MTP Female to LC Uniboot Breakout Cable, 8-Fiber OM4 50/125μm with Pull Tabs
The MTP Female to LC Uniboot Breakout Cable provides a compact transition from an 8-fiber MTP backbone connection to individual LC Uniboot interfaces using OM4 multimode fiber. Its space-saving design and integrated pull tabs make it well suited for high-density data center racks, network cabinets, and fiber interconnects.
-
Description
-
Specification
-
Features
-
Application
-
Custom Service
-
FAQ
The MTP Female to LC Uniboot Breakout Cable is an 8-fiber OM4 multimode fiber assembly designed to transition a high-density MTP backbone connection to individual LC interfaces. It features a US Conec MTP® female connector on one end and compact LC Uniboot connectors on the other, providing an efficient solution for connecting backbone cabling to active equipment in data centers and network cabinets. The Uniboot design combines the two fibers within a single cable structure, helping reduce cable volume and simplify routing in densely populated racks.
Built with OM4 50/125μm multimode fiber, the assembly supports 850nm and 1300nm optical transmission and is suitable for short-reach high-speed network applications. Corning ClearCurve® glass fiber can be specified for reliable optical performance and improved bend flexibility. Integrated pull tabs make the connectors easier to insert, remove, and manage in high-density equipment environments, while factory termination provides consistent assembly quality and simplified deployment.| Connection Structure | MTP to LC Uniboot |
|---|---|
| Connector A | US Conec MTP? Female (Pinless) |
| Connector B | LC Uniboot |
| Fiber Count | 8 Fibers |
| Breakout Configuration | 1 × MTP to LC Uniboot |
| Fiber Type | Multimode Fiber |
| Fiber Mode | OM4 |
| Fiber Size | 50/125μm |
| Wavelength | 850/1300nm |
| Glass Fiber | Corning ClearCurve? |
| MTP Connector IL | 0.35dB Max | 0.15dB Typ. |
| LC Connector IL | ≤0.2dB |
| MTP Connector RL | ≥20dB |
| LC Connector RL | ≥30dB |
| Attenuation at 850nm | ≤2.3dB/km |
| Attenuation at 1300nm | ≤0.6dB/km |
| Installation Tensile Load | 66N |
| Allowed Tensile Strength | <100N |
| Cable Shape | Round |
- 8-fiber MTP-to-LC Uniboot breakout configuration
- US Conec MTP® female connector with pinless design
- Compact LC Uniboot connectors for improved cable management
- OM4 50/125μm multimode fiber
- Supports 850nm and 1300nm transmission
- Corning ClearCurve® glass fiber available
- Integrated pull tabs for easier connector handling
- Reduced cable bulk for high-density rack environments
- Factory-terminated for quick and reliable installation
- Helps minimize cable congestion and improve fiber routing
- Suitable for high-density MTP/MPO structured cabling
- Data center high-density fiber connectivity
- MTP/MPO backbone breakout
- Network switch and server connections
- Rack-to-rack fiber interconnects
- High-density fiber patching
- Structured fiber cabling systems
- Fiber distribution and cross-connect applications
- Network cabinets and equipment racks
- Short-reach high-speed multimode links
OEM and customized MTP-to-LC Uniboot assemblies are available for different network architectures and installation requirements. Customers can specify cable length, breakout length, fiber type, connector brand, connector configuration, polarity, fiber mapping, jacket material, and other assembly parameters.
Custom labeling, cable identification, packaging, and private-label production can also be provided for OEM and volume projects. Connector and cable configurations can be adjusted according to equipment interfaces and rack layouts to provide a more suitable solution for high-density deployments.
What advantage does an LC Uniboot connector provide in high-density racks?
An LC Uniboot configuration combines the two fibers of a duplex connection into a more compact cable structure than two separately routed duplex patch cords. This can reduce cable bulk and make it easier to organize large numbers of fiber connections around switches, patch panels, and other densely populated equipment.
Are the integrated pull tabs useful when connectors are tightly packed?
Yes. Pull tabs provide a convenient gripping point for inserting and removing connectors without applying force directly to the connector housing or fiber cable. They are particularly useful when LC ports are closely spaced or located in difficult-to-access areas of a rack.
Can this cable be used for both transmit and receive connections?
Yes. The LC Uniboot side provides a duplex connection containing two fibers, which can be used for the transmit and receive paths of a conventional duplex optical link. The required polarity and fiber mapping should be matched to the connected equipment and MTP backbone.
How should the MTP connector gender be selected?
The MTP female connector is pinless and must mate with a compatible MTP male connector equipped with guide pins. The gender, key orientation, and polarity should be confirmed against the existing MTP infrastructure before ordering to ensure mechanical and optical compatibility.
Is OM4 appropriate for high-speed data center applications?
OM4 multimode fiber is widely used for short-reach, high-bandwidth data center connections. Its higher modal bandwidth compared with earlier multimode fiber grades makes it suitable for many high-speed optical links, particularly where the transmission distance remains within the capabilities of multimode technology.
Related products
- MPNSC-R12S3YL01
Custom MPO to 2–24 Fiber Hybrid Fanout Patch Cord | MPO to Standard Connector Breakout Cable
- MPFSC-M112M3ROR01
MTP Female to 12 SC Simplex Fanout Cable 12 Fibers OM1 62.5/125 1M
- MAMLC-SM24F9C01
MTP/APC Male to LC Fanout Cable 24 Fibers Single Mode 9/125 1M
- MAFLC-SM12S3RYL01
MTP/APC Female to 12 LC Simplex Fanout Cable 12 Fibers Single Mode 9/125 1M
- MAFLA-SM12S3RYL01
MTP/APC Female to 12 LC/APC Simplex Fanout Cable 12 Fibers Single Mode 9/125 1M






















