P22609-001 HPE MPO Single Mode 2 Meter Assembly 12 Fiber Optic Cable

HPE P22609-001 MPO 12 Fiber to 4xLC Single Mode 2 Meter Assembly Optic Cable Overview

The HPE P22609-001 MPO 12 Fiber to 4xLC Single Mode 2 Meter Assembly Optic Cable is designed for high-density data center and enterprise networking environments that require reliable, high-bandwidth fiber optic connections. This cable features a 12-fiber MPO connector on one end and breaks out to four LC connectors on the other end, enabling flexible connectivity between backbone infrastructure and individual network ports. Its single-mode fiber design supports long-distance transmission with low attenuation, making it suitable for core network interconnects, SAN infrastructure, and campus backbone links.

Technical Specifications

Connector Type

The cable uses a MPO 12-fiber connector on one side, compliant with industry standards for multi-fiber push-on connections, and four LC duplex connectors on the breakout side. This configuration simplifies connectivity in environments with high-density patch panels or transceivers that require LC terminations.

Single-Mode Fiber

Built with OS2 single-mode fiber, this assembly provides low-loss performance for long-distance transmission, making it ideal for connecting equipment across different racks, data halls, or even between data centers. Single-mode technology ensures minimal signal degradation and supports higher transmission rates over distances that multi-mode fiber cannot achieve.

2-Meter Length

The 2-meter length is optimized for short-distance connections within server racks, networking cabinets, or adjacent racks. This length helps minimize excess slack while maintaining enough flexibility for clean cable management and avoiding signal strain.

Performance Benefits

High Bandwidth Capability

This MPO to LC breakout cable supports 40G, 100G, and higher Ethernet speeds when used with compatible transceivers and equipment. It ensures optimal bandwidth utilization in modern enterprise networks that require low-latency data transmission for applications such as virtualization, AI/ML workloads, and cloud computing.

Low Insertion Loss

Engineered to meet stringent optical performance standards, this assembly maintains low insertion loss to preserve signal integrity. Consistent low-loss performance reduces network errors, supports longer distances, and ensures compliance with IEEE and TIA standards.

Reduced Crosstalk

Precision manufacturing and high-quality fiber termination minimize crosstalk and modal dispersion, ensuring a clean optical signal path that is crucial for high-speed data transmission in dense networking environments.

Applications in Enterprise Networking

Core and Distribution Layer Connectivity

The HPE P22609-001 is commonly used to connect aggregation switches, routers, or core networking equipment within data centers. Its MPO-to-LC breakout design allows one trunk cable to service multiple LC-based ports, optimizing cabling efficiency.

Storage Area Networks (SAN)

SAN environments often require reliable, low-latency connectivity between storage arrays and servers. This cable supports Fibre Channel over single-mode links, ensuring fast and reliable storage access.

Campus Backbone Links

For enterprise campuses with multiple network closets or server rooms, the single-mode design of this assembly supports long-distance connections without the need for additional signal regeneration equipment.

Design and Construction

Durable Jacket Material

The cable jacket is designed for durability and flexibility, allowing it to withstand installation stress in high-density cabling environments. It resists kinks, bends, and crushing forces, protecting the optical fibers inside.

Precision Polished Connectors

Each MPO and LC connector is factory-terminated and precision-polished to deliver optimal optical performance and repeatable mating quality, reducing insertion loss variability and improving long-term reliability.

Color Coding

The cable is color-coded to easily identify it as single-mode OS2, helping network technicians quickly distinguish it from multi-mode assemblies during installation and maintenance.

Ease of Deployment

Plug-and-Play Installation

Factory pre-terminated and tested, this cable is ready for deployment out of the box, eliminating the need for on-site fiber termination. This reduces installation time and minimizes the risk of errors.

Compatibility with Existing Infrastructure

The MPO to LC configuration is compatible with standard transceivers, patch panels, and cassettes, allowing it to be easily integrated into existing infrastructure without requiring major upgrades.

Improved Cable Management

By consolidating multiple LC fibers into a single MPO trunk, this assembly reduces cable clutter and simplifies routing, which is particularly valuable in racks with limited space.

Reliability and Testing

Factory Testing and Certification

Each cable undergoes rigorous factory testing for insertion loss, return loss, and overall optical performance. This ensures that every assembly meets or exceeds industry standards before deployment.

Long-Term Stability

The use of high-quality materials ensures that the cable maintains its optical properties over time, even in demanding environments with frequent handling, moves, and reconfigurations.

Minimized Downtime

Reliable connectivity reduces the risk of link failures that could cause network downtime, ensuring continuous operation for mission-critical systems.

Use in High-Density Data Centers

Rack-to-Rack Connectivity

The 2-meter length makes this assembly ideal for rack-to-rack connections where equipment is closely located, enabling clean and organized cabling layouts without excess slack.

Scalability

As data center requirements grow, additional MPO trunk cables can be deployed quickly, supporting future bandwidth expansions without redoing the cabling infrastructure.

Operational Efficiency

Space Savings

Using MPO breakout assemblies reduces the number of individual cables required, freeing up valuable rack space and improving airflow for better thermal management.

Faster Troubleshooting

Color coding, labeling, and consistent performance make troubleshooting and maintenance faster, reducing mean time to repair (MTTR) when issues arise.

Compliance and Standards

Industry Standards

The HPE P22609-001 assembly complies with IEC, TIA, and ISO standards for fiber optic cabling, ensuring interoperability and consistent performance across a wide range of equipment and networking solutions.

RoHS Compliance

The cable is manufactured using materials that meet RoHS environmental compliance standards, making it safe for use in environmentally conscious organizations.

Business Benefits

Increased Network Reliability

By using a high-quality factory-tested assembly, businesses can ensure consistent network uptime, reducing the risk of revenue loss caused by connectivity issues.

Optimized Total Cost of Ownership

Investing in durable, pre-tested assemblies reduces the need for frequent replacements, minimizes operational disruptions, and lowers overall network maintenance costs.