MTP®-LC Fiber Cassette, MTP®-16 Male to 8 x LC Duplex, OS2 Single Mode, Type A, 16 Fibers
MTP®-LC Fiber Cassette, MTP®-16 Male to 8 x LC Duplex, OS2 Single Mode, Type A, 16 Fibers is a pre-terminated modular cassette designed for high-density fiber optic cabling systems in data centers, telecom rooms, and structured cabling environments.
This cassette converts one 16-fiber MTP® male trunk connection into eight LC duplex ports, providing 16 fibers for efficient front-panel patching. It supports OS2 single mode applications and is suitable for high-speed optical network deployments where compact cable management and reliable connectivity are required.
The Type A polarity design helps maintain consistent fiber mapping in structured cabling systems. With its plug-and-play cassette design, it simplifies installation, reduces field termination work, and supports fast network deployment and future expansion.
Fetures
- 1 x MTP®-16 male connector to 8 x LC duplex adapters
- OS2 single mode, 16 fibers total
- Type A polarity for structured cabling systems
- Pre-terminated modular cassette design
- Plug-and-play installation, no field termination required
- High-density LC duplex front-panel patching
- Suitable for MTP® trunk cable and LC patch cord connections
- Helps improve cable management and reduce installation time
Technical Specification
Fiber Count | 16 Fibers | Fiber Mode | OS2 Single Mode |
Front Connector Type | LC UPC Duplex Blue | Rear Connector Type | US Conec MTP® APC (Pinned) |
Number of LC Port | 8 Ports | Number of MTP® Port | 1 Ports |
| MTP Adapter | Key Up to Key Down | Material of Cassette Body | Aluminium |
| Polarity | Type A | Dimensions (HxWxD) | 1.49”x3.82”x4.64” (38x97x118mm) |
| Insertion Loss | MTP≤0.35dB, LC≤0.2dB | Return Loss | MTP≥60dB, LC≥50dB |
Application
- High-density data center cabling
- 400G / high-speed network migration systems
- Telecom equipment rooms
- Fiber distribution panels and patch panels
- Structured cabling systems
- MTP® trunk to LC duplex patching
- Enterprise backbone fiber networks
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