Will the survey interfere with medical equipment or patient care?

No. Our measurement equipment is passive — it receives existing RF signals and does not transmit. Technicians work around clinical schedules, follow infection control and PPE requirements, and coordinate with security for access to sensitive areas. We routinely survey active hospitals without disruption.

Do you measure FirstNet Band 14 coverage?

Yes. Our surveys capture coverage for AT&T FirstNet Band 14 alongside commercial carriers. This is essential for healthcare facilities where first responders may operate during emergencies and for documenting public safety radio coverage under NFPA 1225.

Can you survey while the hospital is fully operational?

Yes. In fact, we recommend it. Measuring during normal operating hours produces data that reflects the actual user experience — including network load conditions, occupant density effects, and real-time interference patterns that night surveys would miss.

How do you handle restricted areas like ORs, NICU, or radiation suites?

We coordinate access through facility leadership and infection control. For areas where in-room measurement is not feasible (active surgical suites, isolation rooms), we measure at the door threshold and at adjacent locations, then document the limitation in the report so it can inform DAS design conservatively.

Hospital & Healthcare Signal Surveys

Real-world RF measurements for hospitals, clinics, and medical campuses — supporting DAS planning, ERRCS compliance, and uninterrupted clinical communications.

Modern healthcare runs on connected devices. Telemetry, electronic health records, secure messaging, remote consults, and visitor connectivity all depend on reliable cellular service inside facilities that were not designed with RF propagation in mind. Lead-lined imaging rooms, thick concrete shielding, deep basement levels, and sprawling multi-building campuses combine to create some of the most challenging indoor RF environments anywhere. A professional signal survey produces the documented baseline that DAS integrators, biomedical teams, and facility leadership need to plan effective coverage solutions.

Indoor cellular coverage heatmap for a multi-floor hospital facility

RF Challenges in This Environment

The specific physical and operational conditions that make indoor cellular coverage hard in this kind of facility.

Lead-lined and shielded rooms

Radiology, CT, MRI, and nuclear medicine suites use lead, copper mesh, and dense concrete that block nearly all cellular signal. Imaging departments are routinely the worst-performing zones in any hospital.

Reinforced concrete construction

Hospitals favor heavy structural concrete and rebar for fire, vibration, and shielding requirements. The same materials cause 15–25 dB of building penetration loss per wall on mid-band cellular frequencies.

Deep-floor plates and interior corridors

Outdoor macro signal degrades quickly as you move inward. Patient rooms along exterior walls may show acceptable coverage while nurse stations and procedure rooms deeper inside register dead zones.

Basements and sub-grade levels

Materials management, central sterile, morgue, and mechanical spaces sit below grade where macro signal does not reach. Loading docks and ambulance bays often experience coverage cliffs at the threshold.

Stairwells and elevators

Code-mandated emergency communications often require coverage in vertical shafts that are completely shielded from outdoor signal — a critical ERRCS scenario for first responders.

Why a Signal Survey Matters Here

Poor cellular coverage in a hospital is not a convenience issue. Clinicians use mobile devices to receive critical lab results, coordinate codes, and access EHR systems at the bedside. Patients and family members expect connectivity during long stays. Public safety codes increasingly require documented in-building radio coverage for first responders. A signal survey transforms anecdotal complaints — 'I always lose service near the cath lab' — into a defensible, quantified record of where coverage fails and by how much, for every carrier, on every floor.

How We Survey This Environment

Methodology tailored to the realities of this facility type.

Floor-by-floor grid survey of all clinical, patient, and public areas with tighter test-point density in critical zones (ED, ICU, OR suites, imaging).
Dedicated measurement of stairwells, elevators, basements, loading docks, and rooftop mechanical spaces for ERRCS and FirstNet compliance.
Carrier-by-carrier capture of RSRP, RSRQ, SINR, RSSI, PCI, and serving technology across AT&T, Verizon, T-Mobile, and FirstNet Band 14.
Coordination with infection control, security, and clinical operations to schedule access without disrupting patient care.
Deliverables include compliance scoring against NFPA 1225 / IFC 510 / local AHJ thresholds and an interactive dashboard for facility, biomed, and IT stakeholders.

Common Use Cases

DAS RFP preparation for new construction

Establish a baseline before tower or pavilion expansion so DAS designs reflect the actual signal environment, not theoretical models.

ERRCS / public safety compliance

Document in-building radio coverage gaps for first responder communications under NFPA 1225 and IFC 510 before AHJ inspection.

Post-installation validation

Verify that a new neutral host DAS meets contracted RSRP and SINR thresholds across all critical clinical areas after commissioning.

Coverage troubleshooting

Quantify ongoing complaints from clinicians or patients with measured data instead of relying on signal bars and recollection.

Compliance & Regulatory Notes

Hospitals frequently must demonstrate compliance with NFPA 1225 (in-building radio coverage), IFC 510, local AHJ ordinances, and Joint Commission expectations around critical communications. Our reports document Delivered Audio Quality (DAQ), public safety band coverage, and Tier 1 cellular coverage in a single deliverable.

Hospitals & Healthcare Survey FAQ

Request a Hospitals & Healthcare Signal Survey

Tell us about your facility and coverage goals. We'll provide a detailed proposal with scope, timeline, and pricing.