EnGenius EnStationAC IEEE 802.11ac 1.17 Gbit/s Wireless Bridge

The EnGenius EnStationAC IEEE 802.11ac Wireless Bridge is a cutting-edge solution designed to deliver exceptional wireless connectivity for various applications. This powerful device is tailored for environments where traditional cabling is unfeasible, providing a robust wireless networking experience. Whether you're streaming 4K UHD video, gaming, or requiring flexible network solutions, the EnStationAC is engineered to fulfill and surpass your connectivity demands.

• Blazing Fast Wireless Speeds: Achieve lightning-fast wireless speeds of up to 1.17 Gbit/s with the advanced IEEE 802.11ac technology, optimizing performance for high-bandwidth applications such as video streaming and gaming.
• Wider Channel Range: The EnStationAC supports a versatile channel range of 20MHz, 40MHz, and 80MHz, enabling network administrators to optimize channel usage based on specific application needs, ensuring enhanced performance and efficiency.
• Enhanced Deployment Flexibility: Boasting a secondary 802.3af-compliant PoE pass-through Gigabit port, the EnStationAC can power and connect additional PoE-compatible devices, such as remote IP surveillance cameras or access points, expanding your network capabilities easily.
• Precision Point-to-Point Connectivity: Ideal for Point-to-Point (PtP) applications, the EnStationAC features dual-polarized, high-gain antennas to facilitate precise connectivity over both short and long distances while minimizing interference.
• Grounded Power-over-Ethernet: Extend your network into areas lacking accessible power outlets using the included passive 54v Gigabit PoE adapter, which provides protection against power surges and ensures reliable performance.

Technical Details of the Product

• Wireless Standards: IEEE 802.11ac
• Maximum Wireless Speed: Up to 1.17 Gbit/s
• Frequency Bands: 5 GHz
• Antenna Type: Dual-polarized, high-gain (19 dBi)
• Ports: 1 x Gigabit Ethernet, 1 x PoE pass-through port
• Power Supply: Passive 54v PoE adapter (included)
• Mounting: Pole-mountable with a 360-degree pivoting arm
• Range: Up to 328 feet for PoE power extension

How to Install

Installing the EnGenius EnStationAC is straightforward and user-friendly:

1. Decide on the optimal location for mounting the EnStationAC for peak performance.
2. Using the provided mounting hardware, securely attach the device to a pole or other sturdy surface.
3. Connect the Ethernet cable from your network switch or router to the Gigabit Ethernet port on the EnStationAC.
4. If you wish to power an additional device, connect it to the PoE pass-through port.
5. Plug in the included PoE adapter into a power outlet to supply power to the EnStationAC.
6. Align the antennas of both devices in a Point-to-Point configuration to ensure optimal signal strength.
7. Power on the EnStationAC and verify the connection with your network.

Frequently Asked Questions

• What is the maximum distance the EnStationAC can communicate effectively? The EnStationAC is tailored for Point-to-Point (PtP) applications and can effectively communicate over long distances, typically up to 5 miles, depending on the environment and line of sight.
• Can I connect multiple devices using the PoE pass-through port? Yes, the PoE pass-through port allows for the connection and powering of additional PoE-compatible devices, such as IP cameras or access points, making it a versatile choice for network expansion.
• Is it possible to use this device in a mixed wireless environment? Absolutely! The EnStationAC is compatible with other Wi-Fi standards and operates effectively in mixed wireless technology environments, ensuring seamless connectivity.
• What type of power supply is required for the EnStationAC? The EnStationAC requires a passive 54v PoE adapter for its power supply, which is included with the device, allowing flexible deployment even in areas without nearby power outlets.
• How can I ensure the best performance from my EnStationAC? To maximize performance, ensure that the antennas are properly aligned for Point-to-Point communication, and avoid physical obstructions that may interfere with the wireless signal.