Description
Allied Telesis IMC2000TP/SP Transceiver/Media Converter
Powering remote devices is simpler and more reliable with Allied Telesis IMC2000TP/SP, a robust Transceiver/Media Converter built for industrial environments. Part of the Allied Telesis 200/2000 Series Industrial Media Converters (IMCs), this unit is designed to deliver PoE where conventional switches fall short—more than 100 meters from a PoE switch—while also providing essential media conversion capabilities. The IMC2000TP/SP combines data and power delivery in a single, rugged device, enabling seamless operation for IP phones, video cameras, and wireless access points (APs) across challenging locations such as warehouses, campuses, manufacturing floors, and outdoor facilities. With a focus on reliability, ease of installation, and scalable network expansion, it’s a trusted solution for ensuring uninterrupted connectivity and power where you need it most.
- Up to 60W PoE power per IMC, enabling reliable operation of remote devices without additional local power drops
- Designed for IP phones, video cameras, and wireless APs, helping keep critical communications and surveillance online
- Industrial-grade construction built to withstand harsh environments, temperature variations, and vibration
- Extends network reach beyond standard PoE switches, accommodating deployments >100 meters away for flexible layouts
- Integrated transceiver/media converter functionality for simplified, space-efficient network expansion
Technical Details of Allied Telesis IMC2000TP/SP Transceiver/Media Converter
- Product family: Allied Telesis 200/2000 Series Industrial Media Converters (IMCs)
- PoE capability: Up to 60W power delivery per IMC to remote devices
- Target deployments: Industrial environments, campuses, warehouses, manufacturing floors, and other remote sites
- Device role: Transceiver and media converter combination to extend both power and data over Ethernet
- Primary applications: Powering IP phones, video cameras, and wireless APs located beyond the reach of standard PoE switches
- Operation: Designed for reliable operation in environments where network reliability and remote device power are critical
How to Install Allied Telesis IMC2000TP/SP Transceiver/Media Converter
Installing the Allied Telesis IMC2000TP/SP is intended to be straightforward and compatible with a wide range of industrial network layouts. Follow these guidelines to ensure a safe, reliable, and efficient deployment that maximizes the benefits of PoE and media conversion in your environment.
Step 1: Plan your placement. Identify a suitable location close to the power source and network backbone where the IMC can be protected from extreme dust, moisture, and physical impact. Consider a mount on a rack, cabinet, or wall, depending on your facility’s layout. Ensure there is adequate ventilation to maintain stable operating temperatures and prevent performance degradation in hot environments.
Step 2: Verify power and environmental requirements. Confirm the IMC’s power input specifications and ensure your power source can supply the necessary current without impacting other equipment. Check that the chosen installation area maintains appropriate temperature and humidity levels for sustained operation, as industrial environments can experience wide fluctuations.
Step 3: Connect the uplink to the PoE switch. Use a high-quality Ethernet cable to connect the IMC’s uplink port to your PoE switch or controller. This uplink carries data toward the network core while the IMC delivers PoE power to remote devices along the output ports as needed. Ensure cable routes avoid excessive bending, interference sources, and moisture exposure for long-term reliability.
Step 4: Attach remote devices to the IMC’s PoE outputs. Connect IP phones, security cameras, or wireless access points to the appropriate output ports. Verify that each connected device can negotiate PoE correctly and receives the required power levels. If multiple devices are in use, staggered power management considerations may help optimize performance and thermal output.
Step 5: Power on and verify status. After all connections are secure, power up the IMC and the connected devices. Check the IMC’s status indicators for PoE activity, link integrity, and throughput. Run a basic connectivity test to confirm data transmission from the PoE switch through the IMC to the remote devices. If any device fails to power or connect, recheck cabling, port configurations, and potential device-specific power requirements.
Step 6: Configure for future scalability. If your network plan includes adding additional remote devices or upgrading to higher-bandwidth endpoints, consider documenting port assignments and power budgets. The IMC’s flexible design makes it easier to adapt to evolving needs, reducing downtime and simplifying maintenance. In environments with variable temperatures or elevated dust levels, establish a preventive maintenance routine to inspect venting, seals, and connectors to maintain reliable performance over time.
Step 7: Documentation and compliance. Record the installation details, including model number (IMC2000TP/SP), serial number, port mappings, power budget per device, and environmental conditions. Maintain compliance with any site-specific electrical and safety standards, ensuring that all work complies with local regulations and organizational guidelines.
Step 8: Ongoing monitoring and support. Regularly monitor PoE utilization and link health to detect potential issues before they impact operations. If your network supports centralized management, integrate the IMC into your monitoring workflow to receive alerts on power fluctuations, port status, or link degradation. This proactive approach helps keep remote devices online and under control, minimizing downtime and maximizing productivity.
With the IMC2000TP/SP, you gain a dependable solution for delivering both data and power to remote endpoints while maintaining a compact footprint and streamlined installation process. The device’s industrial focus and PoE capability are ideal for deployments where reliability, extendable reach, and simplified wiring are essential to maintaining a robust network. Whether you’re equipping a campus, factory floor, or outdoor facility, this transceiver/media converter provides the practical combination of power delivery and data conversion needed to keep critical devices connected and performing at their best.
Frequently asked questions
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Q: What devices can the IMC2000TP/SP power via PoE?
A: It is designed to power remote devices such as IP phones, video cameras, and wireless access points located beyond the reach of a standard PoE switch. -
Q: How much PoE power does the IMC provide?
A: The IMC offers up to 60W of PoE power per unit, enabling reliable operation of power-hungry devices at remote sites. -
Q: How far can devices be powered from the PoE switch?
A: The IMC is intended for deployments more than 100 meters away from a PoE switch, helping you extend your network reach without excessive wiring. -
Q: What environments is the IMC2000TP/SP suitable for?
A: It is designed for industrial environments where durability, reliability, and remote device power are critical, including warehouses, campuses, and manufacturing facilities. -
Q: Is the IMC compatible with standard PoE switches?
A: Yes, the IMC integrates with typical PoE-powered networks, delivering data and power to remote devices as part of a cohesive system.
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