Geovision 140-APOE81W-V2 8-port Poe Switch

Product Description

The GEOVISION 140-APOE81W-V2 is an 8-port Power over Ethernet switch designed for long-distance network installations. It delivers both data and power over a single cable run, reducing wiring complexity in surveillance and access control deployments. This unit is suited for use in security system infrastructure where IP cameras, access readers, or other PoE-compatible devices need to be powered and connected across extended cable distances. Licensed electricians and low-voltage security technicians are the primary installers of this type of equipment.

The 140-APOE81W-V2 is used in commercial and residential security installations where a centralized switch must serve multiple IP endpoints across a facility. Long-distance PoE capability makes it appropriate for large buildings, parking structures, warehouses, and campus environments where standard PoE reach is insufficient. It ships as a single unit and falls within the switches and routers product category.

Key Features

• 8-port configuration supports up to eight PoE-compatible network devices simultaneously
• Long-distance PoE transmission extends usable cable reach beyond standard 100-meter limits
• Single-cable power and data delivery simplifies installation and reduces conduit requirements
• Designed for integration into IP surveillance, access control, and structured cabling systems

Compatibility

Designed as an OEM-style replacement or direct-install switch for IP-based surveillance and access control network infrastructure requiring long-distance PoE support on up to 8 ports.

Installation Notes

Installation should be performed by a licensed low-voltage technician or network professional familiar with structured cabling standards. Power down the existing network segment before disconnecting or replacing any switch in a live system. Follow local electrical codes and TIA-568 cabling standards for termination and cable management. Do not exceed the rated power budget across all active PoE ports simultaneously.