ENET NSI Industries MTPF2XO-OM4-1M-ENC Fiber Optic Network Cable – 1 Meter, MTP Female to MTP Female, OM4 Multimode

MTP/MPO-Female to MTP/MPO-Female Aqua Multimode OM4 50/125m Cross-Over (Method B) 1 Meter Cable Assembly for 40G/100G QSFP+/QSFP28 Applications

The ENET NSI Industries MTPF2XO-OM4-1M-ENC Fiber Optic Network Cable provides a reliable and high-performance solution for connecting multiple devices within your business network. Designed for data centers and high-bandwidth applications, this cable ensures smooth communication and efficient data transfer across your network infrastructure. Its MTP female connectors facilitate stable signal routing, making it suitable for system integration and uninterrupted network operation. The cable's fiber optic construction delivers high-bandwidth data transmission with minimal signal loss, supporting demanding applications such as 40G and 100G QSFP+ and QSFP28 modules. Its OM4 multimode fiber core enhances overall performance and future-proofing, allowing for scalable network expansion. The 1-meter length offers flexibility for various deployment scenarios, minimizing excess cable clutter while maintaining optimal signal integrity. This product aligns with industry standards, ensuring compatibility with a wide range of network equipment and configurations. Whether upgrading existing infrastructure or deploying new systems, the ENET Fiber Optic Network Cable guarantees high-speed, reliable connections essential for modern business environments. Its robust design and quality construction by NSI Industries ensure durability and consistent performance over time, making it a valuable addition to your network setup.

Features:

• Provides a simple and efficient way to connect multiple devices within your business network, ensuring smooth communication and reliable data transfer

• s fiber optic cable type to deliver high-bandwidth data transmission with minimal signal loss, ensuring optimal performance in network setups

• MTP Network - Female delivers stable signal routing to network devices for uninterrupted communication and system integration