MTP Male to 12 LC Simplex OM1 Multimode Fanout Cable 62.5/125µm 12 Fibers 1M

The MTP Male to 12 LC Simplex OM1 Multimode Fanout Cable is a high-density fiber breakout solution designed for legacy and short-reach multimode networking environments. It converts a single MTP backbone connection into 12 individual LC simplex connections, enabling efficient fiber distribution in structured cabling systems and data center interconnects.

Built with OM1 62.5/125µm multimode fiber, this fanout cable is optimized for shorter-distance transmission applications typically found in older enterprise networks and low-to-medium speed backbone systems. The MTP male connector ensures precise multi-fiber alignment, while the LC simplex connectors provide flexible device-level termination. With a compact 1-meter design, it is ideal for rack-mounted installations requiring organized and efficient fiber management. OEM customization is available for fiber count, polarity, length, and connector configuration.

MPO MTP Cable Assemblies Selection Guide

SKU	Fiber Count	Connector A	Connector B	Polarity	Fiber Mode	Cable Structure	Features	Length	Color
FP-12MAMSM9-0.15	12	MPO/APC Male	Non	NA	OS2 Single Mode	Ribbon Pigtail	Bare Fiber	0.15M	NA
MAFLA-SM12S3RYL01	12	MTP/APC Female	12 * LC/APC Simplex	NA	OS2 Single Mode	Fanout		1M	Yellow
MAFSA-SM12S3RYL01	12	MTP/APC Female	12 SC/APC Simplex	NA	OS2 Single Mode	Fanout		1M	Yellow
MAMLC-SM24F9C01	24	MTP/APC Male	24 * LC/UPC	NA	OS2 Single Mode	Fanout Boot	24 Bare Fiber	1M	Yellow
MAMLCD-SM8F9C0.3	8	MPO/APC Male	4 LC/UPC Duplex	NA	OS2 Single Mode	Harness Fanout	Hytrel	0.3M
MPFLC-M112M3ROR01	12	MTP Female	12 LC Simplex		OM1	Fanout		1M	Orange
MPFLC-M312M3RAQ01	12	MTP Female	12 * LC Simplex		OM3	Fanout		1M	Aqua
MPFLCUP-M48M3RMG01	8	MTP Feamle	4 * LC Duplex		OM4	Fanout	Pull Tab	1M	Violet
MPM3MPF-M424M3RMG05	24	MPO Male	3 * MPO Female 8-F		OM4	Fanout		5M	Violet
MPMLC-M312F9C0.3	12	MTP Male	12 * LC UPC		OM3	Harness Fanout	Hytrel	0.3M
MPMLC-M412F9C	12	MTP Male	12 * LC		OM4	Harness Fanout	Hytrel	0.3M	Magenta
MPMLC-M48M3RMG15	8	MTP Male	4 * LC Duplex		OM4	Fanout		3M	Violet

• MTP male to 12× LC simplex fanout configuration
• OM1 62.5/125µm multimode fiber construction
• 12-fiber breakout for legacy network compatibility
• MTP precision multi-fiber connector system
• LC simplex connectors for flexible termination
• Suitable for short-distance multimode transmission
• Low insertion loss and stable performance
• Compact 1M length for rack integration
• Color-coded fiber organization for easy identification

• Legacy enterprise network upgrades
• Data center short-reach interconnects
• Structured cabling systems
• Optical distribution frames (ODF)
• Low-speed multimode backbone networks
• Equipment rack fiber management

We offer full OEM and ODM services, including custom lengths, fiber counts (8/12/24 fibers), polarity options (Type A/B/C), connector types (LC/SC/MTP), jacket materials, labeling, and packaging. Solutions can be tailored for both legacy and modern network infrastructures.

MPO/MTP Fiber Assembly Customization Options

Customization Item	Available Options
Assembly Type	Harness, Fanout, Breakout, Pigtail
Fiber Type	OS2, OM3, OM4, OM5
Fiber Count	8, 12, 16, 24, 32 Fibers or Custom
MPO/MTP Connector	MPO, MTP, MTP PRO
End Connector	LC, SC, FC, ST, MDC, SN or Custom
Connector Polish	UPC / APC
Connector Gender	Male / Female
Polarity	Type A, Type B, Type C, Custom
Fanout Length	Standard or Custom
Total Cable Length	Custom Length Available
Jacket Material	LSZH, PVC, OFNR, OFNP
Fiber Identification	Color-Coded or Numbered Legs

Q1: What is OM1 fiber used for?
A: OM1 fiber (62.5/125µm) is typically used in legacy multimode networks for short-distance, lower-speed applications.

Q2: Can this cable support 10G Ethernet?
A: OM1 is generally not recommended for 10G over longer distances; it is mainly used for older or low-speed network systems.

Q3: What does an MTP fanout cable do?
A: It breaks a multi-fiber MTP connection into multiple LC connectors for flexible device-level connectivity.

Q4: What is the difference between OM1 and OM3?
A: OM3 supports higher bandwidth and longer distances, while OM1 is intended for legacy, shorter-reach systems.

Q5: Can polarity be customized?
A: Yes, polarity (Type A/B/C) and connector configurations can be customized based on network design.