`Black Box EVNSL0618A-1000
CAT6 Shielded 400-MHz Solid Bulk Cable
The Black Box EVNSL0618A-1000 is a premium shielded CAT6 bulk cable designed for high-speed, reliable network connections. Its 400 MHz bandwidth and shielding technology provide excellent resistance to interference, making it ideal for demanding applications such as data centers, industrial automation, and enterprise networks. The generous 1000-foot spool allows for versatile installation and custom cable configurations.
Features :
Made with high-quality, solid copper conductors, this CAT6 cable offers superior signal integrity and durability over extended distances. Its shielding layer—featuring foil and braid—reduces electromagnetic and radio frequency interference, ensuring stable data transmission even in electrically noisy environments.
Advanced Options :
Supporting up to 10 Gbps speeds, this cable is suitable for bandwidth-intensive tasks like high-definition video streaming, large data transfers, and real-time communications. Its robust jacket provides flexibility and protection during installation, while the solid conductors guarantee long-lasting performance. Perfect for backbone wiring, patch panels, or custom cabling projects, this bulk cable is an essential component for professional network setups.
Product Key Features
- Fully shielded to protect against electromagnetic interference (EMI) and radio frequency interference (RFI)
- Supports data transfer speeds up to 10 Gbps
- 400 MHz bandwidth optimized for bandwidth-intensive applications
- Solid copper conductors for enhanced signal stability over long distances
- Bulk 1000-foot spool for flexible installation and custom cable assembly
- Suitable for industrial, enterprise, and data center environments
- Compatible with RJ45 connectors and standard networking hardware
Reliability & Performance :
Engineered for high performance, this shielded CAT6 cable maintains excellent signal quality and minimizes crosstalk. Its shielding and solid construction make it capable of withstanding challenging environments with high electrical interference, ensuring reliable, long-term connectivity.
