Veracity Gigabit Ethernet and POE Extender

The Veracity OUTREACH Max G is a high-performance Gigabit Ethernet extender with full Power over Ethernet (PoE) passthrough, engineered to dramatically extend the reach of PoE networks. Designed for professional deployments, this device enables seamless power and data delivery to remote sites, expanding the practical footprint of wireless access points, IP cameras, and other PoE-enabled devices. With a reach of up to 200 metres, OUTREACH Max G overcomes the traditional distance limits of PoE networks, delivering a reliable, scalable solution for campus, enterprise, and outdoor applications. It combines robust data performance with practical power delivery, supporting efficient, centralized infrastructure management while reducing the need for multiple power injectors and complex cabling layouts. In short, it’s a practical, cost-effective way to extend your network, maintain stable connections, and keep critical devices powered where they’re needed most.

When you deploy the OUTREACH Max G, you’re not just extending a cable; you’re extending capability. The extender acts as a trusted link between your PoE-enabled equipment and remote devices, enabling a single, cohesive network topology even in challenging environments. Whether you’re extending coverage to a distant security camera in a parking lot, adding a wireless access point to a far corner of a campus, or establishing a remote monitoring point at a factory floor, this device provides the essential combination of speed, power, and simplicity. Its PoE passthrough capability ensures that the connected remote device receives both data and power through a single connection, eliminating the need for a separate power supply at the far end. This streamlined approach helps minimize clutter, reduces installation time, and enhances reliability by minimizing points of failure along the route. With OUTREACH Max G, you can design more flexible network layouts, reduce cabling complexity, and accelerate deployment across diverse environments.

One of the standout features of Veracity’s extender is its focus on real-world practicality. The device is built to handle the demands of day-to-day use in performance-critical networks. Its design supports straightforward, plug-and-play deployment, allowing IT teams and field technicians to connect the extender between the PoE source and the remote device with minimal configuration. The qualified cooling, weather tolerance (where applicable), and compact form factor help it blend into both indoor and outdoor contexts while maintaining stable performance. For administrators and operators, this means fewer concerns about compatibility, more confidence in maintaining uptime, and faster responses to changing network needs. The result is a scalable, future-proof extension of your existing PoE infrastructure—capable of delivering reliable Gigabit Ethernet alongside powered endpoints across extended distances—without compromising on speed or reliability.

Another key advantage is the versatility of applications it supports. Wireless networks rely on strong, continuous connectivity to deliver consistent user experiences. IP cameras require reliable power and data streams to capture high-quality video and transmit it effectively over the network. The OUTREACH Max G is expressly designed to support these use cases by providing a stable conduit for both information and energy. This makes it an excellent fit for security installations that demand long cable runs from the central switch or PoE injector to remote cameras, as well as for campuses needing to place APs in hard-to-reach areas where electrical outlets are scarce. By enabling precise placement of network devices without sacrificing performance, the extender helps maximize coverage, improve reliability, and optimize overall network efficiency. In addition, its engineering emphasizes ease of maintenance and monitoring, so administrators can quickly verify link status and diagnose issues without extensive downtime.

From a management perspective, the Veracity OUTREACH Max G supports a straightforward, low-friction approach to expanding networks. Its compact footprint and straightforward connectors make installations neat and predictable, which is especially valuable in installations with limited space or elevated installation costs. The device’s design minimizes voltage drop and maintains data integrity over long runs, ensuring that connected devices perform as expected, even in more demanding environments. For organizations looking to future-proof their infrastructure, this extender provides a scalable stepping stone—allowing you to grow your PoE-based deployments on your own schedule, without needing to overhaul existing equipment or invest in an entirely new network layout. In sum, OUTREACH Max G helps you build smarter, longer-lasting networks that deliver power and data where they’re needed most.

• Extends Gigabit Ethernet to up to 200 metres with full PoE passthrough, enabling network connectivity and device power over long distances without the need for extra cables or multiple power adapters.
• Perfect for deploying wireless access points and IP cameras, delivering reliable performance at remote locations while maintaining a clean, simple network topology.
• Designed for quick, plug-and-play deployment with minimal configuration, so technicians can install and commission the extender rapidly in diverse environments.
• Robust, field-ready construction with clear indicators to help monitor link status and power delivery, simplifying troubleshooting and ongoing maintenance.
• Flexible integration into existing PoE networks, supporting straightforward upgrades and expansions while reducing hardware complexity and energy management overhead.

Technical Details of Veracity Gigabit Ethernet and POE extender

• Distance extension: up to 200 metres
• Gigabit Ethernet passthrough
• Power over Ethernet passthrough to connected devices
• Supports deployment for wireless access points and IP cameras
• Simple, plug-and-play operation with minimal configuration

how to install Veracity Gigabit Ethernet and POE extender

• Identify a PoE source that can supply the network and power requirements for the intended remote device, then connect the extender’s input port to this PoE source.
• Connect the extender’s remote port to the PoE-enabled device at the far end (for example, a wireless access point or IP camera) to provide both data and power through a single link.
• Position the extender at a convenient intermediate point between the PoE source and the remote device, ensuring clear lines of sight and optimal cable management where applicable.
• Power on the extension network and verify the indicators show normal operation; test data connectivity by checking the remote device’s status or performing a simple network test.
• Document the deployment, including cable routes and device locations, so ongoing maintenance and future expansions can be carried out smoothly without reworking the infrastructure.

Frequently asked questions

• Q: What is Veracity OUTREACH Max G? A: It is a Gigabit Ethernet extender with PoE passthrough that extends network distance up to 200 metres while powering connected devices, enabling flexible deployment of wireless access points and IP cameras.
• Q: How far can the PoE network be extended with this device? A: Up to 200 metres, allowing placement of remote devices in locations where direct PoE connections are impractical or unavailable.
• Q: Do I need a separate power supply at the remote end? A: The extender passes PoE to the connected device, so the remote device can be powered through the same link; typical installations still rely on a PoE-enabled source at the originating end to supply power along the route.
• Q: Is the extender compatible with standard PoE devices? A: Yes, it is designed to support PoE-enabled devices such as wireless APs and IP cameras, enabling straightforward integration into most PoE networks without extensive reconfiguration.
• Q: Can I monitor the extender’s status? A: The device provides indicators to help monitor link and power status, and the broader network management strategy can incorporate these indicators into routine checks and maintenance workflows.