Wilson, WilsonPro, and weBoost
Three names come up in the same search. Wilson Electronics is the manufacturer; WilsonPro is its commercial and enterprise repeater line; weBoost is its consumer, home, and vehicle line. A search for a “Wilson signal booster” often lands on consumer product pages, which describe coverage in square feet under ideal conditions. Commercial buildings in Georgia are not ideal conditions, and KSEDCO scopes this work from measured radio conditions instead. We supply, install, configure, maintain, repair, and support enterprise-class systems statewide.
What a Survey Settles Before Any Model Is Named
The order of operations matters more than the brand. We record carrier, band, level, and quality outside at candidate donor positions, then repeat the readings through the occupied space at the times people actually complain. From that we calculate the cable loss budget, the number of indoor antennas, and the isolation margin between donor and indoor sides. Only then does a repeater family, port count, and gain figure make sense. The detailed platform discussion is on the WilsonPro Enterprise 4300 and 4330 page, and alternative architectures are compared under in-building cellular and DAS.
Multi-Site Operators and Remote Monitoring
Georgia has a lot of organizations running the same building in several places: distribution centers spaced along I-75 and I-16, cross-docks near Hartsfield-Jackson, and port-adjacent warehouses outside Savannah. None of them has an RF technician on site. Enterprise platforms that report their own status remotely change the support model for those portfolios, because a fault at a Macon building surfaces as an alert rather than as a phone call three weeks later from a supervisor who has given up. Standardizing the hardware across a portfolio also makes spares, documentation, and technician familiarity worth something.
Where Approval Is the Long Pole
Around Augusta, defense, cyber, and medical facilities frequently restrict what may transmit inside a building and who may install it. The same is true of some clinical and research space in Atlanta and Athens. On those projects the authorization path, the escorted access schedule, and the acceptance criteria have to be agreed before equipment is ordered, not discovered by a crew on a lift. Every certified booster also operates with carrier consent and has to reduce gain or shut down if it interferes with the network, which is part of what the approval process confirms.
Georgia Weather on the Rooftop Half
The donor antenna, mast, coax entry, and ground are outdoor equipment in a humid climate with an active thunderstorm season. Bonding and surge protection at the entry point, weatherproofing that survives more than one summer, and mounting hardware chosen for the roof it sits on are all cheaper to do once. Standby power for the amplifier belongs in the same conversation, because storm outages are when coverage matters most.
Evidence at Closeout
- Pre-install and post-install measurements by carrier, band, and location.
- Donor position, cable type and length, splitter or tap layout, and indoor antenna positions.
- Equipment identifiers, mounting locations, and labeling.
- Monitoring setup, authorization records, and a named operational owner.
Next Step
Send drawings, the carriers in use, the failing areas, and roof access notes for one building or for the whole portfolio. Call (888) 360-0035 or use the contact page. Our Atlanta office is at 2700 Cumberland Pkwy SE, Suite 410.