10-Gigabit Patch Panel - 24-Port 1U
The Black Box JPM10GF24 10-Gigabit Patch Panel is engineered for demanding high-speed network environments. With 24 ports in a space-saving 1U form factor, it provides a reliable, organized solution for managing and routing high-bandwidth Ethernet connections, making it perfect for data centers and enterprise network setups.
Features :
Designed to handle the increasing demands of modern network infrastructure, this Patch Panel supports 10-Gigabit Ethernet, ensuring fast, stable connectivity for critical applications. Its sleek black finish and durable construction blend seamlessly into professional rack setups. The panel's compact size maximizes rack space utilization while maintaining easy access to all ports. Its included mounting hardware simplifies installation, allowing for quick deployment and efficient cable management.
Advanced Options :
Constructed from lightweight yet durable high-strength steel, the JPM10GF24 ensures long-term reliability in busy network environments. Its robust construction withstands physical stress and ensures secure connections. Supporting high-bandwidth applications, it maintains signal integrity and minimizes crosstalk, making it an ideal backbone for high-performance networks. Its design facilitates easy maintenance and scalability as network demands grow.
Product Key Features
- Supports 10-Gigabit Ethernet connections
- 24 ports in a compact 1U (19-inch wide, 1.75-inch high) rack-mountable design
- Crafted from lightweight, high-strength steel for durability
- Ideal for data centers, server rooms, and network closets
- Facilitates organized routing of high-bandwidth cables
- Includes mounting hardware for quick installation
Reliability & Performance :
Constructed from lightweight yet durable high-strength steel, the JPM10GF24 ensures long-term reliability in busy network environments. Its robust construction withstands physical stress and ensures secure connections. Supporting high-bandwidth applications, it maintains signal integrity and minimizes crosstalk, making it an ideal backbone for high-performance networks. Its design facilitates easy maintenance and scalability as network demands grow.
