EnGenius EnTurbo ENH1350EXT IEEE 802.11ac 1.27 Gbit/s Wireless Access Point

The EnGenius EnTurbo ENH1350EXT is purpose-built to extend high-speed wireless connectivity outdoors, delivering enterprise-grade performance where it matters most — courtyards, campuses, stadiums, hotel terraces, and outdoor dining areas. With IEEE 802.11ac technology, this outdoor access point offers a robust 1.27 Gbps aggregate throughput, ensuring smooth streaming, reliable video calls, and responsive cloud-based applications even in dense client environments. Built to handle the rigors of outdoor deployment, ENH1350EXT combines powerful wireless capabilities with a rugged, weather-resistant housing and flexible mounting options. Whether you’re expanding an existing network or deploying a new outdoor coverage zone, ENH1350EXT provides the range, reliability, and security needed for a seamless guest and employee experience while preserving network performance across hotspots and busy outdoor venues.

• Blazing dual‑band performance and high capacity: Achieve up to 1.27 Gbps aggregate throughput across 2.4 GHz and 5 GHz bands. Designed for outdoor environments with many simultaneous clients, ENH1350EXT enables smooth 4K streaming, video conferencing, VoIP, and rapid file transfers while maintaining low latency. Advanced features like beamforming and band steering help devices connect to the best band, maximizing coverage and throughput in challenging outdoor settings.
• Rugged outdoor design for harsh environments: The ENH1350EXT is built to withstand outdoor conditions with a durable enclosure and components chosen for reliability in sun, rain, and dust. Its rugged construction makes it suitable for building facades, rooftop deployments, campuses, stadium concourses, and outdoor hospitality zones where consistent performance is essential, even when weather changes throughout the day.
• PoE-powered, simple installation: Power and data are delivered over a single Ethernet cable via Power over Ethernet (PoE, 802.3af). This simplifies cabling, reduces installation costs, and enables flexible placement. The AP ships with mounting hardware suitable for wall or pole installations, allowing you to position the device for optimal coverage without sacrificing aesthetics or security.
• Flexible mounting and placement options: ENH1350EXT supports multiple mounting configurations to optimize outdoor coverage. Whether mounted high on a building facade, attached to a pole along walkways, or positioned to maximize line-of-sight to outdoor gathering areas, the device’s design accommodates a wide range of deployment scenarios while maintaining reliable performance.
• Enterprise-grade security and scalable management: Built with security and manageability in mind, ENH1350EXT supports strong wireless security features and guest access controls. It integrates with standard management workflows and can be monitored and configured through compatible enterprise tools, enabling centralized visibility, policy enforcement, and simplified maintenance across outdoor networks.

Technical Details of ENH1350EXT

• Standards: IEEE 802.11a/b/g/n/ac (Wi‑Fi 5) dual-band technology for broad compatibility and improved performance in outdoor environments.
• Maximum data rate: Up to 1.27 Gbps aggregate throughput, supporting bandwidth-intensive applications and high client density.
• Frequency bands: 2.4 GHz and 5 GHz to enable flexible deployments and optimal client distribution.
• Power and connectivity: Power over Ethernet (PoE) enabled for streamlined installation and centralized power management; one Ethernet cable handles both data and power.
• Mounting and enclosure: Weather-resistant outdoor enclosure designed for wall or pole mounting, with flexible installation options to fit diverse outdoor layouts.

How to install EnGenius EnTurbo ENH1350EXT

Step 1 – Plan placement: Identify outdoor zones where coverage is strongest and assess potential interference sources. Aim for a location with a clear line of sight to the target areas, while also considering security, cabling routes, and accessibility for maintenance.

Step 2 – Prepare power and network: Use a PoE-enabled switch or injector to provide power and data over a single Ethernet connection. Verify uplink bandwidth and network segmentation to support guest access, VLANs, or campus-wide policies as needed.

Step 3 – Mount the AP: Attach the ENH1350EXT to a wall or pole using the included mounting brackets. Ensure the unit is securely fastened, oriented for optimal RF performance, and that vents remain unobstructed for cooling. Follow weatherproofing guidelines to protect connectors and cabling from the elements.

Step 4 – Initial configuration: Connect to the device’s management interface through its default IP address or via a centralized management console. Create and secure the wireless networks (SSIDs), configure WPA2/WPA3 security as available, set up guest access if required, and apply appropriate VLAN and QoS settings for traffic prioritization.

Step 5 – Optimize and validate: After deployment, test signal strength and throughput across the coverage area. Fine-tune transmit power, channel assignments, and features like band steering to balance client distribution. Monitor network performance and adjust settings to maintain reliable outdoor coverage as client density and usage patterns evolve.

Frequently asked questions

• What is ENH1350EXT used for? It is an outdoor wireless access point designed to extend Wi‑Fi coverage in outdoor spaces, delivering up to 1.27 Gbps aggregate throughput across 2.4 GHz and 5 GHz bands.
• Is it suitable for outdoor environments? Yes. ENH1350EXT is built for outdoor deployments with a rugged enclosure intended to withstand exposure to the elements while providing reliable performance.
• How is it powered? It supports Power over Ethernet (PoE), allowing power and data to be delivered over a single Ethernet cable from a PoE-enabled switch or injector.
• How do I install it? Plan placement, mount the device securely, connect to PoE, and configure SSIDs, security, and network policies via the management interface. The steps outlined in the “How to install” section provide detailed guidance.
• Can it be managed centrally? It is designed to work with standard network management workflows and can be integrated into enterprise management tools for monitoring and control across outdoor deployments.