AddOn 10/100/1000Base-TX(RJ-45) to 1000Base-LX(SC) SMF 1310nm 20km Managed Media Converter

The AddOn 10/100/1000Base-TX(RJ-45) to 1000Base-LX(SC) SMF 1310nm 20km Managed Media Converter is designed to bridge copper Ethernet networks with long-haul fiber infrastructure. This high-performance device flexibly converts copper connections to fiber optics, enabling seamless upgrades of campuses, data centers, and enterprise networks without replacing existing equipment. With a 1310 nm single-mode fiber channel and a robust 20 km reach, it delivers dependable, scalable, and secure connectivity for bandwidth-intensive applications ranging from video conferencing to cloud-based services. As a managed media converter, it provides granular control over network traffic, improved security, and visibility into every link, making it ideal for IT teams seeking reliable performance and simplified administration.

• Flexible copper-to-fiber conversion: Converts a 10/100/1000Base-TX RJ-45 copper link to a 1000Base-LX SC fiber connection, enabling seamless interoperability between legacy copper devices and modern fiber networks. Supports auto-negotiation across copper speeds (10/100/1000 Mbps) and delivers full-duplex operation on both sides for maximum efficiency.
• Long-haul SMF connectivity: Uses single-mode fiber at 1310 nm with a proven reach of up to 20 kilometers, making it perfect for campus backbones, data-center uplinks, and inter-building links while maintaining low attenuation and high signal integrity.
• Managed network performance: Includes web-based management, SNMP support, and advanced features such as VLAN segmentation, QoS for prioritizing critical traffic, port-based access control, and traffic monitoring. This empowers IT teams to optimize bandwidth, reduce latency, and enforce security policies across the network.
• Robust, compact design: Built with a durable metal enclosure and fanless operation for silent, reliable performance in data centers, network closets, or site deployments. The device is designed for flexible installation, including wall-mount or desktop use, with a compact footprint that fits alongside other networking gear.
• Easy integration and compatibility: Designed to work with standard Ethernet switches and routers, supporting industry-standard protocols and management interfaces. Quick setup, plug-and-play deployment, and straightforward monitoring help minimize downtime and accelerate network modernization projects.

Technical Details of AddOn 10/100/1000Base-TX(RJ-45) to 1000Base-LX(SC) SMF 1310nm 20km Managed Media Converter

• Ports: 1x RJ-45 copper port supporting 10/100/1000Base-TX and 1x SC fiber port supporting 1000Base-LX
• Fiber type and wavelength: Single-mode fiber (SMF), 1310 nm wavelength
• Distance: Up to 20 kilometers over SMF (link distance varies with fiber quality and connector integrity)
• Management: Web-based graphical user interface (GUI); SNMP for remote monitoring and integration with network management systems; event logging and status reporting
• Performance: Non-blocking, wire-speed forwarding to ensure consistent throughput for mixed traffic scenarios
• Layer support: L2 semantics with VLAN tagging (802.1Q) and QoS features to prioritize latency-sensitive data
• Security and access: Port-based security controls and configurable access policies to prevent unauthorized devices from connecting
• Physical design: Rugged metal enclosure suitable for data-center racks or wall-mount installations; compact form factor with LED indicators for link/activity/power
• Power and environmental: External power option suitable for standard data-center power environments; designed for reliable operation within typical data-center temperatures and humidity ranges
• Compatibility and standards: Complies with standard Ethernet and fiber specifications; supports industry-standard management protocols for interoperability with existing network gear

how to install AddOn 10/100/1000Base-TX(RJ-45) to 1000Base-LX(SC) SMF 1310nm 20km Managed Media Converter

Step 1: Plan the placement and cabling. Identify a secure, well-ventilated location for the converter in the network rack or on a stable desktop surface. Ensure your fiber and copper runs are routed cleanly with proper strain relief to avoid accidental disconnections or fiber damage.

Step 2: Connect the copper side. Attach the device you want to connect via Ethernet to the RJ-45 copper port on the media converter using a standard CAT6/6a/5e Ethernet cable. Confirm that the connecting devices are configured for compatible speed and duplex settings, or rely on auto-negotiation to select the optimal mode.

Step 3: Connect the fiber side. Plug a Single-Mode fiber optic cable with SC connectors into the SC fiber port. Align connectors carefully and ensure the fiber path is clean and free of dust. Secure the connection and avoid bending the fiber beyond its minimum bend radius to preserve signal integrity.

Step 4: Power up and initial check. Connect the power adapter to the converter and plug it into a powered outlet. Observe the status LEDs for power, copper link, and fiber link to verify basic connectivity. If the device does not power on, recheck the power connections and ensure the outlet supplies the correct voltage for the unit.

Step 5: Configure and verify management features. Access the web-based management interface using the converter’s IP address (as assigned via DHCP or statically configured). Enable VLANs, set QoS policies to prioritize critical traffic, and verify port statuses and link quality. Use SNMP to monitor performance and generate alerts, and review the event log to ensure stable operation. Conduct a simple end-to-end test by transferring data between the copper-connected device and a host on the fiber network to confirm proper latency, throughput, and error rates.

Frequently asked questions

• What is the primary use case for this converter?

  This device is designed to bridge copper Ethernet networks with longer-range fiber links. It is ideal for upgrading campus backbones, data-center uplinks, or building-to-building connections while preserving existing RJ-45 devices that operate at 10/100/1000 Mbps.

• What type of fiber and distance does it support?

  The converter uses single-mode fiber (SMF) with a 1310 nm wavelength and can extend up to 20 kilometers, depending on fiber quality, connectors, and link budget. This makes it suitable for mid- to long-range fiber deployments.

• Is this a PoE-capable device?

  No. This model functions as a media converter and does not provide Power over Ethernet (PoE) on the copper port. Power is supplied through the external power source specified for the unit.

• What management features are available?

  It offers web-based management for configuration, VLAN tagging (802.1Q), QoS for traffic prioritization, and SNMP for remote monitoring and integration with network management systems. These features help engineers monitor link health, enforce policies, and optimize performance.

• What installation considerations should I keep in mind?

  Plan for proper cable routing to minimize strain on the fiber, ensure correct connector orientation, and verify that the fiber path is clean and undamaged. After installation, confirm that both copper and fiber links are active and monitor the link health through the management interface.