This VDSL2 media converter is perfect for network administrators who need gigabit ethernet router functionality over existing copper infrastructure. Our solution delivers:
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Gigabit ethernet network extension over VDSL2 copper lines
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Network switch fiber optic alternative using existing telephone wiring
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Power over ethernet adapter compatibility for streamlined installations
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Ethernet standard cable connectivity for seamless network integration
Key Features
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VDSL2 technology to extend networks over copper infrastructure
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Gigabit ethernet router performance up to 1000Mbps
- Compatible with ethernet standard cable and existing telephone lines
- Consistent network switch fiber optic performance without fiber installation
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Power over ethernet adapter support for simplified power management
- Universal PSU design for flexible deployment
Technical Specifications
| Manufacturer |
Allied Telesis |
| Model Number |
AT-MMC6005-60 |
| Type |
VDSL2 Media Converter |
| Ethernet Ports |
10/100/1000T Gigabit |
| VDSL2 Standard |
ITU-T G.993.2 compliant |
| Power Supply |
Universal PSU included |
| Compatible Systems |
DSLAM equipment, gigabit ethernet router networks |
| Form Factor |
Mini media converter |
Frequently Asked Questions
Q: What is a VDSL2 media converter used for?
A: This VDSL2 media converter extends gigabit ethernet network connectivity over existing copper telephone lines, eliminating the need for new cable installation.
Q: Does this work with existing ethernet infrastructure?
A: Yes, it's engineered for seamless integration with ethernet standard cable networks and provides gigabit ethernet router performance over VDSL2 connections.
Q: What speeds can I expect from this network extender?
A: The converter supports up to 1000Mbps gigabit ethernet speeds — perfect for high-bandwidth applications requiring network switch fiber optic level performance.
Q: Is this compatible with Power over Ethernet setups?
A: Yes. The device works with power over ethernet adapter configurations and includes a universal PSU for flexible power options in various network environments.
