eero Outdoor 7: Long-Distance Mesh Wi-Fi Solution

A Solution for Extending Wi-Fi to Distant Structures

Throughout my experience, I hadn’t previously required a comprehensive mesh network solution. A strategically selected and properly positioned Wi-Fi router consistently sufficed for our homes. However, a specific challenge proved resistant to conventional methods until Eero released a device in November that appeared tailor-made for the task.

Initial Considerations

This article won’t be an exhaustive review of the entire Eero system. Instead, I aim to share insights with others facing comparable circumstances, detailing what proved successful and what did not.

The Challenge: Connecting a Remote Barn

I am fortunate to own a rural cabin in the Pacific Northwest. The cabin’s relatively small size and open layout allow the ISP-provided modem-router combination to function adequately. However, a barn, now containing guest bedrooms (one even insulated), sits approximately 300 feet away, separated by light vegetation and trees.

The Need for Extended Coverage

This distance placed the barn well beyond the effective range of even a high-performance router. For years, we considered ways to extend Wi-Fi connectivity to the barn. Initially, intermittent internet access was acceptable, given the cabin’s remote location. However, with children now utilizing the barn, the demand for consistent internet access for streaming and gaming increased.

Obstacles to Traditional Solutions

Unfortunately, the terrain and the absence of electrical power between the buildings presented significant obstacles. Every potential solution we explored was either overly complex or required technical expertise beyond our capabilities. We were prepared to bury a 300-foot Ethernet cable or install a conduit for a powered repeater when the Eero Outdoor 7 became available.

The Eero Outdoor 7: A Potential Bridge

The Eero Outdoor 7 was initially designed to extend Wi-Fi coverage across large properties, enabling connectivity in areas like yards and treehouses. However, the announcement highlighted its capability to function as a long-distance bridge using two units. I promptly contacted the company and submitted a diagram (not to scale) illustrating my intended application.

Eero’s Visualization

Interestingly, Eero’s promotional materials featured a similar configuration, rendered with greater precision.

Setup and Implementation

Despite my limited experience with mesh networks, I’ve configured several networks previously. I found the Eero setup to be remarkably straightforward. I began by establishing a network with a standard Eero unit, then proceeded with the Outdoor 7 instructions.

Mounting Considerations

The guidance recommended mounting the Outdoor 7 as high as possible on an exterior wall, ensuring a clear line of sight to the destination node and minimizing obstructions like trees and bushes. I opted for a temporary setup, balancing the unit on a piece of wood near the back door, partially obscured by foliage.

Testing the Connection

I tested the range with the original ISP router, achieving approximately 100 feet of coverage before signal loss. After switching to the Eero unit, the range extended to around 150 feet. With the Outdoor 7 in place, the signal reached the barn’s wall, though connectivity remained unstable indoors.

Final Configuration

An available outlet on the barn’s exterior allowed for a more conventional mounting of the second Outdoor unit. I secured it temporarily with nails, intending to install a proper mount later. Remarkably, the units synchronized via Bluetooth within minutes, requiring no complex configuration or logins.

Results and Cost Analysis

The Outdoor unit successfully extended coverage into the barn, providing a stable connection with speeds exceeding 100 megabits in all bedrooms. Minor signal fluctuations were observed, suggesting the potential benefit of adding an interior unit for enhanced reliability.

The total cost, including the Eero Pro and two Outdoor units, exceeded $1000. However, a non-Pro interior unit or a previous-generation model could have reduced the expense.

Alternatives Considered

Alternatives, such as burying a cable, would have incurred significant costs for equipment rental and labor, along with the physical effort involved. Larger repeaters were deemed overly complex and still required a clear line of sight, potentially necessitating additional cabling. Other outdoor mesh nodes were unsuitable due to the lack of power in the field and the inability of the initial signal to reach the barn.

Conclusion

We required a simple, integrated solution capable of transmitting a signal over several hundred feet. The Eero Outdoor 7 fulfilled this need more effectively than anticipated, proving easier to set up than other mesh systems I’ve used.

While I wouldn’t recommend this solution solely for extending coverage to a yard, it proved invaluable for bridging the gap between our cabin and barn. For those facing similar challenges, the investment is worthwhile, particularly when considering the alternatives.