| Product Model | Product Description | Color | Unit |
|---|---|---|---|
| TPX51A-FR1U024-BK | 19" 1U 24-port shielded RJ45 integrated patch panel | Black | 1 set |
| TPX60A-FR1U024-BK | 19" 1U 24-port shielded RJ45 integrated patch panel | Black | 1 set |
Product Description
Optimized Network Infrastructure for Professional Deployments
This 19-inch 1U 24-port shielded copper distribution frame is engineered for IT professionals and system integrators requiring high-density, reliable network patching solutions. Designed to fit standard racks, it supports secure termination of twisted pair cables typically used alongside jumper wires in communication setups. The device targets data centers and enterprise networks needing consistent signal integrity and ease of installation. Its all-metal construction enhances electromagnetic compatibility, making it particularly relevant for procurement teams evaluating fiber optic cable suppliers and complementary copper-based network components.
Advanced Shielding and Material Specifications Enhance Reliability
Constructed from precision-engineered metal with full 360-degree shielding, this patch panel significantly reduces electromagnetic interference, critical for maintaining low error rates in complex network systems. The 24 shielded RJ45 ports feature gold-plated contact pins (50 μin) that resist oxidation, supporting over 1,000 mating cycles to guarantee long-term operation. Cable terminations accommodate 26 AWG to 22 AWG solid conductors, with a rear cable management rack enabling organized wiring and simplified maintenance. The inclusion of a grounding device enhances user safety and compliance with industry standards, providing measurable reliability improvements in densely cabled environments.
Deployment in High-Performance Data Centers and Lab Environments
This distribution frame serves key roles in data centers, telecommunication rooms, and testing laboratories requiring robust and organized network interconnection infrastructure. It facilitates quick port identification through silk-screened Arabic numerals and supports routine maintenance and upgrades without service disruptions. By integrating seamlessly into 19-inch rack systems, it accommodates evolving network architectures where both copper and fiber optic jumper cable assemblies coexist. The frame’s durability and effective EMI shielding help ensure consistent network uptime, imperative for mission-critical systems operated by fiber optic cable manufacturers and jumper wire distributors.
Structural and Design Innovation for System Integration
The design employs an all-metal frame that integrates 24 shielded RJ45 ports in a compact 1U form factor, optimizing rack space use essential for modern communication closets. The inclusion of a rear cable management rack supports structured cabling practices, reducing strain on jumper wires and enhancing airflow to connected hardware. Gold-plated contact pins mitigate oxidation-related failures, improving electrical contact quality over numerous cycles. Such modular integration streamlines upgrades or replacements and aligns with standards favored by fiber optic cable suppliers focusing on cross-compatibility between copper and fiber solutions.
Superior Performance and User-Centric Features for Maintenance Efficiency
Performance advantages derive from robust EMI shielding and durable contact plating, ensuring signal integrity even in electromagnetically congested installations. The grounding device promotes compliance with safety and electromagnetic compatibility norms, reducing system downtime risks due to interference or electrical faults. Silk-screened port numbering expedites troubleshooting, minimizing labor costs for network management teams. Overall, the patch panel offers substantial ROI by enhancing operational reliability, especially valuable to integrators sourcing both jumper wires and fiber optic jumper cable products from a single supplier.
Standardized Data Center Rack Deployment
In data centers housing extensive server arrays, this distribution frame fulfills a critical function by providing high-density, shielded termination points for copper-based network cabling. It supports 26 to 22 AWG cable sizes commonly used in mixed media infrastructures alongside fiber optic jumper cables. The 360-degree EMI shielding safeguards transmissions against crosstalk and external noise, ensuring compliance with stringent industry EMC standards. Its rear cable management reduces cable clutter, facilitating airflow and efficient rack maintenance scheduling while integrating flawlessly with both fiber optic cable supplier equipment and traditional jumper wires.
Laboratory and Test Environment Integration
Within research and testing laboratories where precise signal measurement and repeatability are vital, this 1U patch panel offers reliable, consistent connectivity with minimized interference. The durable gold-plated contacts support repeated insertions and removals required in active testing cycles. Calibration engineers benefit from the silk-screened port identifications for quick setup changes, while the grounding device ensures electrical safety compliance during sensitive experiments. This distribution frame aligns well with setups combining copper jumper wires and fiber optic jumper cable assemblies, enabling the adaptable, high-precision network infrastructure that fiber optic cable manufacturers rely on for validation and quality assurance processes.
What types of cables are compatible with the Shielded Copper Distribution Frame?
Our distribution frame supports solid conductors ranging from 26 AWG to 22 AWG, ensuring reliable termination. It is designed to work seamlessly with various jumper wires and shielded cables in demanding network settings, optimizing performance and durability.
Can you customize the shielded patch panel for specific industrial needs?
We offer customization services for our patch panels, including port count and shielding options tailored to your project requirements. Contact us to discuss how our expertise as a leading fiber optic cable supplier can support your specific infrastructure design.
How does the rear cable management rack improve installation and maintenance?
The integrated rear cable management rack organizes cables efficiently, reducing clutter and easing maintenance tasks. This feature helps maintain network integrity and simplifies troubleshooting in high-density racks.
What measures ensure the patch panel’s long-term reliability in active networks?
We use all-metal construction with 360° electromagnetic interference shielding and gold-plated contacts to resist oxidation. The panel supports over 300 terminations and more than 1,000 insertion cycles, meeting the demands of active environments requiring durable fiber optic jumper cable connections.
