Wholesale Bulk SFTP CAT6A PVC Cable 550MHz 23AWG Copper High-Speed Secure Connectivity

ITI-LINK introduces the ITI-CTSF6A-008, a premium SFTP CAT6A PVC cable engineered for wholesale bulk orders and mission-critical applications. Available in 1000ft bulk reels with a durable PVC jacket, this cable combines 23AWG copper conductors, 550MHz bandwidth, and advanced shielding to deliver unmatched performance in data centers, industrial facilities, and large-scale enterprise networks.

Featuring SFTP (Shielded Foil Twisted Pair) technology, the ITI-CTSF6A-008 provides dual-layer protection against EMI/RFI interference, ensuring stable 10Gbps data transmission even in high-noise environments. The 23AWG oxygen-free copper conductors minimize signal loss over 100 meters, while the 550MHz bandwidth supports future-ready applications like 40GBASE-T and 8K video streaming.

• Installation Flexibility: Smooth PVC material allows effortless routing through conduits or overhead trays in complex networks.
• Industrial-Grade Durability: Resists abrasion, moisture, and chemical spills, making it suitable for factory floors, server rooms, and outdoor trenches.
• Visual Management: The distinct blue color streamlines cable identification in patch panels, reducing setup time for contractors handling bulk installations.

• Data Centers: High-density server rack cabling and storage area networks (SANs) requiring low latency and high shielding effectiveness.
• Industrial Automation: Connecting PLCs, robotics, and IoT sensors in manufacturing plants with heavy electromagnetic interference.
• Enterprise Campuses: Backbone cabling for universities, hospitals, and corporate offices with mixed-device environments.
• Broadcast & Media: Reliable 10Gbps links for 8K video production, live streaming, and studio networks.

• Scalable Production: 3,000 reels/day capacity to meet urgent project deadlines.
• Technical Support: Free site surveys and network design consultations for bulk clients.
• Warranty: 20-year performance guarantee, covering both material and signal integrity.