CAT6 network cable RJ45 patch cord with silver grey PVC outer sheath and 2m length, operating temperature range -10°C to 70°C, compatible with Ethernet network connections
2 metre CAT6 network patch cord with RJ-45 connectors and silver grey PVC sheath

This CAT6 network patch cord provides a physical Ethernet connection between devices such as computers, routers, switches, and other networking equipment. With its 2m length, it offers sufficient reach for typical office or home networking setups where devices are within moderate proximity. The silver grey PVC outer sheath covers the internal conductors, providing basic protection against physical wear and helping with cable organisation. The RJ-45 connectors at both ends are designed to connect with standard Ethernet ports commonly found on networking hardware.
Features and Construction

The cable's construction centres around practical networking needs with specifications that support standard Ethernet connectivity requirements.
Material and Build
The network cable features a PVC outer sheath that encases the internal conductors. This PVC covering provides basic insulation and protection against physical abrasion during everyday use. The connectors are RJ-45 type, the standard interface for Ethernet networking, ensuring compatibility with most networking equipment ports. The cable is designed to maintain functionality within an operating temperature range of -10°C to 70°C, accommodating typical indoor environments.
Size and Practical Fit
With a 2m total length, this patch cord offers sufficient reach for connecting devices within typical workspace distances. This length accommodates connections between computers and wall sockets, routers and nearby equipment, or between adjacent networking components in rack or desk setups. The silver grey colour provides a neutral appearance that blends with most office or home decor while helping with cable identification in multi-cable environments.
Uses and Placement

This network cable serves as a physical connection medium in various networking scenarios, from professional installations to home office setups.
Event or Professional Use
In professional environments, the cable can connect networking equipment in office settings, link computers to network infrastructure, or serve as patch cords in server rooms and networking cabinets. The 2m length is suitable for connecting devices within rack enclosures or between adjacent equipment. The specified temperature range supports operation in typical climate-controlled indoor environments found in commercial buildings and data centres.
Everyday Home Use
For home networking, this cable connects routers to computers, gaming consoles to network switches, or smart TVs to internet connectivity points. The 2m length provides flexibility for arranging equipment on desks or entertainment centres without excessive cable slack. The PVC sheath offers sufficient durability for stationary installations where cables remain in place once connected, rather than frequently being moved or subjected to significant stress.
Benefits and Buying Value

The cable provides straightforward Ethernet connectivity with specifications that match common networking requirements.
Reuse and Low Maintenance
As a physical network connection, the cable can be reused across different networking setups or repurposed as equipment configurations change. The PVC sheath requires minimal maintenance beyond keeping connections clean and avoiding sharp bends that could damage internal conductors. The operating temperature specification indicates the cable's suitability for standard indoor environments without requiring specialised climate control.
Why Choose This Product
This network cable offers a practical solution for Ethernet connectivity with a length suited to workspace distances and connectors compatible with standard networking ports. The PVC sheath provides basic cable protection, while the silver grey colour offers a neutral appearance. With clear specifications including the 2m length and operating temperature range, buyers can assess its suitability for their specific networking needs without uncertainty about performance parameters.
