Vention IBEBF Cat.6 UTP Patch Cable 1M Black 250MHz 1Gbps

Vention Cat.6 UTP Cable

The Vention Cat.6 Patch Cable provides high-performance connectivity for enterprise-grade networking environments requiring stable gigabit transmission. This unshielded twisted pair (UTP) solution adheres strictly to Category 6 standards, facilitating data transfer rates up to 1000Mbps across local area networks. It operates at a consistent frequency of 250MHz, which significantly reduces signal latency compared to legacy Cat5e alternatives. The internal architecture utilizes high-quality conductors to maintain signal integrity over the 1-meter span. Network engineers utilize this specific component for high-density patching in data cabinets and server rooms where reliability remains paramount. Consequently, the cable ensures minimal packet loss during high-bandwidth operations.

Key Features

• Gigabit Ethernet Performance
  This accessory supports 1000BASE-T technology to ensure high-speed data transmission for servers and workstations.

• Enhanced Bandwidth Capacity
  The 250MHz rating provides the necessary headroom for modern network traffic and reduces crosstalk interference.

• Physical Construction

  • Oxygen-free copper conductors for superior electrical conductivity.
  • Internal cross-frame spline to maintain pair separation and reduce Near-End Crosstalk (NEXT).
  • Durable PVC jacket for protection against physical wear and abrasion.

• Gold-Plated Contacts
  The RJ45 connectors feature gold-plated pins to prevent oxidation and ensure a low-resistance connection point.

Specifications

What’s in the Box

• 1 x Vention Cat.6 UTP Patch Cable (1M, Black)

Why Choose This Networking Solution

• The 1-meter length facilitates clean cable management within server racks and reduces excess slack.

• Strict adherence to TIA/EIA standards ensures compatibility with all standard RJ45 networking hardware.

• The snagless boot design protects the connector clip during frequent insertion and removal cycles.

• High-purity copper conductors minimize signal attenuation over the entire transmission path.