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Civil design, RF planning and permitting for point-to-point and point-to-multipoint networks — including solar-coupled sites and redundant rural connectivity.
Interactive Network View
A sample topology showing how tower sites, base stations and subscriber endpoints connect through P2P backhaul and P2MP access links. Click any node to explore.
What We Design
From dedicated P2P backhaul to community-scale P2MP — the civil infrastructure that supports modern wireless connectivity.
Engineering Deliverables
Complete civil packages for tower installations — from site grading through construction-ready documents, produced in AutoCAD Civil 3D.
Monopole, self-support and guyed tower sites: grading, access roads, equipment pads, fencing and stormwater.
Antenna mounting, shelter placement, cable tray routing and ice bridge details for towers, rooftops and elevated structures.
Coordination with structural engineers on tower loading, foundation review and mount engineering.
Site plan packages for municipal zoning, FAA notifications, FCC documentation and conditional use permits.
Link budgets, path profiles, coverage exhibits and interference analysis support for P2P and P2MP planning.
Power service, telco demarc coordination, access road grading and utility routing to the compound.
System diagrams of P2P links, P2MP sectors, backhaul routing, failover paths and interconnection points.
Site plans integrating solar arrays, battery storage and backup generation for off-grid or hybrid sites.
Rural Connectivity
Solar installations are expanding across rural America. We couple wireless infrastructure with solar sites to bring broadband, SCADA backhaul and redundant connectivity to areas that need it most.
Use existing solar infrastructure to extend broadband and monitoring into underserved areas without building entirely new infrastructure.
P2MP networks with redundant backhaul keep communities connected when a single link goes down.
Solar-powered tower sites with battery backup can run independently of the grid, even in remote locations.
A single P2MP base station can serve many subscribers across miles, making low-density broadband viable.
Engineering Tools
Plan a link with real propagation models, or see a base station's coverage footprint. Pick equipment from the library or enter your own figures.
Equipment Library
We design to your requirements, not to a brand. Load a radio, dish or sector straight into the calculator. Rows marked Datasheet link the vendor's own page, and anything we haven't re-checked is labelled.
| Equipment | Role | Gain | TX | Sensitivity | Source | Load |
|---|---|---|---|---|---|---|
Baicells Nova 436Q (CBRS 3.5 GHz) 3.5 GHz CBRS | Small cell | 17 dBi | 24 dBm | -100 dBm | Planning default | |
Cambium PTP 820S (11 GHz) 11 GHz licensed | P2P backhaul | 38 dBi | 23 dBm | -72 dBm | Planning default | |
Cambium ePMP 3000 AP (5 GHz) 5 GHz | P2MP access point | 18 dBi | 29 dBm | -88 dBm | Planning default | |
Cambium Force 300-25 (5 GHz) 5 GHz | P2MP subscriber | 25 dBi | 23 dBm | -80 dBm | Planning default | |
MikroTik LHG 5 ac (5 GHz) 5 GHz | P2P backhaul | 24.5 dBi | 20 dBm | -75 dBm | Datasheet · MCS7mikrotik.com | |
MikroTik LHG XL 5 ac (5 GHz) 5 GHz | P2P backhaul | 27 dBi | 20 dBm | -75 dBm | Datasheet · MCS7mikrotik.com | |
MikroTik SXTsq 5 ac (5 GHz) 5 GHz | P2MP subscriber | 16 dBi | 20 dBm | -75 dBm | Datasheet · MCS7mikrotik.com | |
MikroTik mANTBox 15s (5 GHz sector) 5 GHz | P2MP access point | 15 dBi | 27 dBm | -77 dBm | Datasheet · MCS7mikrotik.com | |
MikroTik mANTBox 19s (5 GHz sector) 5 GHz | P2MP access point | 19 dBi | 27 dBm | -77 dBm | Datasheet · MCS7mikrotik.com | |
MikroTik mANTBox 52 15s (5 GHz sector) 5 GHz | P2MP access point | 15 dBi | 26 dBm | -75 dBm | Datasheet · MCS7mikrotik.com | |
MikroTik mANTBox 52 15s (2.4 GHz sector) 2.4 GHz | P2MP access point | 12 dBi | 26 dBm | -75 dBm | Datasheet · MCS7mikrotik.com | |
Mimosa B5c (5 GHz) 5 GHz | P2P backhaul | 25 dBi | 27 dBm | -83 dBm | Planning default | |
Siklu EH-2500FX (E-band) E-band 71–76 / 81–86 GHz | P2P backhaul | 40 dBi | 10 dBm | -63 dBm | Planning default | |
Ubiquiti airFiber 5XHD (5 GHz) 5 GHz | P2P backhaul | 23 dBi | 26 dBm | -91 dBm | Planning default | |
Generic ISM 900 MHz 900 MHz ISM | Long-range IoT / SCADA | 12 dBi | 30 dBm | -110 dBm | Planning default |
TX power is the conducted maximum at the rate shown, before regional limits; sensitivity is at the same rate. “Planning default” entries predate this library and have not been re-checked against a datasheet — verify before you design to them.
With ESPO Dev
We work with ESPO Dev to build out Reticulum networks, Meshify and other new ISP-as-a-service concepts — the physical network from us, the software around it from them.
Whether you're deploying P2P backhaul, building a P2MP network for rural broadband, or coupling wireless with a solar installation — tell us about your project and we'll deliver a scope of work.
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