The brightest pixel strip on the market.
PXP170
100 W RGBW · CRI 90 · 32,000 Hz · six-layer fault protection
100 watts of RGBW light and over 5,000 lumens per two-meter profile — 2,500 lm/m, the brightest pixel strip on the market — with a CRI of 90 that renders colors as they actually appear. 16-bit depth, 32,000 Hz refresh, and zero flicker at any shutter speed. Six independent layers of fault protection keep the output running even when hardware fails. Daisy-chain 10 profiles over 100 meters on a single cable, rig them by hand, and push content at 60 fps.
100 W / profile
LED Power
CRI 90
Color Rendering
170 RGBW
Pixels / 2 m
16-bit
Resolution
32,000 Hz
Refresh Rate
IP65
Chassis
Light quality that stands up to the closest lens
At the end of the day, a lighting fixture is only as good as the light it produces. The PXP170 delivers 100 watts of RGBW power and over 5,000 lumens per profile — 2,500 lm/m, the brightest pixel strip on the market — with a CRI of 90. Colors are rendered accurately enough for broadcast, film, and live camera work. The dedicated white LED channel produces clean, high-CRI whites without the green or magenta tint that plagues RGB-only fixtures. Skin tones look natural. Set pieces hold their color. The image you see on the monitor is the image you get in post.
100 W / 5,000+ lm Per Profile
100 watts of dedicated RGBW LED power across 170 pixels in two meters, delivering over 5,000 lumens — 2,500 lm/m. More output per meter than any competing pixel strip, enough to punch through stage haze, fill large surfaces, and hold its own alongside conventional wash fixtures.
CRI 90
A color rendering index of 90 means the PXP170 reproduces colors as they actually appear under natural light. Skin tones, fabric colors, and set pieces look accurate on camera — not shifted or washed out. Critical for broadcast, film, and any application where color truth matters.
Dedicated RGBW
A separate white LED channel delivers high-CRI whites directly instead of mixing them from RGB. The result is cleaner whites, better pastels, and no green-magenta tint at low levels — the artifacts that give away cheap LED fixtures on camera.
32,000 Hz — Zero Flicker
At over 8× the refresh rate of competing fixtures, there is zero visible flicker at any shutter speed. Shoot at 1,000 fps and every frame is clean — no banding, no strobing, no post-production fixes.
16-Bit Color Depth
65,536 brightness levels per channel. Gradients stay smooth at the lowest dim levels where 8-bit systems show visible stepping. Critical for close-up camera work and slow color transitions.
Three Brightness Modes
Full-power mode unlocks the complete 100 W hardware capacity for maximum output. Uniform mode normalizes perceived brightness across all hues for consistent color. Power-save mode cuts consumption for long-running installations.
Designed so failures don’t become emergencies
A pixel dies mid-show. A profile takes a hit during load-in. A cable gets yanked under power. With conventional LED fixtures, any one of these stops the chain and kills the output. With the PXP170, the audience never knows. We designed six independent layers of protection so that every realistic failure scenario is contained, reported, and recovered from — automatically, at the hardware level, faster than a single frame.
Layer 1 — Pixel-Level Bypass
Each of the 170 pixels has its own dedicated driver. If one LED fails, the data signal routes around it and every downstream pixel keeps working normally. No dead chain segments. No dark patches spreading across the strip.
Layer 2 — Profile-Level Bypass
If a whole profile loses power or its processor locks up, the hardware physically bridges the data line around it. The nine profiles downstream never even see a glitch. Pull a damaged unit off the rig and the chain closes behind it.
Layer 3 — Redundant Return Data Path
A dedicated return line runs from the last profile back to the controller. The controller knows the exact chain topology every frame: how many profiles are present, in what order, and whether any have dropped out. Reconfiguration happens within a single 16.7 ms frame.
Layer 4 — Continuous Health Monitoring
Every profile reports its temperature, supply voltage, current draw, and LED count back to the controller 60 times per second. You see a potential thermal issue or voltage drop building before it causes any visible effect — not after.
Layer 5 — Full Galvanic Isolation
Power and data are fully isolated on every single profile. A short circuit, a voltage spike, or water ingress on one unit cannot propagate to the chain or reach the controller. The fault stays where it started.
Layer 6 — Live Hot-Swap
Connect or disconnect any profile under full power. No inrush transients, no data corruption, no breaker trips. Replace a damaged unit mid-show and it joins the chain automatically.
Deploy in minutes, not hours
Traditional pixel rigs eat half of get-in day on mounting hardware, threading cables, and assigning addresses. The PXP170 eliminates every one of those steps. Profiles snap onto their rails, lock together with a push, and the controller discovers the chain automatically. You go from flight case to first pixel in minutes.
Snap-On Mounting
Brackets attach directly to the full-length M4 and M10 rails without tools. Reposition profiles in seconds during setup or between shows. No wrenches, no bolts, just hands.
Click-to-Connect Cabling
IP67 push-lock connectors carry power and data in a single cable. No screwing, no crimping. Daisy-chain 10 profiles wearing gloves. Swap a damaged cable without touching the profiles.
Hot-Plug Reconfiguration
Add or remove profiles under full power. The controller detects the new chain topology and reconfigures within a single frame. No restart, no re-patching, no downtime.
Specifications
Light Output & Performance
Connectivity & Power
Protection & Monitoring
Physical & Accessories
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