TP-Link EAP211-Bridge KIT — Long-Distance Wireless Bridge for Indoor/Outdoor Deployment

The TP-Link EAP211-Bridge KIT is a high-performance, single‑band wireless bridge designed to span large outdoor or indoor-to-outdoor distances with robust reliability. Engineered for easy, scalable deployments, this kit delivers up to 867 Mbps on a 5 GHz link, enabling fast point-to-point connections between distant network segments. Built to endure the rigors of outdoor environments, it features IP65 weatherproof housing and 6 kV lightning protection, so you can rely on steady performance in harsh weather or exposed locations. This kit also emphasizes seamless management through Omada Centralized Cloud Management, simplifying deployment, monitoring, and firmware updates across multiple sites. With auto‑pairing, agile LEDs for quick alignment, and flexible power options (12 V DC or 24 V Passive PoE), the EAP211-Bridge KIT is ideal for campus backhauls, industrial facilities, or remote installations where a dependable wireless bridge is essential.

• Long-distance transmission up to 1 kilometer with stable 867 Mbps throughput in a single-band 802.11ac design, optimized for reliable point-to-point links between remote sites.
• Three Gigabit Ethernet ports provide flexible wired connectivity for cameras, IP phones, switches, or additional access points, enabling a versatile edge network at the bridge endpoints.
• IP65 weatherproof enclosure with 6 kV lightning protection ensures durable operation in outdoor environments, resisting rain, dust, and electrical surges while maintaining performance.
• 12 V DC / 24 V Passive PoE support with an included Passive PoE adapter simplifies outdoor installation by delivering power and data over a single connection to the device.
• Agile LEDs for quick, visual alignment during installation, combined with Omada centralized cloud management for streamlined provisioning, monitoring, and site-wide control as your network grows.

Technical Details of TP-Link EAP211-Bridge KIT

• Model: TP-Link EAP211-Bridge KIT
• Wireless Standard: IEEE 802.11 a/b/g/n/ac
• Frequency Band: Single-band 5 GHz (commonly used for high-throughput point-to-point bridges)
• Max Data Rate: 867 Mbps
• Deployment: Indoor/Outdoor compatibility with rugged IP65 housing
• Ethernet Ports: 3 x Gigabit Ethernet ports for wired device connections
• Power Requirements: 12 V DC / 24 V Passive PoE
• PoE Support: Passive PoE Adapter Included
• Protection: 6 kV lightning protection for enhanced surge tolerance
• Management: Omada centralized cloud management for scalable control and monitoring
• Alignment Aids: Agile LEDs assist installation by indicating link quality and alignment status
• Warranty and Support: Backed by TP-Link's support ecosystem and Omada controller ecosystem for ongoing updates

How to install TP-Link EAP211-Bridge KIT

• Plan the link path and mounting locations, prioritizing line-of-sight and minimal interference. Choose a sturdy mounting surface and weather-protected enclosure if mounting in exposed areas, and verify that the endpoints have a clear path for the 1 km bridge distance.
• Unpack and prepare power: connect the included Passive PoE adapter to the EAP211-Bridge KIT and ensure you have a compatible PoE-capable switch or injector nearby if you are not using a dedicated PoE supply. Confirm you can provide the 12 V or 24 V PoE power as required by the hardware.
• Mount the devices at both ends of the link, positioning them to maximize signal strength. Use the Agile LEDs as a visual guide during alignment—power up the units and slowly adjust the alignment until the link indicator shows a solid connection.
• Connect the Ethernet ports as needed: one port can carry data to your main network or network core, while the remaining ports can feed cameras, access points, or other devices that require a wired connection at the bridge node.
• Adopt and configure via Omada: access the Omada Controller (either on-premises or cloud-based) and adopt each EAP211-Bridge KIT unit. Set the devices to bridge mode or point-to-point as required by your network design, configure SSIDs, encryption (WPA2/WPA3 as supported), and any VLAN tagging necessary for your deployment.
• Test connectivity and performance: verify the link quality, throughput, and latency using the Omada dashboard or built-in diagnostics. Fine-tune the antenna alignment if needed to achieve the strongest possible link, and monitor the link over time to ensure continued reliability across weather changes and seasonal variations.
• Document settings and maintain firmware: note the deployment sites, device IP addresses, and controller configurations. Regularly check for firmware updates via Omada to keep security and performance at peak levels.

Frequently asked questions

• Q: What is the TP-Link EAP211-Bridge KIT best used for?

  A: It is designed for long-distance wireless bridging between two network segments, ideal for outdoor campus links, remote buildings, warehouses, or industrial facilities where a reliable, high-speed bridge is needed.

• Q: What speed and distance can I expect?

  A: The kit supports up to 867 Mbps in a single band and can extend connections over distances up to about 1 kilometer under favorable line-of-sight conditions, making it suitable for point-to-point backhaul applications.

• Q: Does this device require Omada to operate?

  A: While basic operation is possible, full benefits come from Omada centralized cloud management, which enables centralized provisioning, monitoring, and scalable deployment across multiple sites.

• Q: Is the EAP211-Bridge KIT weatherproof?

  A: Yes. It features IP65 weatherproof housing and 6 kV lightning protection, designed for outdoor installations in varying weather conditions.

• Q: What power options are supported?

  A: The device supports 12 V DC and 24 V Passive PoE. The kit includes a Passive PoE adapter to simplify installations where direct PoE is available from your network infrastructure.

• Q: Can I use multiple Ethernet ports at the bridge endpoint?

  A: Yes. With three Gigabit Ethernet ports, you can connect multiple devices at the bridge endpoint, such as cameras, switches, or access points, to extend wired connectivity at the link head.