Seven product variants. One low-voltage platform.
MaxiDOT 102 Direct View.
Pixel-scale surface-mount marker spot with a recessed flat lens — direct, narrow viewing angle for marker arrays, low-resolution screen and matrix systems where the viewer faces the fixture directly. Patented 2-wire DMX-over-power makes installation as simple as a static wire run.
MaxiLINK
DMX 512 runs on the same 2-core cable that powers the strand. Same wiring complexity as a static install.
Direct-view narrow optic
Recessed flat lens projects forward — engineered for facades where the viewer faces the fixture directly. Pixel-mapping ready.
Intelligent White option
250 lm Intelligent White variant — same body, same control, white-only output for monochrome marker arrays.
100 m / 328 ft single-strand runs
Up to 328 ft on one strand from a single power-data source. Lower distribution cost than discrete-driver alternatives.
IP67 · IK07 · cULus
Dust-tight, temporary water immersion tolerance, impact-resistant. cULus, UKCA, CE listed for permanent outdoor architectural installations.
- 01Mark out the surface. Using the DOT back fixing plate as a template, mark two fixing holes (X) at 40 mm / 1.57 in centres and a single flylead hole (Z) in the middle for the 500 mm / 19.69 in cable to feed through. Fixing plate diameter is 53.5 mm / 2.11 in. Drill both X holes for the wall fixings and the Z hole large enough for the flylead.
- 02Fix back plate to surface. Feed the 500 mm / 19.69 in flylead through the back plate, then through the Z hole in the wall. Secure the back plate to the surface with suitable wall fixings — orient the countersunk screw entry facing the fixture so the DOT can slide onto it.
- 03Secure DOT to back plate. Slide the MaxiDOT body onto the mounted back plate. Using the supplied hex key, tighten the grub screw on the side of the housing to lock the fixture. The housing must sit flush against the surface.
- 04Repeat · connect · terminate. Repeat Steps 1–3 for each fixture. Cut off any excess flylead and connect to the MaxiLINK 48 VDC + DMX supply — qualified electrician required. Install the ELR (End-of-Line Resistor) on the last fixture to terminate the DMX bus.
MaxiDOT 102 180°.
Same compact 60mm / 2.36 in body as the Direct View, with a wide-angle frosted dome that delivers 180° viewing. The go-to spec for facade marker grids, low-resolution screens and architectural matrix systems where the fixture is seen from oblique angles.
180° viewing dome
Frosted dome covers a 180° solid angle — every viewing position around the facade sees the lit pixel. Perfect for matrix systems and 360° readable installs.
Patented DMX over 2-core
Same address-each-pixel control as the Direct View, simplest install on the market for low-resolution screens and graphic facades.
Intelligent White available
250 lm IW variant available — same form factor for monochrome facade matrix systems.
100 m / 328 ft strand runs
Single source can drive up to 328 ft of 102-180 fixtures, reducing distribution gear on long facade runs.
IP67 · IK07 · cULus listed
Dust-tight, water-immersion tolerance (IP67), impact-resistant. Listed for North American & European permanent outdoor architectural use.
- 01Mark out the surface. Using the DOT back fixing plate as a template, mark two fixing holes (X) at 40 mm / 1.57 in centres and a single flylead hole (Z) in the middle for the 500 mm / 19.69 in cable to feed through. Fixing plate diameter is 53.5 mm / 2.11 in. Drill both X holes for the wall fixings and the Z hole large enough for the flylead.
- 02Fix back plate to surface. Feed the 500 mm / 19.69 in flylead through the back plate, then through the Z hole in the wall. Secure the back plate to the surface with suitable wall fixings — orient the countersunk screw entry facing the fixture so the DOT can slide onto it.
- 03Secure DOT to back plate. Slide the MaxiDOT body onto the mounted back plate. Using the supplied hex key, tighten the grub screw on the side of the housing to lock the fixture. The housing must sit flush against the surface.
- 04Repeat · connect · terminate. Repeat Steps 1–3 for each fixture. Cut off any excess flylead and connect to the MaxiLINK 48 VDC + DMX supply — qualified electrician required. Install the ELR (End-of-Line Resistor) on the last fixture to terminate the DMX bus.
MaxiDOT 302 180°.
The large-format 180° marker — 138 mm / 5.43 in body, 14.4 W of power, up to 750 lm in Intelligent White. Built for high-impact facade installations where each pixel needs to read at long distance: stadium facades, landmark buildings, large-scale matrix graphics.
3× the output of the 102
450 lm RGBW or 750 lm Intelligent White — three times the lumen output of the MaxiDOT 102, in a 138 mm / 5.43 in body for long-distance facade legibility.
180° wide viewing
Same wide-angle frosted dome optic as the 102/180 — readable from oblique angles, full pixel visibility across the architectural feature.
Per-pixel DMX over 2 wires
Individually addressable on the strand, all DMX data piggy-backs on the 48 VDC power. Install electricians don't need DMX-specific training.
MaxiLINK architecture
Up to 100 m / 328 ft strand from one supply with full per-pixel control. Major reduction in distribution gear vs. discrete-driver competitors.
IP67 · IK07 · cULus · 1 kg
Robust 1 kg housing, sealed for permanent outdoor install on stadium facades, public art and landmark buildings. cULus, UKCA, CE.
- 01Mark out the surface. Using the DOT back fixing plate as a template, mark two fixing holes (X) at 40 mm / 1.57 in centres and a single flylead hole (Z) in the middle for the 500 mm / 19.69 in cable to feed through. Fixing plate diameter is 53.5 mm / 2.11 in. Drill both X holes for the wall fixings and the Z hole large enough for the flylead.
- 02Fix back plate to surface. Feed the 500 mm / 19.69 in flylead through the back plate, then through the Z hole in the wall. Secure the back plate to the surface with suitable wall fixings — orient the countersunk screw entry facing the fixture so the DOT can slide onto it.
- 03Secure DOT to back plate. Slide the MaxiDOT body onto the mounted back plate. Using the supplied hex key, tighten the grub screw on the side of the housing to lock the fixture. The housing must sit flush against the surface.
- 04Repeat · connect · terminate. Repeat Steps 1–3 for each fixture. Cut off any excess flylead and connect to the MaxiLINK 48 VDC + DMX supply — qualified electrician required. Install the ELR (End-of-Line Resistor) on the last fixture to terminate the DMX bus.
Focal Facade DMX RGBW.
Powerful RGBW accent for facades, building exteriors and architectural features. Compact 75 mm / 2.95 in dome, IP68 housing, high-power LEDs and full DMX512 colour control over the patented 2-core MaxiLINK architecture. The pick for cultural landmarks, commercial buildings and public spaces.
XQE multi-chip RGBW
-engineered package — color stability and lumen maintenance across the 50,000+ hour life cycle. Static colour variants also available.
MaxiLINK
Power + DMX512 on one 2-core cable. Per-fixture addressing without separate signal bus or decoders — simplest install in the market.
75 mm / 2.95 in compact form
Compact 75 mm / 2.95 in dome integrates discreetly into balustrades, parapets, soffits and feature ribbons on contemporary architectural facades.
Wide CCT & lens options
Clear or Matt lens for sparkle vs. soft wash. Black or White (MOQ) cable holder. Housing finishes in MaxiSEAL black/silver, anodised black/silver, or RAL custom.
IP68 · IK07 · 5-year warranty
Sealed for permanent outdoor catenary or surface install. UL, UKCA, CE listed. Operating range −40 °C to +50 °C / −40 to +122 °F. 5-year manufacturer warranty.
- 01Fit the fixing plate. Start installation at the end of the strand where power will input. Measure and mark facade fitting locations, then mount the fixing plate at each position using suitable fixings. Locations must correspond with the pre-made cable harness.
- 02Align globe cable to housing. Place the RGBW globe into the front Facade housing from the rear, aligning the 2-core cable into the two slots either side of the housing.
- 03Secure to fixing plate. With the globe pushed into the Facade housing, push the whole unit up against the secured fixing plate. Using the supplied 2 mm (0.08 in) hex wrench, tighten the two grub screws on either side. Ensure the housing sits flush against the surface.
- 04Repeat · connect · terminate. Repeat Steps 1–3 until the strand is complete. Connect to the MaxiLINK 48 VDC + DMX supply. Install the ELR (End-of-Line Resistor) on the last fixture to terminate the DMX bus. Max 100 fittings per 100 m / 328 ft strand.
Focal Facade Static.
Low-voltage 24 V static-colour variant — same Ø75 mm form factor as the DMX siblings, simplified for projects that don't need colour control. Up to 200+ globes per single power source over 100 m / 328 ft strand — perfect for long architectural outlines, white festoons and single-tone accents on trees, bridges and building edges.
Up to 200+ globes per source
Lower-wattage 1.1 W LED package delivers triple the run density of the DMX RGBW variant — long architectural outlines from a single power feed without intermediate distribution gear.
Mix static colours on one strand
Multiple static colours can be combined on the same strand. Design colour sequences without DMX — fixed-pattern installations stay vibrant and consistent year-round.
Wide single-colour palette
Available in warm 2700K, cool 10000K, plus Red · Green · Blue · Pink · Amber. Single hue locked at order — no driver required.
RGB Random Colour Change
Random colour change variant with Red, Blue and Green LEDs delivers slow ambient colour cycling without external control electronics.
24 V — simplest install
Low-voltage 24 V architecture, safe install on public realm projects. No DMX cabling, no decoders — same 2-core wiring as a static festoon string.
- 01Fit the fixing plate. Start installation at the end of the strand where power will input. Measure and mark facade fitting locations, then mount the fixing plate at each position using suitable fixings. Locations must correspond with the pre-made cable harness.
- 02Align globe cable to housing. Place the static-colour globe into the front Facade housing from the rear, aligning the 2-core cable into the two slots either side of the housing.
- 03Secure to fixing plate. With the globe pushed into the Facade housing, push the whole unit up against the secured fixing plate. Using the supplied 2 mm (0.08 in) hex wrench, tighten the two grub screws on either side. Ensure the housing sits flush against the surface.
- 04Repeat · connect. Repeat Steps 1–3 until the strand is complete. Connect the installation to the correct 24 V DC power supply — up to 200+ globes per single power source.
Focal Facade DMX White HO 4000K.
High output 4000K white festoon variant — same form factor as the RGBW, with up to 200 lm per fixture frosted. Engineered for long continuous runs outlining trees, landscapes, buildings and bridges. DMX512 dimmable over the 2-core MaxiLINK power line. Max 100 fixtures per single 100 m / 328 ft strand.
4000 K High Output
200 lm per fixture (frosted) — 2.5× brighter than the RGBW variant in monochrome white. Engineered for long-run outline lighting where white only is required.
high-power LED dependability
Long-life emitters for consistent CCT and lumen maintenance across the full 50,000+ hour life cycle.
100 fixtures on 100 m / 328 ft
Up to 100 globes per single power-data source over 328 ft. Long architectural runs from minimal distribution gear.
MaxiLINK
48 VDC + DMX dimming on the same 2-core cable. Install electrician needs no DMX experience — same wiring as a static run.
IP68 · IK07 · 5-year warranty
Sealed permanent-outdoor housing. UL, UKCA, CE listed. Operating range −40 to +50 °C / −40 to +122 °F. Available in Clear or Matt lens, Black or White cable holder.
- 01Fit the fixing plate. Start installation at the end of the strand where power will input. Measure and mark facade fitting locations, then mount the fixing plate at each position using suitable fixings. Locations must correspond with the pre-made cable harness.
- 02Align globe cable to housing. Place the 4000K white globe into the front Facade housing from the rear, aligning the 2-core cable into the two slots either side of the housing.
- 03Secure to fixing plate. With the globe pushed into the Facade housing, push the whole unit up against the secured fixing plate. Using the supplied 2 mm (0.08 in) hex wrench, tighten the two grub screws on either side. Ensure the housing sits flush against the surface.
- 04Repeat · connect · terminate. Repeat Steps 1–3 until the strand is complete. Connect to the MaxiLINK 48 VDC + DMX supply. Install the ELR (End-of-Line Resistor) on the last fixture to terminate the DMX bus. Max 100 fittings per 100 m / 328 ft strand.
MaxiEDGE Edge fitting
Point RGBW fitting engineered for window edges, corridor perimeters and architectural edge highlighting. Ultra-narrow 170° × 5° beam angle projects a line of light along a specific architectural edge without spilling. Same MaxiLINK data-over-power architecture as the MaxiPUNCH series.
Ultra-narrow 170° × 5° beam
The signature MaxiEDGE optical profile — a line of light along a specific architectural edge with virtually no spill. Ideal for window frames, corridor perimeters and threshold detailing.
RGBW · Intelligent White
Full-color RGBW addressable output or Intelligent White mode. Same fitting, two selectable behaviours by control layer — consistent with MaxiPUNCH 102/302.
MaxiLINK ready
Native MaxiLINK compatibility — DMX512 full addressable control on a single two-core cable. Mixes with MaxiPUNCH 102/302 on the same data bus and infrastructure.
IP66 sealed for outdoor use
IP66 sealed housing engineered for permanent outdoor installation on window edges, corridor perimeters and building details. IK07 impact protection.
- 01Locate the grub screws. Identify the two 1/16 in (1.5 mm) hex-head grub screws on either side of the MaxiEDGE housing. These secure the glare guard to the fixture body.
- 02Loosen the glare guard. Using a 1/16 in (1.5 mm) hex key, loosen both grub screws just enough to release the glare guard. Do not fully remove them from the housing.
- 03Remove the glare guard. Carefully lift the glare guard off the fixture to expose the M4 mounting screws. Do not tamper with the internal factory screws — they are sealed to preserve the IP66 rating.
- 04Secure · replace guard · terminate. Fix the base to the mounting surface with M4 screws (heads flush). Replace the glare guard and tighten the two 1/16 in grub screws. Connect to MaxiLINK 48 VDC + DMX; install ELR (End-of-Line Resistor) on the last fixture to terminate the DMX bus.