Transition Networks SM24TBT2DPB-2XPS-DE Managed Poe++ Switch

Product Description

The TRANSITION NETWORKS SM24TBT2DPB-2XPS-DE is a managed PoE++ switch designed for enterprise network infrastructure. This 24-port unit delivers Power over Ethernet++ capability, allowing it to supply higher wattage to connected devices such as IP cameras, wireless access points, VoIP phones, and other powered endpoints over standard network cabling. Managed functionality provides administrators with control over traffic, port configuration, and power allocation. It is intended for installation by network engineers and IT infrastructure technicians in commercial and enterprise environments.

This switch is suited for enterprise PoE deployments where centralized management and high power delivery are required. Typical applications include structured cabling closets, IDF and MDF rooms, and commercial building networks where multiple powered devices must be supported from a single managed switching platform. The unit is categorized as an enterprise PoE device and is sold as an individual unit.

Key Features

• 24-port managed switching with PoE++ power delivery support
• Enterprise-class managed feature set for traffic and port control
• Supports higher-wattage powered devices beyond standard PoE and PoE+ thresholds
• Suitable for structured cabling closets and enterprise IDF or MDF installations
• Single-unit packaging for straightforward deployment

Compatibility

Designed as an OEM-style managed PoE++ switching solution for enterprise network infrastructure deployments requiring 24-port high-power delivery capability.

Installation Notes

Installation should be performed by a qualified network engineer or licensed low-voltage technician familiar with structured cabling standards and enterprise switching equipment. Power down or disconnect upstream power sources before making cable connections to the unit. Rack-mount installations should follow standard EIA-310 rack spacing practices. Verify that the power budget of the switch is sufficient to support the total wattage demand of all connected powered devices before commissioning.