Instant Savings Category 8 40gig Ethernet Cable Assembly, S/ftp Overall Braid Shield W Shielded Pairs, Rj45 Male-plug, 24awg Solid, Cm Pvc, Black, 2ft For Kids [L2yb1vnI]

Superior Category 8 Ethernet Cable Assembly

The L-com TRD824-BLK-30F is a premium Category 8 rated Ethernet cable assembly designed for the most demanding data applications. This high-performance cable is engineered to handle bandwidth up to 2000MHz and deliver speeds of 25 to 40 gigabits, making it ideal for server rooms and data centers. With its robust construction and advanced shielding, the TRD824-BLK-30F ensures maximum protection against EMI and RFI, minimizing crosstalk and maintaining data integrity. Key features include:

• Bandwidth and Speed: Up to 2000MHz bandwidth and 25 to 40 gigabit performance
• Shielding: S/FTP construction with an overall braid shield and individually foil shielded twisted pairs

Advanced Design and Connectivity

The TRD824-BLK-30F is built with a durable CM rated PVC jacket and terminated with 50um gold plated RJ45 male plug connectors. These connectors are reinforced with overmolded boots for added strain relief, ensuring the longevity of the cable. Available in a variety of lengths and colors, this cable is suitable for a wide range of installations. Additional features include:

• Connectors: 50um gold plated RJ45 (8x8) male plug connectors
• Jacket: CM rated PVC jacket for durability and flexibility

Practical Applications and Compatibility

The L-com TRD824-BLK-30F is versatile and can be used in a variety of environments, including data centers, server rooms, and topologies such as Top-of-Rack (ToR), End-of-Row (EoR), and Middle-of-Row (MoR). Its backward compatibility with older Ethernet standards ensures future-proofing for your network infrastructure. This cable is also suitable for copper-to-fiber and fiber-to-copper connections, making it a versatile solution for high-speed data centers. Applications include:

• Data Centers: Optimize server room and data center operations
• Networking: Enhance connectivity and performance in ToR, EoR, and MoR topologies