Fiber Optic Patch Cord, MPO/PC(F)-MPO/PC(F), 24 Fibers, Multimode (OM3), Plenum (OFNP), Type B, Aqua

24F MPO/PC(F)-MPO/PC(F)-OM3-3.0 Type B, Aqua

This 24 fiber mpo cable combines 24 OM3 multimode fibers in a single cable assembly for compatible high-density connections. It features female MPO/PC connectors at both ends, Type B polarity and an aqua OFNP-rated jacket. The om3 mpo trunk cable is intended for equipment and patching systems designed for the specified 24-fiber connector configuration.

Product Highlights
*24-Fiber OM3 Multimode Cable Assembly
*Female MPO/PC Connectors at Both Ends
*Type B Polarity for Compatible Channel Designs
*Multi-Fiber Connections for High-Density Patching
*Aqua OFNP-Rated Cable Jacket

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24-Fiber OM3 MPO Patch Cable, Type B

This 24 fiber mpo cable provides a multi-fiber connection between compatible MPO interfaces. With 24 fibers in one assembly, the om3 mpo trunk cable can be used in high-density patching systems where the connector format and fiber mapping match the channel design.

Specifications

Product Name	Fiber Optic Patch Cord	Brand	Firstoptic
Connector A	MPO/PC(F)	Connector B	MPO/PC(F)
Fiber Count	12 Fibers	Polarity	Type B
Fiber Mode	OM3 50/125μm	Wavelength	850/1300nm
Material	LSZH	Cable Jacket	Plenum (OFNP)
Cable Outside Diameter (OD)	3.0mm	Min. Bend Radius (Fiber Cable)	20/10D (Dynamic/Static)
Connector Durability	500 times	Tensile Strength (Long/Short Term)	90/180N
Insertion Loss	≤0.35dB	Return Loss	≥27dB
Attenuation at 850 nm	≤2.3dB/km	Attenuation at 1300 nm	≤0.6dB/km
Operating Temperature	-10 to 60°C (14 to 140℉)	Storage Temperature	-10 to 70°C (14 to 158℉)

24-Fiber Connector and Polarity

The 24 fiber mpo cable is listed with female MPO/PC connectors at both ends. Confirm that each mating interface has the appropriate guide-pin configuration.

This type b mpo patch cord uses a defined polarity for the cable assembly. Before installation, check the 24-fiber end-to-end mapping against the equipment, adapters and any intermediate patching components.

Connector fiber count and physical layout must also match. Do not assume that an MPO interface designed for a different fiber count is compatible with this om3 mpo trunk cable.

24 fiber mpo cable Type B fiber position mapping from end A to end B

Applications

This om3 mpo trunk cable is intended for compatible OM3 multi-fiber cabling, including:

High-density fiber patching in data center racks
Connections between compatible 24-fiber MPO panels
Multi-fiber links within structured cabling systems
Cabling routes specifying an OFNP-rated jacket

Before using this 24 fiber mpo cable, verify the connector interface, polarity and channel loss requirements. The equipment and patching components connected to the type b mpo patch cord must be selected as part of the complete link design.

establish a supported data rate or transmission distance.

24 fiber mpo cable connected to an MPO patch panel

Standardized Production

Multiple processes, strict screening, quality assurance.

Polarity test

Fiber optic insertion and return loss testing equipment

Insertion/return loss detection

Fiber optic connector end face inspection equipment

End detection

FAQ Section

Q1: What is the difference between a 24 fiber mpo cable and a 12-fiber MPO cable?

A 24-fiber assembly contains twice as many fibers as a 12-fiber assembly. Their connector configuration and fiber mapping must be checked before selecting or replacing either cable.

Q2: Can this om3 mpo trunk cable connect directly to any MPO interface?

No. Confirm that the interface supports the required 24-fiber connector format, polish, pin configuration and polarity.

Q3: Does Type B alone confirm that the channel will work?

No. The type b mpo patch cord must be considered together with the equipment, adapters and any other cable segments. Verify the complete fiber mapping before deployment.

Q4: What determines the supported link distance?

The selected optical equipment, OM3 fiber specification, total channel length and loss budget determine the supported distance. The cable’s 24-fiber count alone does not define a transmission distance.