Geovision GV-APOE0402 6-Port PoE+ Fast Ethernet Switch

Geovision GV-APOE0402 6-Port PoE+ Fast Ethernet Switch

Overview

The Geovision GV-APOE0402 is a dedicated 6-port PoE+ Fast Ethernet switch engineered for IP security camera installations and networked device deployments. Built for systems integrators who need reliable power delivery and network connectivity without complexity, the GV-APOE0402 consolidates power and data distribution across up to six 10/100M ports, eliminating the need for separate power supplies at camera locations. The model GV-APOE0402 supports PoE+ (802.3at) standard, delivering sufficient power for mid-range IP cameras, access control readers, intercoms, and other PoE-compatible endpoints.

Key Features

• Six 10/100M PoE+ Ports: Each port delivers PoE+ (802.3at) power and Fast Ethernet connectivity in a single connection, reducing installation labor and cabling complexity.
• PoE+ Power Standard: Full 802.3at compliance ensures compatibility with standard PoE+ powered devices rated up to the available power budget per port.
• Fast Ethernet Connectivity: 10/100M auto-sensing ports deliver dependable data rates for video streaming, control commands, and management traffic without requiring Gigabit infrastructure when budget or existing cabling constraints apply.
• Compact Form Factor: Desktop-mounted design occupies minimal rack or shelf space, suitable for small-to-medium deployments in server rooms, network closets, or equipment cabinets.
• Plug-and-Play Operation: No configuration required. Simply connect power, link to upstream network, and attach PoE devices. Auto-sensing ensures correct negotiation with 10M and 100M endpoints.
• Industrial-Grade Reliability: Built for continuous operation in security and surveillance environments where uptime and power stability are essential.

Integration & Compatibility

The GV-APOE0402 integrates seamlessly into any IP security infrastructure using standard PoE+ devices. Geovision IP cameras, access control systems, intercom stations, and third-party PoE endpoints rated for 802.3at power consumption will operate reliably on the switch. The Fast Ethernet ports support standard ONVIF-compliant cameras and devices, making the switch a vendor-neutral distribution point. Upstream connection to a core network switch or router completes the topology; no special VLANing or management protocol is required for basic operation.

Package Contents

Each unit ships ready for deployment with all necessary connectors and power input included. Refer to product packaging documentation for complete contents verification.

Karl Wilson

During deployment planning for a mid-sized multi-building security upgrade, the Geovision GV-APOE0402 proved itself a practical solution for centralizing power and data delivery to distributed camera locations. Rather than running separate 24VAC power and network cables to each camera, we consolidated both over PoE+ lines, reducing material costs and installation time significantly.

Technical Highlights:

• PoE+ 802.3at Delivery: Each of the six ports delivers full PoE+ power per the 802.3at specification, supporting cameras and devices within that power envelope without external power adapters.
• 10/100M Bandwidth: Fast Ethernet is sufficient for most fixed-camera streams at standard bitrates; higher-resolution or multiple simultaneous streams may require Gigabit switches upstream.

Deployment Considerations:

• Verify total power budget per port against device datasheets; PoE+ can safely deliver power to compliant devices without risk of over-powering.
• Position the switch in a climate-controlled equipment room to maximize uptime; outdoor installations require weatherproof enclosures.
• Connect the uplink port to a managed or unmanaged core switch with adequate bandwidth to handle aggregated camera traffic during peak recording periods.

For integrators standardizing on Geovision systems or managing heterogeneous PoE+ environments, the GV-APOE0402 removes the guesswork from power delivery and provides a straightforward, reliable platform. Its simplicity and plug-and-play nature make it ideal for smaller installations or as a secondary distribution point in larger deployments.