English
Español
Français
Deutsch
Italiano
Português
العربية
Русский
日本語
The need
The imaging suite runs one CT, one MR and two ultrasound rooms, with a small server closet holding the modality transfer nodes. Studies go to PACS across the hospital network, and the radiologists read from a room next door that also hosts the reporting system. Cameras and door control at the suite entrance were added later on the same switch, and a large MR study could slow the reading room while a clinician was waiting.
What was specified
| Model | Qty | Role in the project |
|---|---|---|
| RS1024K-P16-2S-M | 3 | Suite cabinet, PoE for entrance cameras and door control, fibre back to the hospital core |
| RS1025K-8LG-2S-10G | 2 | Ten-gigabit study transfer to PACS and the modality nodes |
| RS1001KP-1S | 2 | Single-camera converter for the two corridor positions outside the suite |
Why that split
The study transfer is the only heavy flow in the suite, so it gets the 10G ports and a path to PACS that does not depend on the switch carrying cameras. Suite cameras and door control stay on PoE at the entrance, where the cable run is short and a power cycle does not need engineering access. The reporting link sits on its own VLAN so a study copy cannot slow a clinician reading, and the two corridor cameras outside stay on converters rather than pulling a second switch into a clinical corridor.
Result
- A large study transfers without slowing the reading room.
- Suite cameras and door control carry their own PoE, on a VLAN apart from studies.
- The PACS path is a defined 10G link, not a shared best-effort route.
Quantities in the table are the planned build, not a bill of materials for a specific tender.
