Surgical video belongs on the network the hospital already has. ADHOOPU carries 4K60 images from endoscopes, surgical cameras and room PCs to every display over standard 1GbE — with teaching and observation feeds on the same platform, phased deployment and a 3-year warranty on every endpoint.
An operating room is one of the hardest AV rooms in a hospital: multiple 4K sources (endoscopes, surgical cameras, PACS workstations, room PCs), several displays with different jobs, and a team that cannot afford a frozen image mid-procedure. The picture has to arrive live on the in-room surgical display, mirror cleanly on the wall set, and reach the teaching or observation room without a second dedicated system.
Traditional OR builds answer that with a dedicated hardware matrix: point-to-point cabling, a rack of cards, and a fixed count of inputs and outputs. Adding a display or a source later means new cards and a new installation visit — in a room that cannot easily be taken offline.
AV over IP turns the matrix into software. Every source is encoded once onto the hospital network, and every display is a decoder that subscribes to whatever it should show — the endoscope on the surgical display, the room PC on the wall set, the full mix in the teaching room. Routing is a configuration change, not a re-cable.
The same platform carries USB KVM for the room PC, video wall layers for larger hybrid OR suites, and recording feeds for documentation — all on standard 1GbE switches with IGMP snooping or a dedicated VLAN. Growth is additive: the 25th room uses the same endpoints as the first.
The pattern repeats across the estate: the fewer boxes between a source and a display, the fewer failure points, and the shorter the integration layer.
Hospitals usually deploy in phases: one OR suite as a pilot on a dedicated VLAN, the legacy matrix left in place beside it, then room-by-room migration once the surgical team signs off. Endpoints are compact and mount behind the display or in the equipment boom, and the platform ships with a 3-year warranty — factory direct, from the manufacturer that builds the firmware.
For a project-specific map, send the room list, the source list and the display count per room; the bill of materials comes back unit by unit, matching each existing matrix input and output.
Yes — the platform is built for live switching and live viewing: images from endoscopes and surgical cameras are distributed in real time, with latency low enough that the surgical team works off the displayed image, not around it.
Yes. Sources connect over standard HDMI to an encoder endpoint; from there the signal rides the network to any subscribed display, recorder or teaching room.
They are just more decoder endpoints on the same network. A teaching room subscribes to the OR feed the same way the in-room display does — no separate extension system to buy or maintain.
The platform outputs standard HDMI at each display point, so existing recorders and capture workflows keep working; the network simply decides which rooms see which feed.
Yes. The system runs as an independent AV-over-IP deployment on a dedicated VLAN or the existing network, so a single suite can run in parallel with the legacy matrix and migrate room by room.
Operating rooms are one deployment on the same platform. These are the adjacent use cases and replacement comparisons hospital project teams most often need next.
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19 years of AV engineering · Shenzhen, China · 3-year warranty