PACS images crawl, the EMR times out during rounds, and Wi-Fi dies in exactly the wards that need it. Clinical systems grew faster than the network under them. You need hospital-grade infrastructure — resilient, segmented, and upgraded without closing a ward.
WHAT YOU WILL HAVE AT THE END
Redundant core — no single switch failure can isolate a building
Clinical, guest, IoT and CCTV traffic separated by design
Wi-Fi engineered for wards: roaming that survives a bed-to-imaging journey
PACS/imaging paths sized for real study sizes, not averages
As-built documentation for your accreditation file
Ward-by-ward migration with clinical-engineering sign-off, no ward closures by design
05Acceptance: roaming and failover proven per ward
06Accreditation-ready documentation
07Support tiers incl. 4-hour options
SIZING & TIMELINE
BANDSCALETIMELINE
Sclinic / ≤100 beds4–6 weeks
M100–400 beds8–14 weeks
L400+ beds / multi-building14–24 weeks, phased
Outright purchase
เช่าใช้ 36-month service agreement
TOR/spec support for hospital e-bidding
PROVEN IN THE FIELD
Edgecore infrastructure runs smart-hospital networks in the field. Photon State designs and delivers this solution in Thailand on the same platform.
Hualien Tzu Chi Hospital
TAIWAN · 2023
Hualien Tzu Chi Hospital completed a hospital-wide Wi-Fi 6 upgrade with Edgecore access points and ecCLOUD management spanning wards, outpatient areas, and public spaces. The network underpins AI healthcare applications including mobile ward rounds, video visitation, indoor navigation, and medical asset tracking.
In Vitro Clinic
GEORGIA · 2020
A fertility clinic in Georgia built its clinical network on 27 Edgecore switches plus a WLAN controller and 58 access points, delivered through partner Romsat Georgia. The operational installation supports patient information systems and staff connectivity across the facility.
