SM OS2 9125um 48F(4×12) MPO-MPO trunk cable

The 48-core MPO trunk cable is a compact high-density pre-terminated cabling solution, assembled with four standard 12-fiber MPO connectors at both ends. It adopts bend-insensitive OM3/OM4/OM5 multimode or OS2 single-mode fibers with LSZH flame-retardant jackets, featuring low insertion loss and excellent signal stability. With standardized high-precision ferrule alignment, it ensures long-term reliable connection. Optimized for medium-density network scenarios, it supports 40G/100G high-speed transmission. Widely used for data center cabinet interconnection, enterprise backbone links and small-scale computer room capacity expansion, enabling fast deployment and neat cable management.

Description

48F MPO trunk cable ’s Specification:

Products SM 48F(4×12) MPO-MPO trunk cable 
Fiber Count 48Fibers(4x12F)
Connector A 12F SM MPO/APC female x 4pcs
Connector B 12F SM MPO/APC female x 4pcs
Insertion Loss Standard loss:≤0.75dB(max), ≤0.35dB(Typical)

Super Low loss:≤0.35dB(max), ≤0.20dB(Typical)

Return Loss SM APC≥60dB

 

MPO End-Face 3D Interference Index

 

Item (IEC-61300-3-30) Minimum Maximum
Radius of curvature (mm) ROC-X(ABS) 2000 \
ROC-Y(ABS) 50mm \
Angle Angle-X -0.2° -0.2°
Angle-Y APC 7.85° 8.15°
PC -0.2° -0.2°
Fiber height (nm) 1000nm 3500nm
Max.DH.All Fiber: -300nm 300nm
DH.Adj: -300nm 300nm
DH.Ave Fiber: -300nm 300nm
Core Dip: SM N/A N/A
MM -200nm 300nm

 

Pre-terminated MPO Technology-Polarity (12C MT Ferrule)

Polarity defines the directional correspondence between the transmit (Tx) port and receive (Rx) port of optical fiber links. It standardizes the signal transmission direction of fiber connections and guarantees accurate and effective end-to-end signal interconnection in optical cabling systems.

Polarity2

 

MPO products’ Details& Standard:

Connector Fiber Channel
24f Sm Mpo Jumper Cable1227 12 Fibers
MPO female Connectors 12 Fibers per one/24 Fibers per one
Note: Female connector need to connect with male connector type.
Connector Reference Housing Details
MPO Single Mode IEC 61754-7 SM APC: Green connectors+black boot (Standard Loss MPO)

SM APC: Yellow connectors+black boot (Super low loss MPO)

MPO Multimode IEC 61754-7 OM1&OM2 PC: Beige connectors+black boot (Standard Loss MPO)

OM3&OM4 PC: Aqua connectors+black boot (Standard&Super low loss MPO)

OM3&OM4 PC: Heather Violet connectors+black boot (Standard loss MPO)

 

Cable Parameters-48F(4x12F) Microfiber cable

Structure Diagram13d

Fiber number 48F (4X12F)
Fiber Mode OS2 9/125μm G657A1 or G657A2
Cable structure 1+4 Structure
Subunit diameter (mm) 2.9±0.1
Cable diameter(mm) 9.0±0.3
Max.loading(IEC794-1) Installation/Operation 1000N/300N
Temperature rating Operation&Storage -20°C ~70°C
Wavelength 1310/1550nm
Attenuation ≤0.35dB/km at 1310nm, ≤0.21dB/km at 1550nm

 

Cable Jacket Material

 

Item OFNP Plenum LSZH OFNR Riser
Smoke emission Extremely low Very low Heavy black smoke
Toxic halogen gas None Zero High (chloride)
Fire resistance rank Highest Medium Medium-low
Plenum air space use Allowed Not UL certified, restricted Strictly prohibited
Vertical riser shaft Supported Supported Optimized for riser shafts
Rigidity & hardness Stiff, firm texture Soft, flexible Moderate flexibility
Cost Highest Mid-range Lowest

 

Custom Pulling Eye.

Custom Pulling Eye1

The pulling eye safeguards MPO trunk connectors throughout cable laying and dismantling processes, especially in confined or inaccessible installation areas, by completely shielding the fiber breakout section and diverting tensile stress from the cable assembly to the protective sleeve.

Application

12F Single-Mode (SM) MPO Patch Cord

Bandwidth: Features ultra-low dispersion and unlimited bandwidth, delivering consistent and reliable long-distance optical transmission performance.

Transmission Rate & Reach: Supports 40G LR4, 100G LR4, 400G LR4 and 800G DR8 parallel optical transmission; 40G/100G/400G reach up to 10km, 800G DR8 reach up to 500m.

Application Scenarios: Ideal for long-haul network deployment, including inter-data center connections, cross-building backbone links, campus long-distance cabling and outdoor telecom transmission systems.

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