PoE++ Injector InLine 10 Gigabit 90W 44432C

The InLine PoE++ Injector 10 Gigabit 90W 44432C supplies up to 90 watts of power over a single Ethernet connection while maintaining 10 Gbps data throughput. This PoE++ injector is intended to deliver both high-speed network connectivity and significant power to compatible devices such as high-resolution surveillance cameras, multi-radio access points and other high-power edge equipment. The compact inline form factor allows insertion into existing cabling runs without replacing switches, simplifying upgrades and reducing installation complexity.

Advantages

The injector provides simultaneous delivery of up to 90 W and full 10 Gigabit bandwidth over a single cable, enabling placement of devices where dedicated power outlets are unavailable. Its inline design supports straightforward integration into fiber-to-copper or copper-based network segments and minimizes the need for separate power infrastructure. The unit is compatible with PoE++ power classes and designed to maintain stable power delivery under typical operating conditions, ensuring reliable operation of connected devices.

Suitable for

• High-power PoE++ surveillance cameras
• Outdoor and indoor 10 Gbps wireless access points and small cell radios
• Network devices requiring up to 90 W at the edge where local power is impractical
• Upgrades of existing copper runs to supply both power and 10 Gigabit data

Key specifications

• Power output: up to 90 W over Ethernet
• Data throughput: 10 Gigabit Ethernet (10 Gbps)
• PoE standard: PoE++ power class compatibility
• Form factor: inline injector designed for insertion into existing cable runs
• Port types: Ethernet ports supporting simultaneous data and power transmission

How to use

Install the injector inline between your network switch and the powered device by connecting the switch uplink to the injector input and the injector output to the PoE device using appropriate Cat6A or better cabling to preserve 10 Gbps performance. Ensure the switch or upstream device is configured for passthrough or is able to supply data without interfering with PoE negotiation. Power the injector from a suitable AC source following the product safety instructions, then verify PoE negotiation and device power-up. Monitor device operation and link speed via the connected devices' management interfaces.

Usage recommendations

Use shielded, high-quality Ethernet cable (Cat6A or Cat7) for runs requiring full 10 Gbps and high PoE power to minimize heat and power loss. Verify the connected device supports PoE++ and the required power budget before deployment. For long cable runs or outdoor installations, consider environmental protection and cable routing practices to maintain performance and safety.