“Data centers, enterprises, and public entities all require a network infrastructure that protects their data flow while facilitating easy cable routing, moves, additions, and changes,” said Mark Dearing, Senior Product Manager at Leviton. “The e2XHD universal patch panels allow for combining Leviton’s fiber, shielded cable, and Snap-In UTP cassettes. These panels include the added option of using high-performance Atlas-X1™ shielded components, including Cat 8, to protect networks from electromagnetic and radio frequency interference (EMI/RFI).”.
The e2XHD Snap-In Cassette Interconnect System includes 1RU flat and angled universal patch panels, copper and fiber snap-in cassettes, and accessories for additional cable protection and management. e2XHD cassettes snap into and remove from the panels for easy installation and maintenance. Empty copper cassettes are available for field mounting, or pre-terminated with UTP connectors or shielded for quick installation. The panels also support pre-terminated shielded Atlas-X1 Cat 8 trunks. The fiber cassettes are pre-terminated for fast installation and high performance.
• The panels allow for combining Leviton's fiber and copper Snap-In cassettes
. • The 1RU high-density panels support 48 copper ports
. • MTP® fiber cassettes provide a simple migration path to 40 Gb/s or 100 Gb/s networks, are pre-terminated, and are available in 12 or 24 fibers, OM3, OM4, OM4+, or single-mode.
• Empty e2XHD copper cassettes are available for field termination, or pre-terminated with UTP or shielded copper connectors, including Cat 8, for rapid installation. Pre-terminated solutions ship directly from Leviton's factories in Chicago or Glenrothes (UK) for fast global service.
• Atlas-X1 and eXtreme® copper connectors snap easily into the cassette after assembly.
• Shielded solutions offer industry-leading performance and protection for networks requiring enhanced security and EMI/RFI immunity.
• Blanking plates for panels and cassettes provide additional protection against dust and damage.
