Tripp Lite N482TAP-4SM73M8 Tap Cassette 4x Qsfp

Product Description

The TRIPP LITE N482TAP-4SM73M8 is a single-mode fiber tap cassette designed for passive optical network monitoring applications. It provides four QSFP tap ports that allow network technicians and data center engineers to connect inline monitoring tools without interrupting live traffic. The cassette installs into compatible patch panel enclosures and delivers a non-intrusive signal split, enabling performance analysis, security monitoring, and troubleshooting on active fiber links. Sold as a single unit, it is a field-standard solution for enterprise data center environments where continuous visibility into high-density fiber runs is required.

This tap cassette is suited for enterprise data centers, colocation facilities, and high-density fiber distribution environments. It is typically deployed where network operations teams need persistent access to live traffic for monitoring or analysis purposes. The four QSFP tap interfaces support connection to packet brokers, network performance monitors, or other inline analysis tools running on single-mode fiber infrastructure.

Key Features

• Passive optical tap design allows monitoring without interrupting live fiber traffic
• Four QSFP tap ports support high-density monitoring deployments
• Single-mode fiber compatibility for long-reach enterprise and data center links
• Cassette form factor installs into standard patch panel enclosures for clean cable management
• Sold as a single unit for flexible, incremental deployment

Compatibility

Designed as an OEM-style cassette replacement or addition for compatible TRIPP LITE fiber enclosures and patch panel systems supporting single-mode QSFP tap applications.

Installation Notes

Installation is typically performed by licensed network technicians or data center cabling professionals. Power down or quiesce monitoring tools before seating the cassette in the enclosure to avoid signal disruption. Follow TIA-568 and relevant data center structured cabling standards when routing and dressing fiber patch cords. Avoid bending fiber cables below the minimum bend radius specified for single-mode fiber to prevent signal loss or physical damage.