Ethernet patch cable LOGON Cat5e UTP 15 m, RJ-45 — green

LOGON Cat5e UTP Ethernet patch cable, 15 m long, designed for connecting network devices over copper twisted-pair cabling. The cable has unshielded twisted pairs (UTP) and is terminated with RJ-45 male connectors on both ends. It supports Fast Ethernet (100 Mbps) and is suitable for Gigabit-ready LAN segments, patch panels, switches and routers in home and office installations where Cat5e performance is required.

Advantages

The unshielded Cat5e construction provides reliable data transmission for typical local area network tasks while keeping the cable flexible and easy to route in racks or along walls. RJ-45 plugs with boots include kink protection and strain relief to reduce connector stress during installation and movement. A visible spot length marking on the boot helps identify the 15 m cable among other lengths in patch cabinets or cable bundles.

Suitable for

• Connecting PCs, switches, routers and patch panels in home and small office networks
• Structured cabling runs requiring Cat5e performance up to 100 MHz
• Temporary or permanent patching in server rooms and network closets

Key specifications

• Cable category: Cat5e (unshielded)
• Length: 15 m
• Conductor: 4 pairs, 26 AWG stranded (26/7)
• Characteristic impedance: 100 Ω
• Connector type: RJ-45 male — both ends
• Outer colour: green
• Boot with kink protection and strain relief; spot length marking on boot

How to use

Insert the RJ-45 plugs into the corresponding Ethernet ports of devices such as computers, switches, routers or patch panels until the plug latches. Ensure connectors are fully seated and routed without sharp bends to maintain signal integrity. For rack or patch cabinet use, secure excess length to avoid strain on connectors and prevent cable kinking. Verify link lights or network diagnostics on connected devices to confirm a successful connection.

Recommendations

Use this Cat5e UTP cable for standard 100BASE-TX links and in many Gigabit-capable installations where Cat5e cabling meets performance requirements. Avoid running the cable in parallel with high-voltage power lines to reduce interference, and do not exceed recommended bend radius near connectors to preserve long-term reliability.