Skip to content 
MTP Female to 8 LC Duplex Breakout Cable, 8-Fiber OS2 Single-Mode, LSZH
Categories:
Product Highlights:
- 8-fiber OS2 single-mode breakout cable
- MTP female to 8 LC duplex
- US Conec MTP® connector
- Corning ClearCurve® fiber
- 1310/1550nm transmission
- LSZH sheath
- Ruggedized high-density fanout
- Factory terminated and 100% tested
Table of Contents
Description
The MTP Female to 8 LC Duplex Breakout Cable is an 8-fiber single-mode breakout assembly designed to distribute one high-density MTP connection into eight individual LC duplex connections. It features a US Conec MTP® female (pinless) connector, LC UPC duplex connectors, and OS2 9/125μm single-mode fiber with an LSZH sheath for applications requiring low-smoke and halogen-free cable construction. Corning ClearCurve® glass fiber provides low attenuation and high return loss at 1310nm and 1550nm, while the ruggedized fanout design enables direct connection between backbone cabling and active equipment while reducing rack space requirements. Factory termination and 100% testing provide reliable optical performance for data centers, telecommunications, broadband, and other high-density fiber networks.
Specification
| Connection Structure | MTP to LC Duplex |
|---|---|
| Connector A | US Conec MTP? Female (Pinless) |
| Connector B | LC UPC Duplex |
| Fiber Count | 8 Fibers |
| Breakout Configuration | 1 × MTP to 8 × LC Duplex |
| Fiber Type | Single-Mode Fiber |
| Fiber Mode | OS2 |
| Fiber Size | 9/125μm |
| Wavelength | 1310/1550nm |
| Glass Fiber | Corning ClearCurve? |
| Sheath Material | LSZH |
| MTP Connector IL | 0.35dB Max, 0.15dB Typ. |
| LC Connector IL | ≤0.2dB |
| MTP Connector RL | ≥60dB |
| LC Connector RL | ≥60dB |
| Attenuation at 1310nm | ≤0.32dB/km |
| Attenuation at 1550nm | ≤0.18dB/km |
| Installation Tensile Load | 66N |
| Tensile Strength, Long/Short Term | 80/240N |
| Allowed Tensile Strength | <100N |
| Allowed Lateral Pressure | 100(N/100mm) < 1000(N/100mm) |
| Cable Shape | Round |
Features
- 8-fiber OS2 9/125μm single-mode fiber
- MTP female (pinless) to 8 LC duplex breakout
- US Conec MTP® female connector
- LC UPC duplex connectors
- Corning ClearCurve® glass fiber
- LSZH sheath for low-smoke, halogen-free installations
- Low attenuation at 1310nm and 1550nm
- High return loss performance
- Ruggedized fanout for direct equipment connection
- Factory terminated for rapid deployment
- 100% tested for optical performance
- OEM customization available
Applications
- Data center networks
- Telecommunication networks
- Broadband networks
- High-density fiber distribution
- Backbone-to-equipment connections
- Fiber patching and cross-connects
- LAN and WAN infrastructure
- Single-mode optical transmission systems
Q&A
What is the breakout configuration?
This cable uses one 8-fiber MTP female connector and breaks out to eight LC duplex connections, providing eight individual duplex LC interfaces.
What fiber type is used?
The cable uses OS2 9/125μm single-mode fiber, with 1310nm and 1550nm operating wavelengths for long-distance optical transmission.
Why choose an LSZH sheath?
LSZH construction produces low smoke and no halogen emissions under fire conditions, making it suitable for enclosed areas, data centers, telecommunications facilities, and installations with stricter cable safety requirements.
Is the MTP connector male or female?
The supplied specification uses a US Conec MTP® female (pinless) connector. The connector gender can be customized when required for specific trunk or equipment connections.
Can the cable be customized?
Yes. Fiber count, cable length, connector configuration, sheath material, and other specifications can be customized for OEM and project requirements.
Quality Qulifications and Compliance
To get the detailed certification, please go to the Compliance.
Please Note: Our products comply with all internationally recognized and industry-standard specifications. For customized or special requirement products, we carry out testing and standards in accordance with the conformity criteria specified in the contract.
Related Products
Have Questions? Contact Our Product Experts or Sales Team Today! We Will Fedback You Soon.
