Service
Point-to-Point Wireless
Wireless bridges that connect buildings, yards, and remote sites where trenching fiber costs more than the building — engineered with an actual path survey.
The problem
Wyoming geography makes point-to-point wireless less of a workaround and more of a default. Sites are far apart, fiber builds are quoted in six figures, and carrier lead times run months.
The failure mode is almost always the same: a link installed without a path survey works fine in October and drops every time it snows, or when a neighboring operator lights up on the same channel.
What's included
- RF path survey, Fresnel zone and line-of-sight analysis
- Licensed and unlicensed link design (5 GHz, 6 GHz, 60 GHz, and licensed microwave)
- Ubiquiti airFiber and Cisco wireless bridge deployment
- Tower, mast, and rooftop mounting with proper grounding
- Capacity planning for the traffic the link actually carries, including voice
- Link redundancy and automatic failover to a backup circuit
- Post-install throughput and latency validation, with documented baselines
How we work
Assess, design, implement, support
- 01
Assess
We document what you actually have — not what the last as-built says you have.
- 02
Design
A written design with the reasoning behind each decision, priced before work starts.
- 03
Implement
Phased cutovers with rollback plans. No single high-risk night.
- 04
Support
Documentation, knowledge transfer, and ongoing support at whatever level you need.
Point-to-Point Wireless: common questions
How far can a point-to-point wireless link reach?
With clear line of sight, unlicensed 5 GHz links reliably run 5–15 miles, and licensed microwave considerably further. Distance is rarely the limit — obstructions, terrain, and interference are. That's what the path survey determines.
Will weather affect the link?
Properly engineered links include fade margin for rain and snow. Higher frequencies such as 60 GHz are more weather-sensitive and are best for short hops. We size the link budget for worst-case regional conditions, not fair-weather throughput.
Is wireless fast enough to replace fiber?
For most business traffic, yes. Modern links deliver several hundred Mbps to multiple Gbps. The real trade-off is not speed but shared spectrum and weather margin, which good engineering accounts for.
Related services
Network Design
Layer 2 and Layer 3 network architecture designed for growth, segmented for security, and documented so your team can actually run it.
Firewalls & Security
Next-generation firewall deployment and network segmentation — configured with a policy you can audit, not a default ruleset with an any/any at the bottom.
VPN & Remote Access
Site-to-site tunnels and remote user access that hold up under real load — with MFA, split-tunnel decisions made deliberately, and throughput you can actually work over.
Let's look at what you're running
A no-cost assessment of your network, servers, or phone system — you get the findings and the recommendations whether or not you hire us.