Ruijie Reyee AirMetro Bridges: Saves WISP from Poor Wireless Transmission

Background

In October last year, Liu met J, an ISP owner in Africa, who had been grappling with significant challenges. J faced difficulties installing wireless bridges in remote, elevated locations cluttered with other devices. Post-installation, he was plagued by customer complaints about unstable network connections, with some users even unable to watch TV. J had been desperately searching for wireless bridges tailored for complex deployments that could provide high transmission rates and stable signals.

Challenges

1. Difficult Installations: Struggled with installing wireless bridges in remote and elevated locations cluttered with other devices.

2. Unstable Connections: Faced numerous customer complaints about unstable network connections.

3. Poor Performance: Customers experienced such poor network performance that they couldn't even watch TV.

Expectations

1. Specialized Solutions: Needed wireless bridges specifically designed for complex deployments.

2. High Transmission Rates: Sought equipment that could provide high transmission rates.

3. Stable Signals: Required solutions that would ensure stable and reliable network connections.

Fortunately for J, Liu arrived with a solution: AirMetro, the latest evolution of Ruijie Reyee Wireless Bridges. Tested globally, AirMetro excels in clever design, speed, and stability, offering much-needed relief for J and his customers.

The Secrets Behind AirMetro’s Formidable Capabilities

1. Clever Small Designs for Complex Deployments at Remote Heights

RG-AirMetro550G-B Base Station:

Two GE Ports:

• - Enable connections to switches, other devices, or large networks.
• - Integrate different internal networks when multiple stations are deployed on one pole, reducing additional wiring costs at high places.

Solar Power Supply Option:

• - Ideal for remote regions with challenging cable installations and unstable power supplies.

2. Signal Enhancement with Circular Antennas

For CPEs, Ruijie Reyee chose circular antennas over square ones to enhance signal strength more effectively. Tests show that circular antennas provide:

• - Increased total gain.
• - Balanced gain in both horizontal and vertical directions.

As a result, within the same coverage area, circular antennas deliver a stronger signal.

3. Dual Tech Boosts for Unified Speed and Stability

TDMA Technology:

• - TDMA (Time Division Multiple Access) divides a radio frequency into time slots, enabling multiple users to share the same frequency without interference by assigning each a unique time slot.

In a network connected by wireless bridges, the use of TDMA technology allows:

• - Multiple users to simultaneously transmit data
• - Higher data transmission rates.

Dual-Stream Technology:

• - Dual-Stream Technology, also known as 802.11ac, utilizes MIMO antenna systems to transmit data simultaneously in two spatial streams.

Compared with its "predecessor" 802.11n, 11ac has some prominent advantages, such as:

• - Higher Speed: MIMO (MU-MIMO) and wider channel widths support larger data throughput by allowing the concurrent transmission of multiple data streams;
• - Improved Signal Stability: 802.11ac excels in signal stability, reducing the likelihood of signal loss and interference. 

With this technology, our devices’ transmit rate can even achieve 867 Mbps!

3. Additional Features

• - Fast Installation: Simplifies deployment, saving time and effort.
• - Easy Cloud Management: Enhances performance and ease of use.
• - Three-Year One-to-One Replacement: Provides peace of mind and reliability.

Real-World Success

After Liu introduced AirMetro to J, J replaced his old devices with AirMetro. In Voi, 16 CPEs are now installed. This upgrade ensured stable internet connections and smooth YouTube playback, leading to satisfied users. J and his team also appreciated the thoughtful small designs that simplified the difficulty of installation and deployment.

Similar success stories have emerged in Turkey, Indonesia, and Thailand, where users have praised AirMetro's overall performance. The RG-AirMetro460F model, in particular, outperformed CPEs from other brands over distances of both 3 km and 15 km, successfully bridging gaps that other devices could not.

Conclusion

Ruijie Reyee’s AirMetro bridges provide WISPs with the perfect solution to high interference, difficult site surveys, and complex PTMP pairing. With their advanced technology, thoughtful design, and proven reliability, AirMetro bridges are transforming the wireless transmission landscape.

Explore related products in the AirMetro Series: Station and CPEs to enhance your network infrastructure today!