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48 Port Patch Panel CAT6 RJ45 110 UL Listed Network Ethernet 19" Rack Mount 2RU

$ 23.76

Availability: 100 in stock
  • Rack Unit Width: 19 in
  • CAT 6: Yes
  • All returns accepted: ReturnsNotAccepted
  • Ports: 48
  • Condition: Open box
  • Brand: Cable Matters
  • Number of Ports: 48
  • Port Type: Cat 6 Ethernet (RJ-45)
  • MPN: 1032748
  • Rack Unit Height: 2 U
  • Network Ports: Cat 6 Ethernet (RJ-45)

    Description

    Cable Matters UL Listed Rackmount or Wall Mount 48 Port Network Patch Panel (Cat6 Patch Panel / RJ45 Patch Panel)
    Heavy duty 48 port patch panel supports 10G Ethernet and is backwards compatible with Gigabit Ethernet. Made for Cat 6 cabling, but backwards compatible with Cat 5e and Cat 5 cabling.
    Future-proof your network connection for 10-Gigabit Ethernet with this durable RJ45 patch panel.
    Install this Ethernet patch panel effortlessly in universal 19" racks, cabinets, or wall mount brackets with 2U (3.5") standard height.
    Gold plated contacts ensure a correction free connection. Numbered ports and color-coded T568A and T568B wiring diagram give quick reference.
    Network patch panel complies with the UL fire safety requirement (E486099). Use included D-rings and cable ties for easy cable management
    Built for Future-Proof Speed and Reliable Connectivity
    The Cable Matters 48-Port RJ45 Patch Panel future-proofs your network connection for 10-Gigabit Ethernet. It offers 10G performance in compliance with the TIA/EIA 568-C.2 standard and is backward compatible with the previous cabling. Mount it to your racks, wall mount brackets, or cabinets and use the included D-rings and cable ties to reduce cable clutter.
    Rugged & Durable Construction
    1) 180-degree patch panel constructed with SPCC 1.5mm steel.
    2) Gold-plated RJ45 8P/8C contacts with numbered ports.
    3) Label spaces for hand-written or machine-printed labels.
    10 Gigabit Performance Features
    4) T568A and T568B labels.
    5) Dual IDC terminals for 110 or Krone impact tools.
    6) Printed circuit board reduces NEXT to improve the signal transmission.