RF engineering, antenna placement and commissioning required for a reliable booster deployment.
Product and design guidance
An in-building survey records carrier signals at the roof and occupied areas, identifies dominant donor sectors and estimates losses. Design must maintain donor/server antenna isolation and respect FCC/carrier requirements. Final testing documents coverage, oscillation margin, uplink noise and user performance by carrier.
- Pre-install roof/interior RF measurements by carrier/band
- Directional donor antenna and cable-loss calculation
- Indoor dome/panel antenna coverage and isolation
- FCC registration/consent workflow, commissioning and monitoring
- Site survey, applicable codes and approved operating sequence
- Power, network/radio, standby and outage behavior
- Current product lifecycle, firmware and integration compatibility
- Training, documentation, inspection and preventive maintenance
Engineering and privacy
Boston High Tech confirms the current manufacturer model and site conditions before procurement. Relevant qualifications can be verified privately when appropriate; certificate copies, license numbers and named certificate-holder records are not published.
Request a site-specific design
Supported from our Charlotte headquarters and local client offices serving Massachusetts, New York and New Jersey. Arrange office visits in advance.
Official manufacturer references
How to compare and specify this product family
For WilsonPro RF Survey, DAS Design and Antenna Systems, the right model and architecture depend on the site, existing infrastructure and operating policy. A proposal should clearly document the following signal-booster or distributed-antenna system decisions before equipment is ordered:
- Carrier and frequency-band requirements
- Outdoor donor-signal readings and building loss
- Donor/server antenna separation and isolation
- Coax routes, connector loss and grounding
- Coverage targets for each occupied area
- Monitoring, labeling and future carrier changes
Installation, testing and handoff
We begin with an RF survey rather than selecting an amplifier from square footage alone. The design documents measured signal, serving bands, antenna locations, cable loss, isolation and the coverage target for each priority area. Installation includes grounding and bonding review, labeled cable paths, commissioning measurements and a handoff record. Equipment must be used within current manufacturer and regulatory requirements; a booster cannot create usable service where adequate donor signal is unavailable.
Frequently asked questions
Questions about in-building cellular coverage work, from the roof survey and antenna layout to FCC steps and final testing.
How many antennas go inside, and where?
The count and placement come out of the coverage requirement rather than a rule of thumb. Indoor dome/panel antenna coverage and isolation are worked from the areas that must have service, the building loss between them and the separation each location keeps from the donor side. Stairwells, basements and metal-clad areas are laid out separately from open floors.
What is on the outside of the building for this to work?
A directional donor antenna aimed at the sector chosen during the survey, plus the coax path back to the equipment. The directional donor antenna and cable-loss calculation are done together, because connector loss and run length subtract from whatever the roof reading gave you. Grounding and the coax route are specified with the antenna, not added afterward.
Why does someone need to be on the roof before you can quote?
Because the design starts from measured signal, not from a coverage map. Pre-install roof and interior RF measurements by carrier and band identify the dominant donor sectors, estimate building loss and show which areas are actually failing. Without those readings, the antenna count, the cable runs and the equipment location are all guesses.
How do we know the system works when the crew leaves?
Final testing documents it. Commissioning records coverage in the served areas, the oscillation margin between donor and server antennas, uplink noise and user performance by carrier, and those results go into the closeout package. If the oscillation margin is thin, the fix is antenna separation or aiming, which is cheaper to correct before the lift goes back.
Do the carriers have to know we are installing this?
Yes. The FCC registration/consent workflow is part of the job, and the design has to respect FCC and carrier requirements rather than treat them as paperwork at the end. Name who completes the registration, which carriers are involved and when it happens, because that step sits on the schedule the way the antenna install does.
Who watches the system after handoff?
That is an owner decision, and it belongs in the scope alongside commissioning and monitoring. A system that drifts shows up as uplink noise or as complaints on one carrier, so somebody has to own the alerting and the call to the integrator. Name that person, and keep the baseline test results so a later reading has something to compare against.
Official WilsonPro software, firmware and support
Official manufacturer resources. We link out rather than host firmware.
Before updating: confirm model, hardware revision, current version, entitlement and rollback plan, and schedule monitored or life-safety-adjacent systems with the administrator.