Description
Transition Networks C2220-1014 Media Converter
Experience seamless copper‑to‑fiber networking with the Transition Networks C2220-1014 Media Converter. This compact internal module bridges 10/100/1000Base-T Ethernet over RJ-45 copper ports to 100Base-FX fiber, delivering reliable performance across campus networks, data centers, and branch offices. With support for long-haul transmission up to 12.43 miles, this device enables scalable network architectures while maintaining low latency and dependable photoelectric conversion. The C2220-1014 is designed for environments that demand high uptime, robust signal integrity, and straightforward integration into existing network infrastructures. Whether you're upgrading legacy copper links, extending reach between buildings, or enabling fiber redundancy, this media converter delivers the versatility and reliability you require.
Port configuration and copper-to-fiber bridging The C2220-1014 provides 1 x Network (RJ-45) port and 1 x SC fiber port, enabling a straightforward copper-to-fiber bridge for Ethernet connections. It supports 10/100/1000Base-T on the copper side and 100Base-FX on the fiber side, giving you flexible speed options and an easy upgrade path from copper to fiber without replacing existing equipment. This combination is ideal for linking switches, routers, or servers across longer distances while preserving full-duplex operation. The internal design helps isolate electrical noise from the fiber side, preserving signal integrity in busy data centers or office floors. With a maximum transmission distance of 12.43 miles, you can extend reach between buildings or campuses while maintaining reliable performance.
Performance and data encoding/decoding The converter handles efficient encoding of data into light pulses for fiber transmission and accurate decoding back into electrical signals at the receiving end. This photoelectric conversion delivers a dependable link, with strong resistance to electromagnetic interference and crosstalk common on copper runs. By moving the long-distance portion of the link to fiber, you gain better stability for latency-sensitive applications like video, VoIP, and high-speed data transfers. The module maintains standard Ethernet framing and compatibility with network gear, ensuring seamless integration into existing networks while delivering predictable performance across typical business workloads.
Versatility for multiple deployment scenarios The Transition Networks C2220-1014 is suitable for a wide range of environments, including campus networks connecting buildings, data centers linking racks, and edge deployments where fiber backbones are required. Its compact, internal design lets you deploy it in standard IT closets or equipment rooms without adding bulky hardware. The RJ-45 to SC configuration supports common topologies, enabling flexible layouts and easier cable management. By enabling fiber delivery to remote or hard-to-reach devices, the converter helps you consolidate copper runs, improve signal quality, and future-proof your network as bandwidth demands grow.
Ease of installation and reliability This media converter is designed for quick, straightforward setup with minimal configuration. It works with standard Ethernet equipment and typical fiber installations, reducing the setup time for network upgrades. The internal components are designed to maintain stable operation with consistent timing across copper and fiber interfaces, minimizing link flaps and performance dips. In office or data-center environments, this translates to less maintenance and more uptime for critical services such as servers, storage systems, and security devices.
Ideal use cases and value proposition For organizations migrating from copper Ethernet to fiber, the C2220-1014 offers a practical, cost-effective path forward. It extends distances without large-scale infrastructure changes, lowers copper cable noise, and supports high-speed connectivity at the network edge. Use it to connect a fiber backbone to a switch, extend reach to distant servers, or link IP cameras and wireless access points across a campus. The converter’s internal design saves rack space and simplifies deployment, delivering stronger network resilience and a cleaner cabling scheme as you scale.
Technical Details of Transition Networks C2220-1014 Media Converter
- Model: C2220-1014
- Ports: 1 x Network (RJ-45), 1 x SC Port
- Standards Supported: 10/100/1000Base-T (RJ-45), 100Base-FX (Fiber)
- Distance: Up to 12.43 miles (20 km) over fiber
- Power: Internal
How to install Transition Networks C2220-1014 Media Converter
- Power off connected devices before installation to prevent electrical damage.
- Connect the RJ-45 copper port to your network device (switch, router, or NIC) using standard Ethernet cable.
- Connect the fiber optic link to the SC port, ensuring the correct fiber type and polarity for your link distance and installation. Verify that the connector is securely seated.
- Apply power to the converter and verify that status indicators indicate link activity on both the copper and fiber sides.
- Test network connectivity by generating traffic and confirming stable speeds, error-free frames, and expected latency across the path.
Frequently asked questions
- What is the Transition Networks C2220-1014 Media Converter used for? It converts Ethernet copper signals from an RJ-45 port to fiber-optic signals on the SC port, enabling longer distance links and fiber-to-copper integration within a mixed-network environment.
- How far can it transmit? The unit supports transmission over fiber up to 12.43 miles (20 km) under appropriate conditions with 100Base-FX. Real-world distance can vary by fiber type, connector quality, and installation.
- What ports are included? One RJ-45 copper port for Ethernet and one SC fiber port for 100Base-FX fiber connectivity.
- Is it easy to install? Yes. The converter is designed for straightforward setup with minimal configuration, making it suitable for office, campus, and data-center deployments.
- Is this unit suitable for indoor use? The product is described as internal; ensure installation follows manufacturer guidelines and environmental specifications for indoor use.
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