Power supply
Converts line voltage to low-voltage DC. Supplies are sized to the connected lighting load and feed the lighting controllers in a central, accessible location.
Platform · Residential
Centralized lighting control for every light in the home.
Bring lighting power and control into one accessible location. Low-voltage DC runs out to compatible fixtures, with programmable LED driving, dimming and monitoring managed through Luum.
1 / 4
Centralized power, designed around the way homes are lit.
Residential lighting plans call for small fixtures, low power requirements and many control zones. Luum moves LED driving to a centralized location. Each controller port carries two independently controlled channels on one category cable, serving compatible fixtures grouped to suit the lighting plan.
Luum X-PoE lighting controller
Two independently controlled channels per port, with multiple compatible fixtures on a run. Controllers can be mounted in a panel, on a wall or in a rack.
Driverless fixtures
Compact downlights, cylinders and linear lighting with remote LED driving, keeping power electronics out of the fixture housing.
Control system integration
Bring lighting into the home’s keypad, touch panel and app experience. Work with your integrator to select the supported interface for your home control system.
From one panel to every fixture.
Line voltage feeds the power supplies. Low-voltage DC feeds the controller panel, and each controller port connects to a string of compatible fixtures.
● Line voltage AC supply
Power panelPower supplies
PSU 1AC → DC
PSU 2AC → DC
48–57 VDC to controllers
Controller panel4 lighting controllers
LC1
LC2
LC3
LC4
8 ports each · LC1 port 1 shownLC1 · Port 1Kitchen · example fixture string
PD10 W
PD10 W
PD10 W
PD10 W
PD10 W
PD10 W
PD10 W
PD10 W
Channel 1 · 4 fixturesChannel 2 · 4 fixtures
Connected example
1 port · 8 fixtures · 80 W
One category cable carries two independently controlled channels. This example groups four 10 W fixtures on each channel.
Four 8-port controllers provide 32 ports and 64 control channels. Power supplies and fixture groups are selected for the actual load.
Deploy
Power in one place
The electrician brings line voltage to the central power supplies. Circuit and supply sizing follow the project’s lighting load.
Connect
Daisy-chained fixture strings
Category cable runs from a controller port to compatible fixture interfaces, connecting the lights along each planned run.
Configure
Programmable LED drivers
Set each channel for the voltage or current its fixtures need, then commission dimming, scenes and control integration.
What it changes for the specifier.
Fixtures
No driver in the housing
Remote LED driving makes room for smaller apertures and shallower housings in tight joist bays and thin ceilings.
Maintenance
Service in one place
Keep lighting power electronics accessible in the central equipment location, instead of above a small ceiling aperture.
Dimming
Control built around the fixture
Configure each channel for its LED load. Match driver settings and review dimming and color behavior with the selected fixtures.
Capacity
Two channels on every port
Each 8-port controller provides 16 independently controlled channels. Combine controllers to match the home’s lighting plan.
Energy
See what lighting uses
Power and energy reporting brings visibility to connected lighting loads through the Luum platform.
Install
A low-voltage lighting layout
Plan category-cable runs, fixture strings and controller locations together, with cable selection based on the load and run length.
Controls
Part of the connected home
Local network integration lets lighting work with the rest of the home. Confirm the interface and supported features with your integrator.
Platform
Same platform as commercial
Residential lighting runs on the same Luum platform used for X-PoE and wireless controls in commercial buildings.
Luum X-PoE Lighting Controller
XS-108H · 8 ports, 16 control channels. Full submittal data is on the specification sheet.
| Controller input | 48–57 VDC, up to 1,000 W; external power supply sized to the connected load |
|---|---|
| Lighting ports | 8 RJ45 ports · 2 independently controlled X-PoE channels per port |
| Per-channel output | 24–57 VDC · 1,115 mA maximum · 65 W maximum at 57 VDC |
| Port modes | IEEE 802.3bt PoE++ (up to 90 W), X-PoE and X-PoE Max (up to 134 W at 57 VDC input) |
| Standby power | Less than 6 W |
| LED driving | Remote constant-current / constant-voltage control |
|---|---|
| Power metering | ±2.5% under typical load conditions; ±5% below 10 W |
| Integration | Luum lighting control via Ethernet; third-party integration through a local secure MQTT broker |
| Configuration | Remote configuration and over-the-air firmware updates through Luum |
| Override | Dry-contact input with configurable activation polarity and per-channel levels |
| Dimensions | 8.6 × 10 × 1.7 in, without mounting brackets |
|---|---|
| Weight | 4.2 lb, without mounting brackets |
| Mounting | Half-rack 1U; join two units for full rack width, or wall-mount with included brackets |
| Operating temperature | 32–104 °F |
Output power depends on supply voltage, LED forward voltage, operating mode and cable losses. Consult the current product documentation for the complete ratings and installation requirements.
At home in Toronto
A different light for every room.
The Tridel Innovation Suite brings X-PoE lighting into everyday spaces, from a quiet bedroom to the rooms where everyone gathers.
Fixtures
Fixtures ready to explore.
Explore the fixture catalog, or bring your fixture schedule to Luum. We’ll review electrical compatibility, driver settings and the control behavior your design needs before you specify the system.
Plan your home
Turn your lighting plan into a system plan.
Bring a floor plan or fixture schedule. Discuss controller sizing, port assignments and control integration with the Luum team.