AV:Link: 113.160UK, Cat5e UTP RJ45 Network Patch Lead, Grey, 15m, 1000Base-T

Product Overview & Key Benefits

The Cat5e UTP RJ45 Network Patch Leads offer a reliable solution for high-speed data transmission, perfect for both home and office networking. With the capability to support 100/1000Base-T Ethernet, these patch leads are suitable for connecting devices such as computers, printers, and routers with ease. Their robust construction ensures consistent performance making them an ideal choice for anyone looking to enhance their network connectivity.

Technical Specifications & Product Details

• Product Name:Cat5e UTP RJ45 Network Patch Leads
• Supplier SKU:113.160UK
• Variant:Grey 15.0m
• Colour:Grey
• Length:15.0m
• Weight:310g
• Core Diameter:4 x 2 x 0.51mmØ
• Overall Diameter:5mm
• Construction:Solid 24AWG copper clad aluminium twist pair
• Transmission Speed:Capable of transmitting at GHz speed
• Packaging:Shorter lengths supplied in retail friendly sealed bag

Ideal Uses & Applications

The Cat5e UTP RJ45 Network Patch Leads are designed for various applications, making them highly versatile. Common uses include:

• Domestic DIY:Ideal for home network setups, connecting gaming consoles, desktops, and smart TVs.
• Commercial Buildings:Essential for setting up connections in offices, ensuring stable and fast internet connectivity.
• Hospitals and Hospitality Settings:Provides reliable connections for devices that rely on real-time data transmission.
• Education Institutions:Supports educational technology setups by connecting classroom devices to the internet.

Energy Efficiency & Cost Savings

While the Cat5e UTP RJ45 Network Patch Leads do not directly influence energy consumption, using high-quality network leads can significantly impact overall network efficiency. With improved data transmission speeds and reduced interruptions, users can experience less downtime which indirectly leads to better energy savings. Upgrading to premium patch leads can help you maximise performance and potentially save on device energy costs during operation.