Microconnect UTP525W Καλώδιο δικτύου λευκό 25 m Cat5e U/UTP (UTP)

The MicroConnect UTP525W is a 25 m Cat5e U/UTP networking cable with RJ-45 connectors on both ends, designed for reliable wired connections between devices such as switches, modems, routers, patch panels or wall outlets. The cable is white and tested to the Cat5e standard (up to 100 MHz) and is backward compatible with Cat5. Built-in latch protection helps prevent damage to the connector during installation in tight spaces.

Advantages

This Cat5e cable supports data transfer rates up to 1000 Mbit/s when used within appropriate network equipment and provides stable performance for small office and home network setups. The 25 m length offers flexibility in device placement while the RJ-45 connectors on both ends simplify plug-and-play installation. Latch protection reduces the risk of connector breakage during routing and installation.

Suitable for

• Connecting switches, routers and modems to network infrastructure
• Patch panel and keystone jack connections
• Small office and home network wiring
• Entertainment systems and media players

Key specifications

• Length: 25 m
• Standard: Cat5e (tested up to 100 MHz)
• Connectors: RJ-45 — both ends
• Cable type: U/UTP
• Color: White
• Weight: 0.73 kg
• Compatibility: Backwards compatible with Cat5

How to use

Route the MicroConnect UTP525W cable between network devices or from a device to a wall outlet or patch panel. Plug the RJ-45 connectors firmly into the corresponding ports until the latch clicks. When passing the cable through confined spaces, guide it carefully to avoid excessive bending or strain on the connectors; the latch protection helps prevent damage but does not replace careful handling.

Recommendations

Use the cable within the specified 25 m length and Cat5e performance range; for higher performance over longer distances consider Cat6 or higher standards. Avoid tightly coiling the cable, exposing it to sharp edges, or running it parallel to high-voltage power lines to reduce interference and potential damage.