In a hospital, a network outage is not an inconvenience — monitors, infusion stations, nurse call and the EMR all ride on it. We engineer healthcare campus networks from your requirements, with the equipment brand chosen openly at design stage: a redundant core pair that fails over in seconds without anyone touching it, medical VLAN zoning that keeps HIS, PACS, medical IoT, office and patient Wi-Fi strictly apart, and ward-round wireless roaming that follows the trolley from bed to bed — sized honestly for a community clinic, a 200-bed hospital or a 1000-bed medical campus.
Four risks we see in almost every hospital that calls us:
The same layered discipline as our enterprise campus design, hardened at the three points a hospital depends on:
Architecture drawn by AtlasCommTech following carrier-grade campus design practice. Diagram labels are kept in English for engineering clarity.
Why us: our founder spent 13 years inside the Huawei partner ecosystem delivering carrier networks. The design discipline is the same — only here, the uptime target protects patients, not just traffic.
The solution is sized to your requirements and budget first — the same architecture can be delivered on several vendors' product lines. We help you choose by supply availability in your destination country, budget and your team's operating habits.
Six things a properly engineered hospital network does that an ordinary office network never will:
Tell us your bed count and building count — the tier tells you the shape of the network:
| Scale tier | Typical site | What the design includes |
|---|---|---|
| Community clinic | Health post · clinic · dental or imaging practice | One gateway, one or two PoE switches, a few APs, clinical/office/guest separation, UPS in the cabinet — one rack, remotely manageable. |
| ~200-bed hospital | District or private hospital · main building + outpatient block | Redundant core pair, PoE access per floor, ward-by-ward Wi-Fi with roaming design, medical VLAN zoning with firewall between zones, dual-homed paths for HIS and PACS servers, UPS in every closet. |
| ~1000-bed hospital | Large general hospital · multi-building medical campus | Dual core plus aggregation per building, dual-homed server zone for HIS/PACS, campus-wide roaming with per-department radio plan, device whitelisting plus patient portal, full-audit management — and a migration plan that upgrades department by department, never the whole site at once. |
The solution is built from these equipment categories — the brand is chosen with you at design stage. Exact models depend on your port counts, PoE budget and country — so we spec models after your requirements list, not before.
| Role | What it does |
|---|---|
| PoE access switches | Connect and power nurse stations, APs, cameras and phones on each floor; sized by port count plus total PoE watts, with headroom for added devices. |
| Core switch pair | Two chassis running as one logical switch — routes between medical zones on 10G uplinks and fails over in seconds if either unit dies. |
| WLAN access points | Ceiling and corridor APs planned per ward; controller function manages fast roaming and radio tuning so round carts never drop mid-corridor. |
| Hospital router (egress) | Terminates internet lines, handles NAT, and carries telemedicine sessions and the VPN links to insurance or health-authority networks. |
| Firewall (zones + edge) | Enforces policy between medical zones and guards the internet edge with intrusion prevention — standard, not optional, from the 200-bed tier up. |
| Management platform | Cloud or on-premises network management — topology view, alarms, configuration backup and audit logs, so the network survives staff turnover. |
Send us your requirements list — floor plans, bed count, department list, device counts — and the model list follows. That order keeps the design honest.
An engineer replies with a zoned design and the equipment-category list. Send us your requirements list — the model list follows.