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Product Features
Technical Overview
This fiber optic cable utilizes OM4-grade multimode fiber with a 50/125 µm core/cladding design, optimized for high-bandwidth applications up to 100 GbE and beyond. The MPO (Multi-fiber Push-On) connectors feature a female interface on both ends, with each termination housing two separate MPO connectors to support parallel optical transmission. This configuration is ideal for structured cabling systems requiring duplex or multi-fiber connectivity without individual strand management.
The cable incorporates a flame-retardant jacket that meets industry safety standards, reducing fire hazard risks in enclosed spaces. A locking latch mechanism on the MPO connectors ensures secure mating and prevents accidental disconnection, maintaining signal stability in vibration-prone or high-traffic environments. The aqua green color provides visual identification for OM4 multimode cables, simplifying installation and troubleshooting in complex network setups.
Key Product Advantages
This Axiom fiber optic cable delivers several advantages for network infrastructure deployment. The OM4 multimode fiber provides superior bandwidth and distance capabilities compared to OM3 or OM2 cables, supporting emerging high-speed protocols while maintaining backward compatibility with existing systems. The dual MPO connector design enables efficient space utilization in high-density patch panels and equipment racks.
Reliable Connectivity
Features a locking latch mechanism that secures connections against accidental pulls or vibrations, ensuring uninterrupted data transmission in dynamic environments.
- Secure MPO mating
- Reduced signal loss
- Vibration resistance
Safety & Durability
Constructed with flame-retardant materials that inhibit fire spread, meeting stringent safety requirements for data center and enterprise installations.
- Flame-retardant jacket
- Environmental compliance
- Long-term reliability
Deployment / Use Cases
This MPO Female to MPO Female cable is specifically designed for applications requiring high-density fiber connectivity between network devices with MPO interfaces. It serves as an ideal solution for connecting MPO-based transceivers in switches, routers, and optical distribution frames within data centers, where space optimization and rapid deployment are essential.
Common deployment scenarios include backbone links between network racks, connections in storage area networks (SANs) for server-to-storage communication, and patching in telecommunications central offices. The cable's 13.1 ft length provides flexibility for intermediate-distance connections while minimizing signal attenuation, making it suitable for structured cabling systems that require precise length management.
Data Center Infrastructure
Enables high-density MPO patching in top-of-rack switching architectures, supporting 40GbE and 100GbE applications with parallel optical channels.
Enterprise Network Backbone
Provides reliable fiber links between distribution frames and equipment rooms, ensuring consistent performance for mission-critical network segments.
Highlights
- MPO Female to MPO Female connector configuration with 2 connectors per end
- OM4 Multimode 50/125 µm fiber for high-bandwidth applications
- 13.1 ft (4m) length ideal for rack-to-rack connections
- Locking latch mechanism ensures secure mating
- Flame-retardant jacket for enhanced safety compliance
- Aqua green color identifies OM4 multimode fiber type
- Environmentally friendly construction
- Lifetime limited warranty for long-term reliability
- Compatible with network devices supporting MPO interfaces
- Supports parallel optical transmission for increased throughput
Specifications
| Specifications | |
|---|---|
| Manufacturer | Axiom Memory Solutions |
| Manufacturer Part Number | MPOFFOM44M-AX |
| Brand Name | Axiom |
| Product Name | MPO Female to MPO Female Multimode OM4 50/125 Fiber Optic Cable - 4m |
| Product Type | Network Cable |
| Technical Information | |
| Cable Type | Fiber Optic |
| Fiber Optic Mode | Multi-mode |
| Fiber Optic Cable Core/Cladding Specification | 50/125 µm |
| Cable Length | 13.1 ft |
| Connector Type on First End | MPO Network - Female |
| Connector on First End Details | 2 x MPO Network - Female |
| Connector Type on Second End | MPO Network - Female |
| Connector on Second End Details | 2 x MPO Network - Female |
| Device Supported | Network Device |
| Features | Locking Latch,Flame Retardant |
| Physical Characteristics | |
| Color Family | Green |
| Product Color | Aqua |
| Miscellaneous | |
| Environmentally Friendly | Yes |
| Warranty | |
| Limited Warranty | Lifetime |
FAQ
What type of fiber is used in this cable?
This cable uses OM4-grade multimode fiber with a 50/125 µm core/cladding specification. OM4 multimode fiber provides enhanced bandwidth and distance performance compared to OM3 or OM2 fibers, supporting applications up to 100 GbE over appropriate distances. The 50/125 µm design optimizes light transmission for high-speed data networks.
How many connectors are on each end of this MPO cable?
Each end of the cable features two separate MPO Network - Female connectors. This dual-connector configuration supports parallel optical channels, enabling higher data throughput compared to single-connector MPO cables. Both ends are identical with MPO Female interfaces for direct connection between compatible network equipment.
What is the cable length and what applications is it suitable for?
The cable measures 13.1 feet (4 meters) in length, making it ideal for intermediate-distance connections in data centers and enterprise networks. This length is well-suited for rack-to-rack connections, patching in distribution frames, and links between adjacent equipment. The OM4 multimode construction ensures reliable performance for high-speed applications within this distance range.
What safety features does this fiber optic cable include?
The cable incorporates a flame-retardant jacket that inhibits fire spread, meeting safety requirements for installation in data centers and commercial buildings. Additionally, the MPO connectors feature a locking latch mechanism that secures connections against accidental disconnection, maintaining signal integrity in environments with vibration or cable movement.