StarTech.com 10/100 Mbps Multi Mode Fiber Media Converter SC 2 km

The StarTech.com 10/100 Mbps Multi Mode Fiber Media Converter SC 2 km is a compact, high-performance solution that extends your Fast Ethernet network over long distances without sacrificing speed or reliability. Designed for offices, campuses, data centers, and telecom environments, this single-port media converter bridges a standard RJ-45 Ethernet segment with a multi-mode fiber link, delivering robust, scalable connectivity where copper runs fall short. Whether you’re connecting a hub, switch, or router to distant network segments, this device makes it easy to deploy a seamless, fiber-based backbone that supports 10/100 Mbps Ethernet with dependable, low-latency performance across fiber distances up to 2 kilometers.

• Extend your 10/100 Mbps Ethernet across fiber: This media converter takes a traditional 10/100 Mbps copper Ethernet link and converts it to a fiber optic signal over multi-mode fiber. It enables you to bridge legacy Ethernet devices to a modern, fiber-based network without replacing your existing switches or workstations. With support for both 10 Mbps and 100 Mbps network speeds, it delivers consistent throughput for typical office applications, file sharing, and LAN gaming at reliable distances.
• Long-distance multi-mode fiber up to 2 km: Built for campus networks, industrial facilities, and data centers, the converter supports links over multi-mode fiber up to 2 kilometers. This extended reach eliminates the need for repeaters or additional switches, simplifying cabling plans while maintaining signal integrity. The device’s optical design minimizes attenuation and ensures stable data transmission across the fiber path, even in environments with electrical interference or heavy equipment nearby.
• Durable SC connector and plug-and-play installation: Featuring a standard SC fiber optic connector, this unit is compatible with widely available MMF cables, making it easy to source fiber without specialized parts. Its plug-and-play nature means you can install it quickly—no complex software or drivers required. Simply connect your RJ-45 Ethernet cable to the copper port, attach the SC multi-mode fiber to the fiber port, and power up the device. LEDs on the front panel provide immediate visibility into link status, activity, and power, so you can troubleshoot at a glance.
• Rugged, compact enclosure for flexible deployments: The converter is built in a compact, durable enclosure designed for desktop or wall-mount installation. Its sturdy metal housing helps dissipate heat and withstand daily use in office, lab, or industrial environments. With a low-profile footprint, you can tuck it behind racks, on workbenches, or within small network enclosures. The unit operates silently, with no cooling fan required, ensuring a quiet, unobtrusive addition to your network infrastructure.
• Reliability, compatibility, and efficiency for business networks: This StarTech device is engineered for reliability in professional networks. It supports standard Ethernet bridging with auto-negotiation and automatic MDI/MDI-X sense, ensuring compatibility with most switches, routers, and network devices. The design minimizes latency and packet loss, delivering steady performance for critical applications such as file services, VoIP, and video conferencing. Its energy-efficient operation helps lower power consumption, contributing to a greener, budget-friendly network upgrade.

Technical Details of StarTech.com 10/100 Mbps Multi Mode Fiber Media Converter SC 2 km

• Data rate: 10/100 Mbps Fast Ethernet
• Fiber type: Multi-Mode Fiber (MMF)
• Distance: Up to 2 km (1.24 miles) on multi-mode fiber
• Connector: RJ-45 (copper) to SC (fiber)
• Wavelength (typical MMF): 1310 nm
• Standards: 802.3u Ethernet, 802.3x flow control (where supported by devices)

how to install StarTech.com 10/100 Mbps Multi Mode Fiber Media Converter SC 2 km

• Power off all devices in the network path before installation to prevent any electrical issues during setup.
• Connect the Ethernet uplink from your switch or router to the converter’s RJ-45 port using a standard category ethernet cable (Cat5e/Cat6). This is the copper side of the bridge.
• Attach a Multi-Mode fiber cable to the SC fiber port on the converter. Ensure the fiber type matches your MMF specification (e.g., 50/125 µm or 62.5/125 µm) and that both ends use SC connectors for compatibility.
• Connect the other end of the fiber link to the remote device or another media converter in your network. Verify that the fiber run is compliant with your environment’s path length and bend radius requirements to preserve signal integrity.
• Apply power to the converter using the supplied power adapter. Observe the LED indicators: a steady link LED confirms a successful connection, activity LEDs show traffic, and the power LED indicates power is supplied.
• Power up the connected network equipment and test connectivity by sending a simple ping or performing a file transfer test to confirm that traffic is traversing the converter correctly. If there is no link, re-check the fiber connections and ensure both ends are using MMF and that the correct wavelength is in use.

Frequently asked questions

• Q: What networks does this media converter support?
  A: It supports 10/100 Mbps Fast Ethernet over a multi-mode fiber link with an SC connector, allowing copper Ethernet devices to communicate over longer fiber distances.
• Q: How far can I run the fiber connection?
  A: The converter supports up to 2 kilometers (about 1.24 miles) on standard multi-mode fiber, making it ideal for campus or warehouse networks where copper runs would be impractical.
• Q: Do I need drivers or software to use this device?
  A: No drivers are required for basic operation. The unit is designed for plug-and-play use with cross-platform compatibility across most switches, routers, and network devices that support standard Ethernet.
• Q: Can I cascade multiple converters to extend even further?
  A: Yes, you can connect multiple media converters in series to extend Ethernet signals across longer fiber paths, provided your overall topology supports the required bandwidth and latency constraints.