Hanwha Vision - Us TMC-GSFPM Media Converter 1000m

Product Description

The HANWHA VISION - US TMC-GSFPM is a mini multi-rate media converter designed to extend network signal transmission up to 1000 meters over fiber optic cabling. Media converters of this type bridge copper Ethernet connections to fiber links, allowing network infrastructure to span distances that exceed standard copper cable limits. This compact unit is well suited for security and surveillance system installations where IP cameras or other network devices must connect over long runs. Network technicians and low-voltage system integrators are the primary installers for this type of equipment.

The TMC-GSFPM is intended for use in structured cabling environments where extended transmission distances are required. Typical applications include IP-based security camera systems, access control networks, and building automation installations. Its mini form factor makes it practical for mounting in tight enclosures or network equipment racks. Commercial and light industrial facilities commonly use media converters of this class to link distant network nodes without signal degradation.

Key Features

• Supports transmission distances up to 1000 meters over fiber
• Multi-rate design accommodates varying network speeds on a single unit
• Compact mini form factor for space-constrained installations
• Bridges copper Ethernet to fiber optic media for extended runs

Compatibility

Designed as an OEM-style replacement or direct-fit media converter for multi-rate fiber optic network infrastructure applications requiring 1000m range capability.

Installation Notes

Installation should be performed by a qualified low-voltage or network cabling technician familiar with structured cabling standards. Power down or disconnect active network equipment before connecting or disconnecting fiber or copper interfaces. Handle fiber optic connectors with care to avoid contamination or damage to ferrule end faces. Local building codes and TIA-568 cabling standards should be followed for all structured cabling work.