RF engineering
Coverage, capacity, interference, roaming, antennas and spectrum.
Wi-Fi, indoor cellular, private LTE/5G and 5G WAN each do a different job. Knowing which one fits, and what has to be in place behind it, is where most of the value is.
Knowing what each one is good at, and where another fits better, is the first step in every project.
| Technology | What it does | Best for | Details |
|---|---|---|---|
| 01Next-Gen Wi-Fi | Coverage and capacity for offices, warehouses, schools and venues, including Wi-Fi 6E and 7. | People and devices inside your buildings | Explore → |
| 02Indoor Cellular & DAS | Brings AT&T, Verizon and T-Mobile service inside so calls, texts and data work everywhere. | Carrier signal indoors | Explore → |
| 03Private LTE / 5G | A cellular network you control, for yards, campuses, robots and devices on the move. | Machines, vehicles and wide-open sites | Explore → |
| 045G WAN | 5G as a main connection, a backup, or a bridge until fiber arrives. | Keeping sites online | Explore → |
A strong signal can't fix an overloaded switch, a weak internet line or a device that won't log in. Wireless works when every layer behind it works.
So we design the whole path: what connects and how it moves, the radios and antennas, the cabling, switches, power and internet connection behind them, and the testing and support that keep it working. One team owns all of it, so nothing falls between the cracks.
No handoff separates the wireless design from the network and operations behind it.
Coverage, capacity, interference, roaming, antennas and spectrum.
Switching, power over Ethernet, security, segmentation and backup paths.
Signal sources, carrier approvals, circuits, SIMs and escalations.
Site readiness, mounting, cabling, cutover and as-built records.
Coverage, speed, roaming, calls and failover, measured where it matters.
Monitoring, incident response, changes, updates and upgrade planning.
We'll help work out the right technology, the design and how we'll prove it works.