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888-568-1230Our Indoor MTP® / MPO Fanout Assemblies provide a high-performance fiber optic cabling solution for environments requiring dense fiber connectivity, high-speed data transmission, and efficient cable management. These assemblies transition from an MTP® connector to simplex connectors, allowing seamless integration into data centers, enterprise networks, and telecommunications infrastructure.
Built with genuine MTP® connectors from US Conec® and Corning ClearCurve® fiber, our assemblies ensure low insertion loss, high return loss, and exceptional signal integrity. Each assembly is custom-built for critical networking applications and features plenum-rated jackets, making them safe for installation in air-handling spaces.
Whether you need OM3 or OM4 multimode for high-speed short-range transmission or singlemode for long-distance, low-latency connectivity, our fanout assemblies deliver scalable and reliable fiber solutions tailored to modern networking needs.
Our Indoor MTP® / MPO OM3 10-GIG Fanout Assemblies are designed for high-speed data transmission in structured cabling environments. These assemblies utilize OM3 laser-optimized fiber, ensuring low insertion loss and excellent return loss characteristics. The fanout design transitions from an MTP® connector to individual simplex connectors, allowing easy integration into patch panels, network switches, and high-density fiber environments.
Ideal for 40G and 100G-ready networks, these OM3 fanout assemblies offer superior performance for short-range multimode fiber deployments, ensuring reliable data transfer with minimal signal loss.
The Indoor MTP® / MPO OM4 Fanout Assemblies provide an enhanced performance option for fiber optic networks requiring higher bandwidth and longer transmission distances. With OM4 laser-optimized fiber, these assemblies extend the reach of 40G and 100G networking applications beyond OM3 capabilities, supporting distances of up to 150 meters for high-speed transmission.
These assemblies are an excellent choice for data centers, cloud computing environments, and enterprise networks, where fiber density, scalability, and performance are top priorities.
For long-distance, high-bandwidth applications, our Indoor MTP® / MPO Singlemode Fanout Assemblies provide exceptional signal integrity and low optical loss. Designed for mission-critical networking, these assemblies support 40G, 100G, and beyond, making them ideal for long-haul telecom, financial networks, and hyperscale data centers.
The singlemode fiber ensures superior transmission performance, enabling low-latency and high-speed connectivity for extended network infrastructures. These assemblies transition from an MTP® connector to simplex connectors, ensuring seamless integration with networking hardware.
Data Centers – High-density fiber cabling for efficient space management and scalability.
Enterprise Networking – Reliable backbone connectivity for corporate environments.
Telecommunications – High-speed fiber infrastructure for communication networks.
Cloud Computing Providers – Scalable, high-bandwidth solutions for cloud data centers.
Financial Institutions – Secure, low-latency connections for trading and banking networks.
Connecting high-density fiber patch panels to networking equipment
Upgrading existing networks to support 40G and 100G speeds
Simplifying cable management in structured cabling systems
Supporting high-speed data transmission within enterprise environments
Facilitating high-bandwidth connectivity for cloud computing and colocation centers
MTP® / MPO fanout assemblies simplify fiber optic cable management by consolidating multiple fibers into a single trunk, reducing cable clutter and improving network organization.
OM3 is best for short-range multimode applications (up to 100m for 40G).
OM4 extends the reach to 150m for 40G, offering lower attenuation.
Singlemode is required for long-distance, high-bandwidth applications beyond 500m.
Yes, all indoor MTP® / MPO fanout assemblies are plenum-rated, ensuring compliance with fire and safety regulations for indoor installations.
Absolutely! These assemblies are designed for high-density data center applications, allowing for fast deployment, easy scalability, and efficient cable management.