ACT Fiber Optic Patch Cable Duplex Short Boot 0.5 meter

Discover the ACT Fiber Optic Patch Cable Duplex LSZH Singlemode Short Boot - LC/LC 9/125µm OS2, a premium fiber optic patch cable specifically designed to support reliable and efficient network infrastructure. This high-quality cable offers outstanding performance, durability and versatility, making it the ideal choice for a wide range of applications. Whether you are setting up a data center, telecommunications network or business installation, the ACT Patch Cable delivers unparalleled results for your fiber connections.

Excellent performance:
The ACT Patch Cable is specially designed to deliver optimum performance. Thanks to the duplex LSZH (Low Smoke Zero Halogen) jacket, the cable offers excellent flame retardancy and reduces the emission of toxic fumes in the event of a fire. The LC/LC connectors ensure a stable, secure connection with minimal signal loss and high transmission speeds. This single-mode fiber optic cable with a core diameter of 9/125µm is ideal for long-distance transmissions and offers high bandwidth with low attenuation, perfect for demanding applications.

Reliable connectivity:
The ACT Patch Cable provides a stable and seamless connection thanks to the precision of the LC connectors, which are widely used for their reliability. The connectors minimize signal loss and provide a constant data transfer. Whether you are connecting switches, routers or other network devices, this cable ensures a reliable fiber optic connection within your network.

High bandwidth and low attenuation:
The single-mode fiber core of the ACT Patch Cable enables high bandwidth and low attenuation, making it suitable for long-distance transmissions. Maintaining excellent signal quality ensures reliable and efficient data transmission over long distances. Whether it's sending large amounts of data, video conferencing or telecommunications services, this patch cable offers the performance you need.

Increased durability:
At ACT, durability is key. The ACT Patch Cable is built to withstand heavy use and harsh environments. The LSZH jacket provides excellent protection against abrasion, flexing and other environmental factors, extending the life of the cable. The short boot of the connectors also provides extra strain relief, protecting the connections during installation and cable management.

Easy to install and maintain:
The ACT Patch Cable is designed for easy installation and maintenance. The LC connectors are easy to connect and disconnect, saving time and effort. The short boot design allows for easy cable management, ensuring an organized installation. The durable construction reduces the need for frequent cable replacement, helping to reduce maintenance costs and minimize downtime.

Versatile use:
The versatility of the ACT Patch Cable makes it suitable for various network applications. Whether it is data centers, telecommunications networks or corporate infrastructures, this patch cable offers the flexibility and performance needed in a variety of environments. It is ideal for long-distance connections, backbone networks and networks between locations, ensuring a reliable fiber connection.

Future-proof solution:
Investing in the ACT Patch Cable means choosing a future-proof network solution. As demand for higher data rates increases and technology evolves, this fiber optic cable will continue to meet the ever-increasing demands. Its robust design, compatibility with existing equipment, and support for long-distance transmissions make it a reliable choice for both current and future network needs.

In summary, the ACT Fiber Optic Patch Cable Duplex LSZH Singlemode Short Boot - LC/LC 9/125µm OS2 is the perfect combination of top performance, robustness and flexibility. Whether in data centers, telecommunications networks or corporate infrastructures, this patch cable guarantees optimal signal transmission, minimal downtime and more efficient network management. Rely on the ACT Patch Cable for reliable connectivity and seamless data transmission in all your fiber applications.