Cisco QSFP Passive Copper Cable 2.5M QDD-400-CU2.5M

Length

The Cisco QDD-400-CU2.5M QSFP Passive Copper Cable is a high-quality networking cable designed to meet the demands of modern data centers and network infrastructures. One of its standout features is its length of 2.5 meters, which offers users significant benefits and advantages.

Flexibility and Versatility

With a length of 2.5 meters, this Cisco QSFP cable provides users with enhanced flexibility and versatility in their networking setups. Whether you're connecting switches, servers, storage devices, or other network components, having a cable with ample length ensures that you can easily establish connections between various devices without limitations caused by short cables. The generous length of 2.5 meters allows for greater freedom in arranging your network equipment according to your specific requirements. It eliminates the hassle of having to position devices in close proximity to each other, providing more options for cable routing and organization within your data center or network infrastructure.

Improved Cable Management

Efficient cable management is crucial for maintaining a well-organized and functional network environment. The Cisco QDD-400-CU2.5M QSFP Passive Copper Cable greatly contributes to simplifying cable management tasks. By offering a length of 2.5 meters, this cable assists in reducing cable clutter and congestion. Longer cables enable neater cable routing as they can be neatly organized along racks, cabinets, or cable management panels, minimizing the risk of tangled cables and improving overall airflow within your infrastructure.

Reduced Signal Loss

Signal loss is a concern when it comes to networking cables, as it can affect data transmission quality and overall network performance. The Cisco QDD-400-CU2.5M QSFP Passive Copper Cable addresses this concern effectively. The extended length of 2.5 meters ensures minimal signal loss over distance, allowing for reliable and uninterrupted data transmission between connected devices. This is especially critical in larger network setups where devices are spread across considerable distances.

Cost-Effective Solution

Longer cables often offer a more cost-effective solution compared to shorter cables. The Cisco QDD-400-CU2.5M QSFP Passive Copper Cable's 2.5-meter length makes it suitable for various applications and network configurations, reducing the need for multiple shorter cables or costly custom cable lengths. By providing a longer cable option, Cisco enables users to achieve their desired network connectivity without the need for additional cable extensions or complex setups. This not only saves money but also simplifies installation and maintenance processes.

Compatibility

The Cisco QDD-400-CU2.5M QSFP Passive Copper Cable is designed to be compatible with a wide range of networking equipment, including switches, routers, servers, and storage devices. Its 2.5-meter length ensures compatibility with standard networking protocols and architectures commonly used in modern data centers and enterprises. This cable supports high-speed data transmission up to 40 Gigabits per second (Gbps) and operates flawlessly within Ethernet and Fibre Channel environments. Its compatibility with various devices and protocols makes it a versatile choice for networking professionals seeking seamless integration into their existing infrastructure. In conclusion, the Cisco QDD-400-CU2.5M QSFP Passive Copper Cable's length of 2.5 meters offers significant benefits and importance to users. It provides flexibility, versatility, improved cable management, reduced signal loss, cost-effectiveness, and compatibility with various networking equipment and protocols. With this cable, users can establish reliable connections over longer distances while maintaining a well-organized network environment. Whether you're building a new data center or upgrading your existing network infrastructure, the Cisco QDD-400-CU2.5M QSFP Passive Copper Cable is a reliable choice that ensures optimal performance and ease of installation.