Carrier-agnostic cellular coverage for Atlanta offices, warehouses, hotels, and medical buildings — designed and installed by JB Technologies.
WilsonPro is the commercial and enterprise product line from Wilson Electronics — passive (off-air) cellular signal boosters engineered to amplify the LTE and 5G signals already reaching the outside of your building and rebroadcast them to the spaces inside where reception fails. Unlike ERCES public-safety systems, which are code-driven for first responder radio coverage and governed by NFPA and the local fire marshal, WilsonPro is squarely focused on commercial cellular voice and data: keeping your team on calls, your guests connected, and your IoT devices online. JB Technologies deploys WilsonPro across metro Atlanta as part of our broader DAS practice, alongside Nextivity CEL-FI for carrier-specific channelized solutions and active DAS where headend-class infrastructure is warranted. WilsonPro shines in the Atlanta market for buildings with serviceable outdoor signal — Buckhead high-rises with glass curtain walls, Westside warehouses with metal skin, hotels along the Perimeter, and medical office buildings where Wi-Fi calling alone is not enough. We size the system honestly, document the donor RF environment, and install to manufacturer spec.
Flagship 70 dB commercial booster covering up to ~25,000 sq ft of indoor space with strong outdoor signal. Five-band, carrier-agnostic, with XDR (extended dynamic range) for stable performance in fluctuating donor signal conditions.
Mid-tier commercial booster for ~13,000 sq ft. The 1300R is the rack-mount variant for IDF/MDF closets. Common for single-floor offices, clinics, and small hotels where coverage gaps are localized.
Four-port commercial system supporting up to ~100,000 sq ft across multiple indoor antennas. The 4300R is rack-mount, the 4300C is the cloud-monitored variant — ideal for multi-tenant office buildings, hospitality, and warehouses.
Compact commercial booster for ~25,000 sq ft, with the 710i adding integrated indoor antenna for fast deployment. Good fit for retail, single-suite offices, and tenant build-outs.
Cloud-connected variants of the 4300 platform that report uplink/downlink power, oscillation events, and uptime to the WilsonPro Cloud dashboard — JBT uses this for proactive remote monitoring under our service agreements.
Industrial booster purpose-built for M2M and IoT applications — ATMs, kiosks, vending, telematics, and remote monitoring devices that need a reliable cellular link in marginal-signal locations.
Wilson and partner-spec donor antennas (yagi, log-periodic, omni) for the rooftop side, paired with indoor dome and panel antennas distributed via plenum-rated coax to deliver the amplified signal where users actually work.
buildings in Buckhead, Midtown, and Perimeter where Low-E glass and concrete cores kill cellular
I-285 and I-85 with metal cladding that blocks outside signal
guest rooms, lower-level meeting space, and back-of-house areas where carrier coverage drops
where staff and patients rely on cellular for messaging, on-call, and visitor connectivity
centers where signal physically cannot penetrate
leasing offices, amenity spaces, and tenant units that need reliable carrier coverage in addition to Wi-Fi
we measure donor signal on every carrier before quoting, so you know whether WilsonPro is the right tool or whether you need active DAS or CEL-FI instead
one WilsonPro system covers AT&T, Verizon, T-Mobile, and US Cellular bands without separate carrier agreements
spectrum analyzer, signal generator, and isolation meter, not just a multimeter and a ladder
JBT can see oscillation, overload, and outage events before tenants call to complain
active DAS practice — we recommend the right technology for the building, not the one we want to sell
RF readings, antenna locations, cable runs, gain settings — handed off at closeout for facilities and IT
outdoor donor signal measurement on each carrier band, indoor heat mapping of problem areas, and review of structural materials
select WilsonPro model (710, 1300, 4300, Pro 70 Plus) based on coverage area and donor strength, lay out donor and indoor antennas, calculate cable losses
confirm the system is industrial-grade (not consumer), document carrier registration where required, and finalize SOW
rooftop donor antenna mount and grounding, plenum coax pathways, IDF rack-mount of the booster, indoor antenna placement, and gain commissioning
walk-test with a calibrated signal meter, confirm no oscillation, document final downlink/uplink power per carrier per band
as-built drawings, cloud monitoring enrollment for applicable models, and a service agreement for periodic re-tuning
WilsonPro is a passive (off-air) booster — it amplifies what is already in the air, all carriers, with no carrier agreements required. Active DAS uses carrier-provided signal sources (BTS or small cells) and scales to very large buildings, but it is expensive and slow to deploy. Nextivity CEL-FI is a channelized booster — higher gain on a single carrier with carrier approval. JBT picks the right tool: WilsonPro for fast, multi-carrier deployments in small to mid-size commercial buildings; CEL-FI when one carrier dominates and needs more gain; active DAS for stadium-class projects.
Same parent company (Wilson Electronics) but different product classes. weBoost is consumer/SMB — homes, vehicles, and small offices, sold through retail channels and self-installed. WilsonPro is the commercial/enterprise line — higher gain, more ports, rack-mount and cloud-monitored options, and only available through certified installers like JBT. The FCC distinguishes consumer signal boosters (limited gain, plug-and-play registration) from industrial signal boosters (professionally installed, with carrier consent).
Consumer-class boosters use a blanket FCC consent already in place from the major carriers. Industrial-class boosters technically require carrier consent under FCC rules — Wilson Electronics maintains carrier relationships that streamline this, and JBT handles the registration paperwork as part of our deployment. We do not install boosters that the carriers have not consented to.
The donor antenna is what determines whether the system works at all. We need clean line-of-sight to the strongest cell tower, separation from the indoor antennas to prevent oscillation (the system feeding back into itself), and proper grounding for lightning protection. A cheap install that staples a donor antenna under a roof overhang will oscillate, shut itself down, or trigger network protection on the carrier side.
WilsonPro Cloud is the remote-monitoring platform for the A4300, A4300R, and Pro 70 Plus systems. It reports per-carrier per-band uplink and downlink power, oscillation events, and overload conditions, and pushes alerts when something degrades. For any building where cellular is mission-critical — hotels, medical, and large offices — the cloud variant is worth it. JBT includes cloud monitoring in our managed service agreements.
No, and we want to be clear about this. WilsonPro covers commercial cellular bands (700 MHz through 2.5 GHz cellular), not the public-safety bands (700/800 MHz P25, VHF, UHF) that fire and police use. ERCES (also called BDA / public-safety DAS) is a separate code-driven system governed by NFPA 1221, IFC 510, and your local AHJ. JBT designs and installs ERCES separately — it is never an either/or with WilsonPro, and many Atlanta buildings need both.
Tell us about your facility and we will scope the right design, sizing, and integration plan.
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