 Gb/s data transmission and is compatible with SFP+ ports on switches, routers and servers. The module is intended for reliable short-distance fiber connections in data center uplinks, server interconnects and other high-speed network segments where multimode fiber is used.

Advantages

The transceiver offers low-latency 10 Gb/s connectivity over multimode fiber with a compact SFP+ form factor that fits standard network equipment. It provides stable optical performance for short-range links and simplifies upgrades to higher-speed fabrics without changing existing SFP+ interfaces. The module is designed for straightforward installation and interoperability with common networking hardware that accepts SFP+ modules.

Suitable for

• Data center uplinks between racks and switches over multimode fiber
• Server-to-switch or server-to-server connections within equipment rooms
• High-speed network segments requiring short-range 10 Gb/s optical links

Key specifications

• Interface: SFP+ form factor for 10 Gigabit Ethernet
• Data rate: 10 Gb/s
• Media type: Multimode fiber (short-range)
• Wavelength: multimode short-range optical wavelength (industry-standard for SR optics)
• Typical reach: short-range links within data centers and equipment rooms
• Connector type: duplex LC-style fiber connector

How to use

Install the SFP+ transceiver into an SFP+ port on compatible network equipment until it latches securely. Connect duplex multimode fiber cables with LC connectors to the module, ensuring correct transmit/receive alignment. Configure the connected switch, router or server port at 10 Gb/s as required by your network settings. Monitor link status and optical parameters from the host device to verify a stable connection.

Recommendations

Use high-quality multimode fiber cabling and maintain proper cable bend radius to ensure optimal optical performance. Verify compatibility with your network hardware and update device firmware if required. For short-range links in data centers, keep patch runs as direct as possible and avoid unnecessary patch panels to reduce insertion loss.