Panelized power. Where the plans allow it, no dimmers in the walls at all — the circuits run home.
This is the architectural option HomeWorks adds. In a switch-based system, the dimmer lives in the wall box and controls whatever is wired past it. In a panelized HomeWorks design, circuits return to DIN-rail panels in a closet and the wall carries only a keypad. The same processor also runs wireless Sunnata and Maestro devices in the wall and Lutron’s wireless fixtures, so a home can be panelized, wireless, or both.
- Every load individually controlled — not just the ones that happened to get a smart switch
- Modules matched to the fixture — forward-phase, reverse-phase, 0–10 V and low-voltage circuits each get the dimming they actually want
- Single gangs where banks used to be — a five-switch wall becomes one engraved keypad
- DIN-rail panels in the closet, serviceable and labeled, with room designed in for later circuits
- The QSX processor runs the whole system locally — instant response, no cloud dependency
| Processor | HomeWorks QSX — wired processors with one or two links, plus a wireless processor with Clear Connect Type A and Type X radios |
| Scale | Up to 16 processors and gateways, 10,000 zones and roughly 50,000 sq ft; a wired link carries 512 switch legs |
| Panels | DIN-rail modules; legacy RPM panels connect through Lutron’s panel-link translator rather than being replaced |
| Load types | Phase-adaptive (forward and reverse), 0–10 V, DALI, HomeWorks Digital, DMX, motor loads and switched circuits |
| Runs locally | Yes — the processor holds all logic on site |
| Wiring | Home run per circuit — specified at rough-in, which is why this is a design-stage choice |
Already have older HomeWorks? Illumination and QS-era systems have documented upgrade paths — legacy panels can often talk to a new QSX processor rather than being torn out. If your estate has a system a previous integrator abandoned, that’s a conversation worth having before anyone quotes a rip-and-replace.