Allied Telesis IMC2000TP/SC Transceiver/Media Converter

The Allied Telesis IMC2000TP/SC Transceiver/Media Converter is a rugged, industrial-grade solution designed to keep critical devices powered and connected where distance and harsh environments challenge standard Ethernet deployments. Engineered for remote sites, IP phones, video cameras, and wireless access points can thrive more than 100 meters away from a PoE switch, backed by up to 60W of PoE power per IMC. This dual capability—power delivery and media conversion—simplifies network architecture by reducing hops, lowering installation costs, and enhancing reliability in industrial settings. If you need a resilient means to extend Ethernet connectivity while delivering reliable PoE to distant devices, the IMC2000TP/SC is a strategic choice within Allied Telesis’ 200/2000 Series.

• Power remote devices up to 60W per IMC with PoE delivery, enabling IP phones, security cameras, and wireless APs to operate consistently without a nearby PoE switch. This generous budget supports multiple devices on a single link, improving uptime and reducing the need for additional power infrastructure on-site.
• Integrated copper-to-fiber media conversion combines a copper TP Ethernet interface with an SC fiber port, allowing you to bridge short-range, high-speed copper links to longer-distance fiber networks. This enables long-haul deployments, preventing EMI and preserving signal integrity across industrial layouts.
• Industrial-grade reliability designed for harsh environments, including elevated shock and vibration, dust, and wide temperature ranges. The IMC2000TP/SC is built to withstand demanding factory floors, outdoor enclosures, and remote facilities where standard consumer equipment would fail.
• Plug-and-play installation with clear visibility—the device is designed for quick setup in field or data-center environments. Simple LED indicators provide at-a-glance status checks, while a streamlined form factor fits in compact enclosures or on a DIN rail for easy mounting.
• Versatile applications and scalable network reach—perfect for powering IP phones, video surveillance, and wireless APs while expanding network reach through fiber links. The IMC2000TP/SC enables centralized management and future-proof growth as your network evolves.

Technical Details of Allied Telesis IMC2000TP/SC

• PoE budget: up to 60W total for connected IEEE 802.3af/at devices, enabling robust power delivery to remote endpoints without requiring a separate power source at each device.
• Interfaces: 1× RJ-45 copper port for Ethernet (TP) and 1× SC fiber optic port for long-range connectivity, enabling flexible topologies across campus, industrial sites, and remote installations.
• Data rates: Supports 10/100/1000 Mbps Ethernet over copper with auto-negotiation and seamless integration into existing networks, paired with high-quality fiber transmission for extended reach.
• Environmental robustness: Industrial-grade enclosure built to endure challenging environments, with a design that resists dust, vibration, and temperature fluctuations typical of manufacturing floors and outdoor enclosures.
• Power and mounting: Suitable for industrial power configurations and mounting options, designed to operate reliably in a range of installation scenarios, from control rooms to field cabinets.
• Compatibility and deployment: Works with Allied Telesis 200/2000 Series IMCs to create a modular, scalable networking edge that supports remote devices and fiber-fed links across multi-building campuses and remote sites.

How to install Allied Telesis IMC2000TP/SC

Begin by choosing a secure, ventilated installation location within your industrial space. Mount the IMC2000TP/SC in a suitable enclosure or on a DIN rail where it is protected from direct exposure to dust and moisture. Connect the RJ-45 copper port to your PoE-enabled device or to a PoE-capable switch that will supply the initial control power. Attach the SC fiber optic link to the remote location, ensuring the fiber type and connector correspond to your network design (SC for fiber, matching single-mode or multi-mode as required). Power the unit using the appropriate industrial power source and verify the device powers on correctly. Use the LED indicators to confirm link status, PoE activity, and power presence. Finally, test connectivity by validating data transmission from the PoE device back to the network core and ensuring the remote device receives stable power. For best results, match fiber distance and speed with your network plan, and consult the manual for LED patterns and fault isolation guidance. This straightforward installation minimizes downtime and reduces complexity in distributed deployments.

Frequently asked questions

• Q: What devices can be powered by the IMC2000TP/SC? A: IP phones, video cameras, wireless access points, and other PoE-enabled devices that fall within the IMC’s PoE budget and distance capabilities.
• Q: What is the maximum PoE budget? A: Up to 60W total per IMC unit, allowing multiple devices to be powered from a single installation without local power at each endpoint.
• Q: What environments is this suitable for? A: Industrial environments that demand rugged hardware, reliable power delivery, and long-distance Ethernet reach via fiber, including manufacturing floors, campuses, and outdoor enclosures.
• Q: Do I need a separate PoE switch to use this IMC? A: An initial PoE source is typically required to power the IMC itself; the IMC then provides PoE to connected devices on the copper port. The fiber link extends network distance without sacrificing PoE capability on the remote device.
• Q: Can I use this with both single-mode and multi-mode fiber? A: The SC fiber port supports standard deployments; verify fiber type and distance in your network design to ensure compatibility and performance.