StarTech.com N6PA Cat6 Ethernet Cable, UTP Unscreened, 0.3 m, Yellow Low Smoke Zero Halogen (LSZH) Cross Linked

StarTech N6PA Series Ethernet Cable, 0.3m Cable Length, Yellow Jacket - N6PAT25CMYLS

This ethernet cable provides a short, flexible connection for local area networks where low-smoke, low-toxicity behaviour is required. It is a Cat6 unscreened patch lead constructed with stranded bare copper conductors and a yellow LSZH jacket, designed for indoor installations that demand reduced hazardous emissions during combustion and compact routing in equipment racks.

Features and Benefits:

• 28AWG stranded conductors deliver flexible handling for tight bends
  UTP construction minimises cost while supporting Ethernet signalling
  Meets ANSI/TIA-568.2-D performance for standardised link behaviour
  Low Smoke Zero Halogen jacket reduces harmful gases in fires
  Cross-linked insulation improves dielectric stability at elevated temperatures
  Operates reliably between 10°C and 60°C for typical indoor climates

Applications

• Suitable for short patch connections in telecom cupboards
  Ideal for linking switches to servers in confined racks
  Used with desk-side network ports in offices and call centres
  Can be used for temporary test and measurement set-ups
  Perfect for structured cabling links in populated public spaces

What conductor arrangement affects flexibility?

The cable uses multiple fine strands per core which increases bendability compared with solid conductors, helping with frequent reconfiguration in tight spaces.

How does the jacket material influence installation safety?

The LSZH outer sheath emits minimal smoke and halogen-free fumes when exposed to fire, reducing risk to people and sensitive electronics during emergency events.

Is the cable suitable for screened network topologies?

No, the cable is unscreened UTP, so it is intended for environments where electromagnetic interference is low or managed by other means.

What temperature constraints apply during operation?

The cable is specified for functional use within a 10°C to 60°C range, so it should not be deployed in colder or hotter uncontrolled environments.