Enhance your network setup with this high-quality 24 Ports Data Patch Panel, designed to provide reliable and organized gigabit network connections. Crafted with durable cold rolled steel and premium ABS, iron, and copper materials, this patch panel delivers excellent performance and long-lasting durability for both professional and home networking environments. Key Features: · Premium Construction: Made from cold rolled steel combined with ABS and copper components, ensuring sturdy build quality and fine workmanship for enhanced durability. · Gigabit Network Compatibility: Supports gigabit network connections, offering stable and high-speed data transmission meeting demanding network requirements. · Certified Performance: Passed third-party FULKE engineering tests, complying with six types of data standards to guarantee superior network reliability and performance. · Efficient Cable Management: Equipped with a self-fixed force line frame that helps neatly arrange and secure cables, minimizing clutter and improving airflow. · User-Friendly Design: Features 110 routing line pressing for straightforward and efficient cable termination, ideal for weak current wiring and machine room construction projects. · Durable Gold-Plated Contacts: 3U gold plating on connectors ensures corrosion resistance and reliable signal integrity with a minimum of 750 insert and pull out cycles. Specifications: · Material: ABS + Iron + Copper · Size: Approx. 48.4 x 9.5 x 4.5 cm (19.06 x 3.74 x 1.77 inches) · Color: As shown in the photo · Ports: 24 Data Ports · Line Pressing Method: 110 Routing · Gold Plated Contacts: 3U · Insert and Pull Out Cycles: ≥750 · Interface Connection Cycles: ≥250 Package Includes: · 1 x 24 Ports Data Patch Panel · 1 x Instructions Manual · 1 x Screw Package This 24 Ports Data Patch Panel provides a reliable solution for organizing network cables while supporting high-speed data transmission. Its solid build, certified testing, and efficient cable management features make it an excellent choice for structured cabling in network environments.