Wireless engineered for healthcare

Almost certainly, and the way to find out is a benchmark grid test. IFC 510 and NFPA 1225 require public-safety radio coverage in 95% of general areas and 99% of critical areas, and hospitals fail both routinely: lead-lined imaging rooms, concrete cores, below-grade plant and the sheer depth of the building all work against the signal. If your AHJ has not asked yet, they will at your next renovation permit.

Yes, and most of our healthcare work is. Installs are phased ward by ward and floor by floor, sequenced around clinical schedules, with ICRA containment where the work is above a ceiling in a patient area. Infection-control and interim life-safety requirements are part of the plan we submit, not something discovered on site.

A properly engineered one will not. The system is designed to defined power levels on the public-safety and carrier bands, antenna placement is planned around imaging suites and sensitive areas rather than dropped on a grid, and the whole thing is measured at acceptance. The risk comes from unengineered boosters, not from a designed system.

That is exactly how we design it. Nurse call, telemetry, RTLS and IoMT traffic run on the Wi-Fi network; carrier coverage runs on the cellular DAS; first-responder radio runs on the ERCES. They are three systems, but they share pathways, riser space and headend room, and planning them together is cheaper than discovering the conflict during the install.