Ankara University Hospital — HP5 Series Digital Migration
Hospitals combine dense reinforced structure, shielded imaging rooms, deep basements and teams that must be reachable within seconds. Healthcare is TechnoRF’s largest reference sector, with 18 of our 48 published reference projects delivered to hospitals and health institutions.
Ankara University Hospital — HP5 Series Digital Migration
Antalya Provincial Health Directorate — HF Broadband Antenna
Balıkesir Provincial Health Directorate — Base Station Cabinets
Bolu AİBÜ Faculty of Medicine — Campus Radio Coverage
Flora Dental Clinics — Silent Communication in Clinical Areas
Harakani State Hospital — Analogue to Digital Migration
Hatay Provincial Health Directorate — Antakya State Hospital Security
Istanbul Provincial Health Directorate — Citywide Health Communication
Kars Provincial Health Directorate — Base Station Overhaul
Kırıkkale Provincial Health Directorate — HF Range Extension
Kocaeli Provincial Health Directorate — Portable HF Kits
Kocaeli Körfez State Hospital — Digital Code Management
Kurtaran Ambulance — Multi-Band Vehicle Antenna System
Mersin University Hospital — Code White Response
Prof. Dr. Feriha Öz Emergency Hospital — Continuous Operation
Ministry of Health — National SAKOM HF Antenna
Sancaktepe İlhan Varank Training and Research Hospital
Sincan Training and Research Hospital — HF/VHF Repeater Modernisation
Healthcare is the sector TechnoRF has delivered most: 18 of our 48 published reference projects are hospitals and health institutions. That concentration is not accidental. Hospitals are among the hardest radio environments in the building stock, and they are unforgiving about the consequences of getting it wrong.
| Team | Requirement |
|---|---|
| Security | Continuous coverage including car parks and roof, emergency alarm, discreet audio |
| Technical and biomedical | Reachable in plant rooms and basements, text for job details |
| Portering and transfer | Coverage on every route including lifts and tunnels |
| Emergency department | Priority traffic, immediate group call, link to arriving ambulances |
| Housekeeping | Simple operation, robust devices, straightforward group structure |
| Control position | Visibility of all groups, recording, incident logging |
Prediction models are unreliable inside hospital structures because drawings do not record what walls are made of. The method that works is measurement: a test transmitter carried through the building while received level is logged, producing a real attenuation map.
From that comes the design — typically a distributed antenna system fed from a head end, with the cable route following the actual weak areas rather than the architect's zones. Lifts, basements and car parks are treated explicitly rather than hoped for.
The verification measurement after installation is the document that matters. It states, floor by floor, what signal level was delivered.
DMR covers the campus: no subscription, low latency, no dependence on a mobile network that may congest during a mass-casualty event. PoC extends to ambulances and community teams beyond the campus, bridged so the control position hears both. TETRA appears where the institution must interoperate with public emergency services.
Man-down and lone-worker alarms matter here in a specific way: a technician alone in a plant room, or a nurse in an isolated area at night, is exactly the case the feature exists for.
Hospital purchasing runs through tender documents, and a specification that names a model rather than a requirement produces a system that meets the paper and fails the building. A defensible specification states coverage by area and by user type, verification method, talkgroup structure, service response time, spares provision and training — and lets the measured result decide.
TechnoRF prepares the technical basis for these documents, including coverage survey results, without prejudicing competitive procurement. See company profile for our project process and documentation, or get in touch.
Because hospital construction actively opposes radio. Reinforced concrete, dense partition walls, lead-lined imaging rooms, shielded MRI suites, basement service floors and metal-clad plant rooms all attenuate heavily, and they are concentrated in exactly the areas — imaging, theatres, technical floors — where teams need to be reachable. Coverage is delivered by carrying signal inside, not by raising power.
Modern medical devices are tested to immunity standards and professional radios operate within regulated power limits, so interference in normal use is rare. It is not impossible at very close range to sensitive equipment, which is why hospital systems are designed with defined use rules for critical care areas — and why the specification exercise includes talking to the biomedical department, not only to security.
DMR for almost all of them. A hospital is a single campus with a defined user population, which is exactly the case DMR serves best, and it has no monthly subscription. PoC is added for ambulance and mobile teams that leave the campus. TETRA appears in very large complexes and city-scale health authorities where interoperability with public agencies is required.
It is decided by role rather than by headcount. Security on continuous patrol, technical and biomedical maintenance, portering and transfer teams, housekeeping supervisors, emergency department coordination and a control position — each is a talkgroup with a defined number of simultaneous users. A shift-based pool with a documented handover routine covers far more people than a radio per employee.
The Hytera product range, TechnoRF engineering, installation, maintenance, technical service and business continuity planning — brought together into a system designed for how your operation actually works.
We deliver not only what you need, but more than you expect .