Aggregator Connectivity Solutions

It depends on the solution required. We evaluate each location to confirm the best design and the most reliable path to connectivity.

Installation timelines vary by site. Key factors include infrastructure requirements (such as a near-net connection versus a new build), permitting and licensing that can extend timelines based on local requirements, and inclement weather in regions where seasonal conditions affect site access or construction. Once we review your location and connectivity requirements, we will provide a clear timeline during the quoting and ordering process.

BeyondReach's standard SLA targets include:

• 30ms latency
• 99.9% uptime (four or five nines possible upon request)
• 99.9% packet delivery

When a fixed wireless solution is designed correctly with carrier-grade equipment, it can be highly reliable and comparable to fiber in performance. It is important to separate engineered fixed wireless from 5G cellular-based “fixed wireless.” 5G fixed wireless is not comparable to fiber, but many providers use “fixed wireless” to describe cellular service, which is not an apples-to-apples comparison.

Severe weather can affect fixed wireless, but it doesn’t automatically mean unreliable service. Heavy rain, high humidity, and moisture can introduce interference (sometimes called “rain fade”) that may reduce speeds or stability.

A well-designed fixed wireless link helps minimize that impact by:

• Engineering the connection for local conditions (terrain, distance, and historical weather patterns) and selecting the right frequencies and carrier-grade equipment
• Maintaining a clear line-of-sight between the base station and the receiver on the building
• Using antennas built to counter rain fade and other moisture-related interference
• Enabling adaptive modulation, which can automatically adjust transmission rates to maintain a stronger, more stable signal during changing conditions
• Applying advanced approaches such as beamforming and MIMO to improve signal resilience

And while fixed wireless still relies on fiber or cable somewhere in the network, it may be delivered to your building through a separate route from your local wired service. That path diversity can make it less vulnerable to weather-related damage to underground infrastructure near the site. Additionally, this is why it’s important to confirm your diversity and redundancy requirements when requesting locations.

Yes. Circuits can be designed with scalability in mind, making it easy to increase bandwidth over time as customer demands evolve.