AV:Link: 113.134UK, Cat6 UTP RJ45 Ethernet Patch Lead, 3.0m, Grey, 1Gbps

Product Overview & Key Benefits

The Cat6 UTP RJ45 Ethernet Patch Leads are high-performance networking cables designed for superior data transmission. With their robust construction and seamless compatibility, these cables are ideal for connecting various networking devices, such as PCs, printers, servers, and routers. The primary benefits of these patch leads are their ability to support high-speed data transfers, ensuring efficient communication within your network. Perfect for both domestic and commercial applications, they deliver reliability and performance in every usage scenario.

Technical Specifications & Product Details

• Product Title:Cat6 UTP RJ45 Ethernet Patch Leads
• Supplier SKU:113.134UK
• Variant:Grey 3.0m
• Colour:Grey
• Length:3.0m
• Weight:106g
• Core Diameter:7*0.18mm
• Overall Diameter:6.0mm
• Supports Frequencies:Up to 250 MHz
• Data Transmission Speed:Up to 1,000 Mbps (1 Gbps)
• Compatibility:PCs, printers, servers, routers, switch boxes, and more; fully backwards compatible with existing networks

Ideal Uses & Applications

The Cat6 UTP RJ45 Ethernet Patch Leads are versatile and suitable for a variety of settings. In domestic environments, they are perfect for connecting home office equipment, ensuring reliable internet connectivity for work and leisure. For commercial use in offices, these cables lend themselves to high-speed data transmission, pivotal for a seamless workflow. Additionally, they are well-suited for hospitality settings, where multiple devices must be interconnected efficiently for guest services. Regardless of the environment, users can rely on these patch leads for optimal performance.

Energy Efficiency & Cost Savings

Investing in high-quality Ethernet patch leads like the Cat6 UTP can lead to significant cost savings in the long term. By providing enhanced data transfer capabilities, these cables help reduce the time and energy required for data handling and processing. Users can enjoy faster internet connections, which translates to improved productivity and lower electricity bills. Although the product itself does not consume energy, its efficiency contributes to overall energy savings in its applications, ultimately benefiting users who seek sustainable strategies for their connectivity needs.