Sovitinkaapeli puhelimelle No name TAE-F - RJ-45, 2 m, läpinäkyvä mustilla päillä

Adapter cable No name TAE‑F to RJ‑45, 2 m, transparent with black ends connects devices with a TAE‑F telephone socket to equipment that uses an 8‑pin RJ‑45 plug. The cable has a transparent sheath and black connector housings; one end is fitted with a TAE‑F connector and the other with an RJ‑45 plug. Its 2‑metre length provides a practical reach for desktop or wall‑mounted telephone devices and PBX interfaces that require a straightforward TAE‑F to RJ‑45 conversion.

Advantages

The cable provides a simple, plug‑and‑play connection between TAE‑F telephone sockets and RJ‑45 interfaces without requiring additional adapters or tools. Its transparent sheath with contrasting black ends makes connector orientation visible while keeping a discreet appearance in office or home environments. The fixed 2 m length balances flexibility and tidiness, reducing cable clutter while allowing comfortable placement of connected devices.

Suitable for

• Connecting telephone handsets or base units with TAE‑F sockets to devices or adapters with RJ‑45 ports
• Small office or home PBX interfaces that accept RJ‑45 connections for telephony
• Temporary or permanent wiring where a short TAE‑F to RJ‑45 link is required

Key specifications

• Cable length: 2 m
• Connector A: TAE‑F (male)
• Connector B: RJ‑45 (8‑pin male)
• Cable sheath: transparent
• Connector housings: black

How to use

Insert the TAE‑F end into the telephone device’s TAE‑F socket and plug the RJ‑45 end into the target RJ‑45 port or adapter. Ensure connectors are fully seated and oriented correctly; the transparent sheath allows visual inspection of cable condition. No additional configuration is required for passive wiring; test voice or signal transmission after connecting to confirm proper operation.

Recommendations

Use the cable within indoor environments and avoid sharp bends or heavy mechanical strain near the connector ends. For installations near network equipment, keep the cable separated from high‑power or high‑interference sources to maintain signal quality.