Products
Siemon MX6-F06 MAX Category 6 UTP Network Connector with Advanced FEXT & NEXT Protection
The Siemon MX6-F06 MAX Network Connector represents the pinnacle of Category 6 UTP connectivity solutions, engineered for high-density applications while exceeding industry-standard Category 6 performance specifications. This RJ-45 female connector combines superior crosstalk protection with practical features like strain relief and dust protection, making it ideal for demanding network installations.
Advanced Design Features for Superior Performance
- Enhanced Crosstalk Protection: Equipped with both Far End Cross Talk (FEXT) and Near End Cross Talk (NEXT) protection for optimal signal integrity
- High-Density Configuration: Accommodates up to six outlets in a single gang faceplate and twelve in a double gang faceplate
- Practical Protection: Built-in strain relief and dust protection features ensure longevity and reliable performance
- Flexible Installation: Features an angled design with gravity feed for improved cable management in space-constrained areas
Technical Specifications and Construction
Physical Specifications
Constructed with high-quality copper components and finished in professional blue, this unshielded connector features a single RJ-45 female port designed for Category 6 UTP applications. The flexible design accommodates various installation scenarios while maintaining optimal performance characteristics.
Installation Versatility
The angled MAX outlet design provides a low-profile solution that's particularly beneficial in installations where front or rear clearance is limited. This gravity-feed configuration enhances cable management and reduces strain on network connections.
Applications and Usage Scenarios
The MX6-F06 is particularly well-suited for:
- High-density network installations requiring maximum port density
- Professional office environments where cable management is crucial
- Data centers and network rooms requiring reliable Category 6 performance
- Space-constrained installations benefiting from the angled design
