Siemon Z-MAX 24-Port Cat 6A Shielded Patch Panel 1RMS

Siemon Z-MAX 24-Port Shielded Panel

The Siemon Cat 6A Patch Panel (ZS-PNL-24E) provides a high-density, 1RMS solution for modern 10GBASE-T network infrastructures. This hardware utilizes the Z-MAX modular architecture to deliver industry-leading performance margins. Consequently, it exceeds all TIA and ISO/IEC category 6A specifications. The integrated grounding system automates the bonding process during outlet installation. Therefore, it eliminates the need for individual ground wires at each port. This design ensures consistent signal integrity across all 24 ports in high-interference environments.

Key Features

• High-Density 1RMS Design
  The chassis supports 24 shielded ports within a single rack mount space to maximize cabinet density.

• Quick-Ground Technology
  Integrated conductive surfaces automatically ground Z-MAX shielded outlets upon insertion into the panel frame.

• Advanced Shielding
  The robust metal construction mitigates alien crosstalk and protects internal signals from external electromagnetic interference.

• Port Identification
  High-visibility labeling areas allow for clear administrative identification of network circuits and pathways.

Specifications

What’s in the Box

• 1 x Siemon Z-MAX 24-Port Shielded Panel Frame
• Installation Hardware (Rack Screws)
• Grounding Lug and Cable
• Labeling Strips

Why Choose This Connectivity Solution

• The system utilizes a linear lacing process to maintain pair twist for superior crosstalk performance.
• It supports the highest frequencies required for 10Gbps Ethernet over copper cabling systems.
• The 1RMS form factor reduces the physical footprint required in crowded data center environments.
• However, the modular nature allows for easy maintenance or port replacement without disturbing adjacent connections.
• Additionally, the durable black finish resists scratches and maintains professional aesthetics in server rooms.
• Consequently, network engineers benefit from reduced installation labor and improved long-term reliability.