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Material: High Grade Steel
Number of Ports: 24
Height Unit: 1U
Color: Black
Port Numbering: Yes
Durability: 200 insertion cycles
Insulation Resistance: ≥500mΩ
Contact Resistance: ≤10mΩ
Wiring Pattern at Rear End: T568A & T568B
Operating Temperature: -10°C to 60°C
Unisol Cat6 patch panel is a high-performance, indispensable component in modern structured cabling systems. It is designed to organize, terminate, and route Cat6 network cables in enterprise, commercial, and data center environments. Engineered to support data transmission at gigabit Ethernet speeds and beyond, the Cat6 patch panel provides a centralized interface that simplifies cable management, promotes network scalability, and improves long-term system reliability. Designed for bandwidths up to 250 MHz and adhering to ANSI/TIA-568-C.2 performance standards, this patch panel ensures optimal signal clarity and electrical performance across all ports.
Each Cat6 patch panel is equipped with precision RJ45 ports—available in 12, 24, or 48-port options—directly compatible with Cat6 Ethernet patch cables. These ports are neatly arranged on the front, allowing network technicians to insert or remove patch cables with ease. Above each port, clearly marked labeling zones support port identification and efficient maintenance—key benefits in high-density setups using multiple Cat6 patch panels.
The rear of the Cat6 UTP patch panel features punch-down blocks or keystone jack slots. These ensure secure termination of Cat6 UTP cable conductors and help maintain signal integrity. The termination layout minimizes near-end crosstalk (NEXT) and electromagnetic interference (EMI), enabling the Cat6 patch panel to maintain consistent, high-speed data flow across networks that demand reliability.
Built with industrial-grade cold-rolled steel and coated with a protective black powder finish, the Cat6 patch panel offers durability and long-term resilience in harsh networking environments. Its standard 19-inch rack-mountable design ensures compatibility with most data cabinets and server racks, making it an excellent choice for enterprise, campus, and co-location network installations.
Supporting unshielded Cat6 cabling, the Cat6 UTP patch panel allows flexible, clutter-free installation in structured cabling systems. It is ideal for use in VoIP networks, IP surveillance, HD video transmission, and Gigabit Ethernet infrastructure. When deployed in multiple racks, these Cat6 patch panels simplify cable organization and reduce bulk while delivering exceptional signal performance.
The panel also supports PoE and PoE+ technologies, making it an essential component for smart buildings, IoT devices, and access points. With secure punch-down terminations, each Cat6 patch panel delivers safe power and data transmission over Ethernet, reducing hardware needs and installation complexity.
A major strength of the Cat6 modular patch panel lies in its adaptability. Modular ports allow for easy changes or upgrades without interrupting neighboring connections. This helps reduce downtime and makes the Cat6 patch panel future-ready, supporting network growth with minimal disruption. Integrated cable managers ensure proper routing, reduced strain, and improved airflow in rack-mounted environments.
In high-density applications such as telecom rooms, data centers, and university labs, the Cat6 patch panel enables structured, efficient cable deployment. Each port is terminated with precision, ensuring uninterrupted data transfer. Compatible with both T568A and T568B wiring schemes, the Cat6 patch panel easily integrates into existing copper cabling systems.
Designed with input from field engineers, each Cat6 UTP patch panel from Unisol meets stringent quality and performance benchmarks. From precision conductor alignment to rugged mounting design, every detail is optimized for reliable, long-term use in mission-critical installations.
By centralizing and managing numerous Cat6 connections, the Cat6 patch panel reduces maintenance time and enhances efficiency during system audits or upgrades. It provides structured organization, reduces clutter, and enhances overall network manageability.
Whether used in backbone, distribution, or access layers, the Cat6 patch panel ensures high-performance connectivity with organized, professional-grade cable management. It is a core component for any copper-based network built for speed, reliability, and future scalability.
● Copper patch panels typically come with a range of port configurations, commonly 12 or 24 ports. This allows users to select the right panel based on their networking needs, whether it’s for a small office or a large data center.
● These panels are designed with RJ45 ports, which are standard for Ethernet and networking cables. The RJ45 connectors are used to terminate copper cables, ensuring secure and reliable connections between devices like switches, routers, and servers.
● Made from high-quality steel or aluminum, copper patch panels are designed for durability and long-term use. The sturdy construction ensures that the panel can handle high-density networks and withstand the demands of data centers or large office environments.
● Copper patch panels feature easy cable termination points, typically using punch-down blocks or keystone jacks, for securing cables into the panel. These termination points ensure that the connections are stable and can handle high-speed data transfer.
● Copper patch panels support T568A and T568B wiring schemes, providing flexibility in how cables are terminated. These standards ensure that the panel is compatible with various networking requirements and allows for seamless integration with other network components.
● Most copper patch panels have labeling fields or port identification markers. This helps network administrators easily identify and manage cables and connections, especially in larger networks where multiple devices are interconnected.
● Copper patch panels are designed to help organize cables efficiently. They often include cable management options like front and rear cable guides, which help reduce cable clutter and ensure that cables are routed neatly, minimizing the risk of tangling or damage.
● Data Centers
● Home Networks
● Enterprise Networks
● Industrial Networks
● Telecommunication Networks
● Audio/Visual Systems
● Security Surveillance Systems
● Building Management Systems
● FTTx System
● CATV Networks
● Educational Institutions
Industrial Applications
Manufacturing Initiatives
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