Breakout Cable MPO-LC OM4
Breakout Cable MPO-LC OM4
Breakout Cable MPO-LC OM4
Breakout Cable MPO-LC OM4

Breakout Cable MPO-LC OM4

  • Cable Type: MPO-LC OM4 breakout cable

  • Core Application: High-density cabling in data centers; SAN, LAN switch, and EDA patch field connections

  • Key Trait: Compliant with OM4 standards, enables efficient MPO-to-LC signal distribution

  • Core Advantage: Optimizes space utilization, ensures reliable data transmission in demanding network environments

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  • Product Description
  • Specification
  • Product Advantage

Product Description

1. Overview

This MPO-LC OM4 Breakout Cable is specifically engineered for high-density cabling requirements in critical network environments. It serves as a reliable connectivity solution to meet the demands of modern data transmission systems.

2. Applications

The cable is ideally suited for the following scenarios:

• Storage Area Network (SAN) implementations

• Local Area Network (LAN) switch connections

• Equipment Distribution Area (EDA) patch field deployments

• High-density cabling systems in data centers

3. Features

(Note: Specific feature details are to be supplemented based on actual product characteristics; typical high-density breakout cable features may include the following)

• Supports high-density cabling configurations, optimizing space utilization in data centers

• Compliant with OM4 fiber optic standards, ensuring excellent transmission performance

• Facilitates efficient signal distribution from MPO to LC interfaces

• Engineered for reliable and stable data transmission in demanding network environments

4. Installation Guidelines

(Note: Detailed installation steps are to be supplemented based on standard industry practices and product-specific requirements)

• Prior to installation, inspect the cable for any physical damage or defects

• Ensure compatibility of the cable with existing network equipment and interfaces

• Follow proper fiber handling procedures to avoid bending or stretching beyond specified limits

• Secure the cable appropriately to prevent accidental disconnection or damage during operation

• Adhere to relevant industry safety and installation standards throughout the process

Specification

5. Specifications

(Note: Specific technical parameters are to be supplemented based on actual product specifications; key parameters for MPO-LC OM4 breakout cables typically include the following)

• Fiber Type: OM4 multimode fiber

• Connector Types: MPO (Male/Female, as applicable) to LC (Male/Female, as applicable)

• Core/Cladding Diameter: Conforms to OM4 standard specifications

• Operating Wavelength Range: Typical multimode operating wavelengths (e.g., 850 nm, 1300 nm)

• Transmission Distance: Dependent on specific network configuration and transmission rate, compliant with OM4 fiber performance standards

• Cable Jacket Material: Suitable for data center and network environment use (e.g., LSZH, PVC)

• Operating Temperature Range: Typical industrial or data center operating temperature range (e.g., -20°C to 60°C, subject to actual product specifications)

6. Assembly

(Note: Assembly details are to be supplemented based on product design and manufacturing standards)

• Precision assembly of MPO and LC connectors to ensure optimal signal transmission

• Strict quality control during the assembly process to meet performance and reliability requirements

• Compliance with relevant industry assembly standards and specifications

• Proper testing of assembled cables to verify transmission performance, insertion loss, and return loss (as applicable)

Product Advantage

  • 1

    Complies with OM4 fiber standards for excellent transmission performance.

  • 2

    Enables high-density cabling, optimizing space utilization in data centers.

  • 3

    Facilitates efficient MPO-to-LC signal distribution for seamless connectivity.

  • 4

    Ensures reliable and stable data transmission in demanding network environments.

  • 5

    Suitable for diverse critical applications (SAN, LAN switch, EDA patch field).

  • 6

    Precision-engineered for compatibility with modern network equipment.

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