MPO-LC-SM-8/12 Fibers-breakout Fiber Optic Cable

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MPO-LC-SM-8/12 Fibers-breakout Fiber Optic Cable
Details
Key Parameters
Connector Type:MPO Female (12-fiber) to LC/UPC Duplex × 4 or 6
Fiber Type:OS2 Single-Mode 9/125µm
Fiber Count:8-fiber or 12-fiber configuration available
Jacket Rating:LSZH, OFNP, or PVC optional
Breakout Length:0.5m to 3m fanout section, total length customizable 1-100m
Application:40G/100G data center structured cabling, server-to-switch connectivity
Value Proposition
The perfect bridge between high-density MPO backbone and legacy LC equipment, pre-terminated design saves 80% field installation time with zero-defect deployment.
Category
MTP MPO Fiber Breakout Cable
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Description

Technical Specifications

Detailed technical parameters ensuring optimal performance and compatibility with industry standards.

Product drawing

product-800-800
product-800-800
product-800-800

Basic feature

Connector A

MPO Female (12-fiber or 8-fiber), with pins

Connector B 4× or 6× LC/UPC Duplex (8 or 12 fibers)
Fiber Type OS2 Single-Mode 9/125µm
Fiber Count 8-fiber (4× LC Duplex) or 12-fiber (6× LC Duplex)
Cable Structure Round cable trunk with 0.9mm tight-buffered breakout legs
Main Cable Diameter 3.0mm (8F) / 3.8mm (12F)
Breakout Leg Diameter
0.9mm per fiber (900µm tight buffer)
Jacket Rating
LSZH (standard), OFNP, PVC, or outdoor armored optional
Cable Color Yellow (OS2 standard), custom colors available

    Breakout Length


    0.5m to 3m (customizable)

 

Digital feature

  
Insertion Loss (MPO) ≤0.35 dB (typical)
Fiber Attenuation (@1310nm) ≤0.35 dB/km (typical)
    Insertion Loss (LC)     ≤0.30 dB (typical)
Return Loss (UPC) ≥50 dB
    Fiber Attenuation (@1310nm)     ≤0.35 dB/km (typical)
    Fiber Attenuation (@1550nm)     Fiber Attenuation (@1550nm)
   End-to-End Channel Loss

   ≤1.5 dB (typical 5m assembly)

Mechanical Specifications

Minimum Bend Radius (loaded) 10× cable diameter
Minimum Bend Radius (unloaded) 20× cable diameter
Tensile Strength ≥600 N (cable), ≥90 N (connector)
Crush Resistance ≥1000 N/100mm
Impact Resistance ≥10 J
Mating Cycles ≥500 (MPO), ≥1000 (LC)
Connector Retention ≥90 N
Cable Jacket Material LSZH, OFNP, PVC, or PE (armored)
Operating Temperature -40°C to +75°C
Storage Temperature -40°C to +85°C
Relative Humidity 0% to 100% (non-condensing)
Altitude 0 to 5,000 meters
Flame Rating UL 94 V-0 (LSZH), OFNP (UL 910)
Smoke Density ≤50 (ASTM E662)
Halogen Content Zero (LSZH)
Corrosion Resistance Passes salt spray test (ASTM B117)

 

Core Features

Pre-Terminated Plug-and-Play Solution

Factory terminated and tested, no splicing or polishing required on-site, 30-second rack deployment that eliminates field termination errors and reduces labor costs.

Flexible Density Conversion Architecture

Single MPO connector fans out to 4 or 6 LC duplex connectors, enabling seamless transition from high-density backbone to legacy equipment while maximizing cabinet space utilization.

Ultra-Low Insertion Loss Guarantee

≤0.35dB per connection point, ≤1.5dB end-to-end channel loss, ensuring 40G/100G long-distance transmission stability with sufficient link budget headroom.

Factory-Grade Quality Inspection

3D interferometer endface inspection, bidirectional IL/RL testing, and fiber continuity verification; each cable ships with serialized test data for complete traceability.

Multi-Scenario Jacket Options

LSZH meets stringent fire safety requirements for equipment rooms, OFNP suitable for plenum spaces, outdoor armored version supports inter-building campus cabling.

Modular Upgrade Path

Supports smooth evolution from 10G to 40G to 100G networks; single 12-fiber cable can be flexibly configured for 3×40G or 1×100G applications without infrastructure replacement.

 

Application Scenarios

 

Data Center Server Connectivity

Direct connection from MPO-based structured cabling trunk panels to legacy servers or storage devices with LC interfaces, eliminating the need for intermediate patch panels and reducing insertion loss by up to 0.5dB per link.

01

Switch-to-Equipment Breakout

Top-of-rack or end-of-row switches with MPO uplink ports connecting to multiple 10G SFP+ devices through individual LC ports, maximizing port density utilization while maintaining flexible equipment connectivity.

02

Migration from Duplex to MPO Infrastructure

Provides gradual network upgrade path allowing existing LC-equipped active equipment to interface with new high-density MPO backbone cabling without forklift replacement of end devices.

03

Test and Measurement Applications

Laboratory and network testing scenarios where MPO test reference cords need to interface with LC-based testing equipment, optical time-domain reflectometers (OTDRs), or insertion loss test sets.

04

Modular Data Center Pods

Pre-cabled solution for containerized or modular data center deployments where space constraints demand high-density trunk cabling combined with rapid equipment connection capabilities.

05

 

Test and Measurement Applications

Tailor-made solutions to meet your specific network infrastructure requirements.

Length Configuration

Main trunk length from 1m to 100m in 0.5m increments; breakout fanout section from 0.5m to 3m; asymmetric leg lengths available.

Fiber Type Selection

OS2 single-mode (standard for long-reach applications), OM3 50/125µm multimode, OM4 50/125µm multimode, OM5 wideband multimode.

Fiber Count Options

8-fiber (4× LC duplex), 12-fiber (6× LC duplex), 24-fiber (12× LC duplex), or custom fiber counts for specialized high-density applications.

Connector Variations

MPO female with pins (standard), MPO male without pins, angled MPO connectors; LC/UPC (standard) or LC/APC for enhanced return loss.

Polarity Types

Method A (key-up to key-down flip), Method B (key-up to key-up straight-through, standard), Method C (pairs flipped configuration).

Jacket Ratings

LSZH (default), OFNP/plenum-rated, PVC, OFNR riser-rated, outdoor-rated with double-jacketed armored or gel-filled construction.

 

Color Coding

Standard: Yellow (OS2/single-mode), Aqua (OM3/OM4), Lime (OM5); custom colors available for network identification schemes.

Identification & Labeling

Custom laser-marked labels on connectors and cable jackets with asset numbers, sequential numbering, barcode or QR code tags.

Enhanced Testing

Extended temperature cycling tests, additional mechanical stress testing, protocol-specific certification, on-site acceptance testing.

 

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