3D-Staggered Panel | Leading Manufacturer of RJ45 Connectors, Patch Panels, and Cabling Tools

Unshielded 3D-Staggered Snap-in Patch Panel w/Wire Management | premium ethernet connectivity and cabling solutions provider

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3D-Staggered Panel | Comprehensive Network Cabling Products for Reliable Data Transfer

HCI is a leading provider of comprehensive Ethernet connectivity solutions and structured cabling products. With a focus on quality and performance, our range includes 3D-Staggered Panel, RJ45 connectors, modular plugs, patch panels, couplers, patch cords, cable management tools, and installation accessories designed to support reliable and efficient network setups. Crafted with durable materials and precision engineering, our products are ideal for various network environments, from commercial buildings to data centers.

As a professional manufacturer, HCI delivers high-performance products that meet industry standards and ensure stable, high-speed data transmission. Our solutions are designed to simplify installation, enhance cable management, and optimize network performance, making HCI the preferred choice for dependable cabling and connectivity in structured networking systems.

HCI has been a trusted provider of ethernet connectivity solutions since 1975. With 48 years of experience and cutting-edge technology, HCI delivers reliable, high-performance structured cabling products tailored to meet diverse customer needs and ensure seamless network connectivity.

3D-Staggered Panel

For C6a / C6A Use

3D-Staggered Panel - Unshielded 3D-Staggered Snap-in Patch Panel w/Wire Management
Unshielded 3D-Staggered Snap-in Patch Panel w/Wire Management

SP24ZM Snap-in Patch Panels

HCI SP24ZM series provide Snap-in Keystone Type combination which meets connecting-hardware standard. SP24ZM is designed to work with KHA & KVA series as combo package to achieve ISO/IEC-11801 and ANSI/TIA 568.2-D Cat 6a Component-Rated performance.

It specially features “3-dimensional structure” for Alien Crosstalk mitigation. Neighboring ports are configured 3-dimensionally apart. The spacing between ports is optimized so as to contribute the best geometry that avoids the external unwanted signals. This technique is US 9667004 B1 Patented.

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