MPO-LC Breakout Cable with 12 Fibre Multimode OM4 construction provides a compact mini distribution solution for high-density fibre connections from fibreSales.
Price range: $67.85 through $564.85
The Erika Violet MPO-LC 12 Fibre Multimode OM4 Mini Distribution Breakout Cable provides a compact solution for transitioning between high-density MPO fibre connectivity and individual LC connections.
Using 12 fibres of OM4 Multimode fibre, the assembly supports organised fibre distribution in data centres, telecommunications rooms, equipment racks and other high-density optical networks.
The mini distribution breakout construction helps consolidate multiple optical fibres within a compact cable assembly before separating them into LC connections at the equipment or patching end.
For network designers and installers working with MPO-based infrastructure, this provides a practical way to transition from high-density multi-fibre connectivity to LC-based equipment interfaces.
An MPO-LC Breakout Cable transitions multiple optical fibres from an MPO connection into individual LC connections.
An MPO connector groups multiple fibres within a single compact interface. LC connectors, meanwhile, remain widely used on switches, transceivers, patch panels and other optical network equipment.
Therefore, an MPO-to-LC breakout assembly creates a practical transition between these two connectivity formats.
Instead of routing multiple separate fibre cables throughout the entire pathway, installers can use the multi-fibre section for efficient distribution before breaking the fibres out where individual LC connections are required.
This Erika Violet breakout cable contains 12 fibres using OM4 Multimode optical fibre.
OM4 fibre is designed for high-speed Multimode optical networks and is widely used in data centres, equipment rooms, backbone links and other short-reach high-bandwidth environments.
The 12-fibre construction also aligns naturally with MPO-based structured cabling architectures where multiple optical fibres need to travel through a common cable pathway.
Choose an MPO-LC 12 Fibre OM4 Breakout Cable when your network needs to transition between a 12-fibre MPO interface and LC-based Multimode optical connections.
Before ordering, confirm the MPO configuration, polarity, connector gender, connector polish, LC arrangement and required cable length against the equipment and structured cabling design.
These details determine whether the assembly will correctly match the intended optical system.
High-density fibre systems often need to connect equipment that uses different connector formats.
For example, the structured cabling infrastructure may use MPO connectivity to consolidate multiple fibres, while active equipment may use individual LC interfaces.
An MPO-LC breakout cable provides the transition between those formats.
Potential benefits include:
Consequently, breakout assemblies can play an important role in organised high-density fibre infrastructure.
The mini distribution construction groups the optical fibres within a compact main cable before separating them towards the individual connections.
This approach can provide a cleaner alternative to routing numerous independent patch leads over the entire cable path.
The design can prove particularly useful where cable-management space remains limited, including:
Good cable management remains important, however. Installers should protect the breakout section and individual legs from excessive bending, pulling, crushing and unnecessary mechanical stress.
MPO connectivity allows multiple optical fibres to terminate within a single connector interface.
As fibre density increases, this can reduce the amount of connector-panel space required compared with individually connecting every fibre through separate interfaces.
The Erika Violet MPO-LC assembly then provides the breakout required where the network transitions to LC connectivity.
This architecture can suit networks where designers want to maintain high-density fibre distribution while connecting to equipment that uses LC interfaces.
OM4 is a laser-optimised Multimode fibre category designed for high-speed optical transmission.
It commonly supports short-reach Ethernet and data centre applications when paired with compatible optical transceivers and correctly designed links.
However, the maximum supported transmission distance does not depend on the cable alone.
Designers must also consider:
Therefore, confirm the complete optical channel rather than selecting the assembly solely because it uses OM4 fibre.
Data centres frequently require large numbers of optical connections within limited rack and pathway space.
As a result, multi-fibre connectivity can help designers increase fibre density while keeping pathways organised.
The Erika Violet 12 Fibre OM4 breakout cable can form part of this architecture by carrying multiple Multimode fibres through an MPO interface before transitioning to LC connections.
Potential applications include:
MPO connectivity appears frequently in high-speed optical networking because one connector can accommodate multiple fibres.
Depending on the transceivers and network architecture, MPO-based systems can support parallel optical transmission or structured breakout arrangements.
However, an MPO-LC cable should never be selected from connector appearance alone.
The installer must confirm that the fibre count, polarity and connector configuration match the transceivers and equipment at both ends of the link.
Polarity becomes particularly important in multi-fibre MPO systems.
The transmit fibre at one end of an optical channel must ultimately connect to the corresponding receive fibre at the other end.
Different MPO cabling methods can achieve this routing in different ways.
Therefore, before ordering an MPO-LC breakout assembly, confirm:
Using an incorrectly configured assembly can prevent the optical link from operating even when every individual component functions correctly.
Connector cleanliness is critical in high-density optical networks.
Dust, oil and other contamination can introduce optical loss or interfere with the connector interface.
Moreover, MPO connectors contain multiple fibres within a single ferrule. Therefore, contamination can potentially affect more than one optical path.
A professional connection process should include:
fibreSales supplies Fibre Cleaning Products and Fibre Inspection Microscopes for fibre connector preparation and maintenance.
The 12 Fibre OM4 assembly can suit applications including:
The exact suitability depends on the optical equipment, connector configuration and channel design.
| Specification | Details |
|---|---|
| Product | Erika Violet MPO-LC Mini Distribution Breakout Cable |
| Connector Configuration | MPO to LC |
| Fibre Count | 12 Fibre |
| Fibre Type | Multimode |
| Fibre Category | OM4 |
| Cable Construction | Mini Distribution Breakout |
| Application | High-density optical fibre connectivity |
| MPO Configuration | Confirm required configuration before ordering |
| Polarity | Confirm required polarity before ordering |
| Cable Length | Select required length |
| Connector Polish | Confirm required configuration |
| Requirement | MPO-LC Breakout Cable | Standard LC Patch Leads |
|---|---|---|
| Multiple fibres in main cable | Yes | Separate cables |
| MPO interface | Yes | No |
| LC equipment connectivity | Yes | Yes |
| High-density distribution | Well suited | Possible |
| Breakout architecture | Yes | No |
| Individual point-to-point patching | Possible depending on design | Well suited |
Neither approach is universally better. The correct solution depends on the network architecture, equipment interfaces and required fibre density.
Testing should match the requirements of the installed network.
Depending on the project, technicians may need to perform:
For fibre troubleshooting and infrastructure testing, explore the fibreSales range of OTDRs.
Before ordering, check the complete optical pathway.
In particular, confirm:
This assembly uses OM4 Multimode fibre. Confirm that OM4 matches the optical transceivers and existing infrastructure.
This cable contains 12 fibres. Confirm the required fibre count against the equipment and cabling architecture.
Confirm the required MPO connector configuration before ordering.
Verify the required polarity throughout the complete optical channel.
Confirm how the individual LC connections need to interface with the active equipment or patching infrastructure.
Choose a length that reaches the equipment without excessive slack or unnecessary tension.
Finally, confirm the breakout architecture against the transceivers, switches and other optical equipment.
The Erika Violet 12 Fibre OM4 Mini Distribution Breakout Cable provides a compact method of transitioning between MPO and LC connectivity in high-density Multimode networks.
Its combination of 12-fibre MPO connectivity, OM4 Multimode fibre and LC breakout connections makes it particularly relevant to modern data centre and structured fibre environments.
fibreSales also supplies the supporting fibre products, cleaning equipment and test equipment required to build and maintain professional optical networks.
An MPO-LC breakout cable transitions multiple optical fibres from an MPO connector into individual LC connections.
The Erika Violet assembly contains 12 optical fibres.
It uses OM4 Multimode fibre.
OM4 is a laser-optimised Multimode optical fibre category commonly used for high-speed, short-reach optical networking.
Common applications include data centres, telecommunications rooms, equipment racks and other high-density optical fibre networks.
Yes, it can suit data centre applications where the required equipment and structured cabling architecture use compatible OM4, MPO and LC connectivity.
MPO connectivity groups multiple fibres into a compact connector, which can help increase connection density and simplify multi-fibre distribution.
Yes. Correct polarity ensures that transmit and receive paths connect correctly through the optical channel.
Yes. Confirm the required MPO connector gender and configuration against the equipment and existing cabling before ordering.
Not automatically. Confirm the transceiver’s fibre type, fibre count, MPO configuration, polarity and optical architecture before connecting the assembly.
Yes. Inspect and clean fibre connectors where required before connection.
OTDR testing can form part of fibre troubleshooting or infrastructure testing. However, the complete testing method should follow the requirements of the installed system.
Choose the Erika Violet MPO-LC 12 Fibre Multimode OM4 Mini Distribution Breakout Cable when your fibre infrastructure requires a compact transition between high-density MPO connectivity and LC connections.
Before ordering, confirm the required length, MPO configuration, polarity and connector arrangement to ensure the assembly matches your optical equipment and existing fibre infrastructure.
Contact fibreSales if you need assistance selecting the appropriate configuration for your network.
The Erika Violet MPO-LC 12 Fibre Multimode OM4 Mini Distribution Breakout Cable provides an efficient connection between high-density MPO fibre infrastructure and LC-based optical equipment.
With 12 fibres of OM4 Multimode fibre in a mini distribution breakout design, the assembly suits data centres, telecommunications rooms, equipment racks and other high-density fibre environments.
Most importantly, correct MPO configuration and polarity remain essential. Confirm the complete optical pathway before ordering to ensure the breakout cable matches the transceivers, equipment and existing infrastructure.
For more fibre optic solutions, technical resources, and installation products, visit www.fibresales.com.au.