Assess the Site
Document camera zones, power, mounting, existing cabling, network access, backhaul, retention, and VMS requirements.
SignalsRF designs, integrates, and validates private, managed, and deployable LTE/5G systems for cameras, equipment, and field operations in places where conventional connectivity falls short.
We assess the site, model coverage, select compatible technologies, coordinate qualified deployment partners, and prove performance in the field.
Distance, terrain, mobility, construction limits, and unreliable public coverage can leave important cameras, equipment, and teams disconnected. SignalsRF develops a practical cellular architecture around the operation—not around a single product.
The right solution may use private LTE or 5G, managed public cellular, existing network infrastructure, resilient backhaul, or a carefully designed combination.
Camera connectivity is our flagship application: connect priority locations back to the customer's compatible video system without assuming that new fiber or long-distance Wi-Fi is the only answer.
We review placement, power, mounting, coverage, uplink demand, backhaul, cybersecurity, recording, live view, and service ownership as one integrated system.
A limited pilot can prove coverage, capacity, compatibility, and operational value before a broader deployment.
Document camera zones, power, mounting, existing cabling, network access, backhaul, retention, and VMS requirements.
Compare viable paths and estimate coverage and uplink demand from camera count, video settings, recording, and live-view requirements.
Connect cameras in one priority area to the customer's existing video system.
Measure signal, usable capacity, live video, recording retrieval, latency, and failover before handoff.
Site and GIS data help estimate coverage and identify candidate infrastructure. A limited pilot turns those predictions into field measurements before a larger deployment.
Define locations, devices, applications, and performance requirements.
Model terrain, structures, clutter, radios, antennas, and anticipated coverage.
Deploy a limited network around selected locations, devices, and use cases.
Measure coverage, capacity, compatibility, backhaul, and application performance.
Use the findings to shape deployment, budget, documentation, and handoff.
Reliable cellular connectivity depends on coverage, capacity, compatible devices, secure architecture, power, backhaul, management, failover, documentation, and clear service ownership working together.
Start small: A focused pilot can prove the design around selected devices, locations, and workflows before wider expansion.
Design customer-controlled coverage for cameras, sensors, gateways, tablets, vehicles, and operational equipment.
Integrate public-carrier connectivity, multi-carrier failover, SIMs, gateways, and available backhaul where appropriate.
Develop portable connectivity for temporary sites, events, emergency operations, mobile surveillance, and field teams.
Model expected coverage, conduct field measurements, document performance, and refine the design using evidence.
Focused on North Carolina organizations and professionally managed properties with distributed assets, outdoor coverage needs, mobile teams, or difficult-to-connect locations.
Gates, long driveways, outbuildings, docks, garages, equipment areas, and remote perimeters.
Barns, arenas, pastures, entrances, equipment storage, and other dispersed assets.
Parking, event grounds, golf courses, trails, maintenance areas, and access points.
Outdoor yards, loading areas, substations, remote facilities, equipment, and perimeter zones.
Trails, parking areas, entrances, fields, public works sites, and distributed facilities.
Construction, events, emergency operations, mobile surveillance, and phased deployments.
SignalsRF is a specialized cellular communications and systems-integration company founded on nearly 30 years of public-sector IT and operational technology experience. We approach connectivity as an operational system—not simply a camera, modem, or radio sale.
We coordinate site assessment, RF planning, architecture, vendors, radios, gateways, SIMs, backhaul, application integration, field validation, documentation, training, and support handoff. Qualified partners provide specialized camera, cabling, electrical, structural, or mounting work when required.
See when private or managed cellular makes sense, how site assessments and pilots work, and what information is needed to get started.
You do not need a finished architecture or equipment list. Tell us what must be connected, where it operates, what infrastructure already exists, and what is failing today. We can help determine whether an assessment, focused pilot, or broader production design is the right next step.