Patch cable InLine S-76602U-1.83 Cat.6 250 MHz, length 1.83 m, U/UTP

InLine Patch Cable S-76602U-1.83 is a Cat.6 U/UTP network cable with 250 MHz bandwidth and a length of 1.83 m, designed to provide reliable wired Ethernet connections. The cable uses four twisted pairs in an unshielded configuration (U/UTP) and is suitable for structured cabling within office and home environments. It is intended for connecting switches, patch panels, routers and network devices where stable Gigabit data transmission is required.

Advantages

This Cat.6 patch cable supports up to 250 MHz frequency, enabling consistent performance for Gigabit Ethernet and many modern network applications. The U/UTP design offers a compact, flexible cable structure that is easy to route in patch panels and cable management systems. Gold-plated RJ45 connectors ensure good contact and corrosion resistance, while the 1.83 m length provides a balance between reach and tidy cable management in racks and desktop setups.

Suitable for

• Connecting switches and patch panels in structured cabling
• Linking routers, modems and network devices in office and home networks
• Short to medium distance Gigabit Ethernet connections
• Network testing and temporary workstation setups

Key specifications

• Category: Cat.6
• Cable type: U/UTP (unshielded twisted pair)
• Bandwidth: 250 MHz
• Length: 1.83 m
• Connector: RJ45 to RJ45
• Number of pairs: 4

How to use

Insert the RJ45 connectors into the Ethernet ports of the devices you want to connect, ensuring a firm click to confirm connection. Route the cable along racks, cable trays or desk channels to avoid sharp bends and excessive tension. For installations in patch panels, allow enough slack for re-termination and maintenance. Verify link status on network devices to confirm proper connection and data transmission.

Usage recommendations

For best performance, avoid running the cable in parallel with high-voltage power lines and keep bend radius larger than the cable diameter. Use cable management accessories to prevent strain on connectors and maintain signal integrity in structured cabling installations.