Video Comparison

TruLight vs Oelo: The Full Breakdown

We sat down with a hands-on review of TruLight and Oelo and compared everything: the LED chip, the color system, the voltage, the warranty, the app, and how each system handles zoning. Here's what matters.

Here's the Bottom Line

Oelo is a Colorado-based company that has been around since 2015 and uses higher-quality components than most. The 100,000-hour lifespan and 36V voltage put it in a different class from 12V budget competitors. But there are two things it does not have that most TruLight customers care about most: true white light and true software zoning. If those features matter to you, Oelo is not the system you are looking for.

RGB only — no true white

The number one color TruLight customers use is pure white. It is used for everyday security lighting, motion sensor triggers, and general curb appeal. Oelo is RGB only: no dedicated white LED, no warm white, no pure white. The app color wheel has a 'warm' and 'cool' approximation using red, green, and blue mixed together, but it is not the same.

2 LEDs vs 6 — brightness matters

Oelo has 2 LEDs per node. TruLight has 6 — three for color and three for warm white. More LEDs per node means a significantly brighter system. Oelo can cover similar run lengths to TruLight at 36V, but achieves it partly because 2 LEDs draw far less power than 6 at full white.

Ports vs true software zones

Oelo calls its port outputs 'zones.' But a port is a fixed hardware line of data, not a software zone. Once your house is installed, those are your set zones. You cannot regroup, reverse, or reassign them from the app. TruLight zones are fully software-defined and can be changed at any time.

Full Side-by-Side Specs

FeatureTruLightOelo
Color ModeRGBW (dedicated warm white)RGB only
LEDs Per Node6 (3 RGB + 3 warm white)2
True Warm White
True Pure White
LED ChipUCS7604 (RGBW)Likely UCS7604 (RGB only)
System Voltage48V36V
Wiring System4-wire (redundant data)3-wire
Expected Lifespan100,000 hours100,000 hours (speculated)
Power per Box400+ lights~300 ft
WarrantyLifetime7 years
Animated Patterns144+16 moving (55+ claimed total)
True Software Zoning
Motion Sensors
Animated App Preview

*Color Mode: Oelo markets '16 million colors' which is standard for any RGB system. Without a dedicated white LED channel, RGB cannot produce true warm white or pure white light — only a mix of red, green, and blue that approximates it.

*LED Chip: The host speculates Oelo may use the UCS7604 or a similar chip based on its 100,000-hour rating, but cannot confirm the exact chip. Unlike TruLight's RGBW version, Oelo's configuration does not include a dedicated white channel.

*Animated Patterns: Oelo markets 55+ patterns. The host counts 16 moving/animated effects in the app — the rest are static color scenes. TruLight has 144+ moving animated patterns.

*True Software Zoning: Oelo's zones are port-based: hardwired at install and cannot be changed through the app. TruLight zones are software-defined and can be regrouped, reversed, and reassigned at any time.

Why does RGBW matter if Oelo has 16 million colors?

Sixteen million colors sounds like a lot. And for a TV or a phone screen, it is. But for outdoor lighting, the color that matters most is white. Pure white. Not a bluish mix, not a pinkish cast. Clean, neutral white light.

RGB systems produce white by blending red, green, and blue together. The problem is that mixing three colored light sources produces a muddy approximation of white. It shifts toward pink or lavender depending on the LED balance. It is visible, and it is not the same as a dedicated white channel.

TruLight uses an RGBW chip. The W stands for a fourth, dedicated warm white LED inside every node. When you select white in the TruLight app, you are turning on that dedicated channel, not blending colors. The light looks clean. It reads as white from the street.

The host is clear about this. Pure white is the number one color TruLight customers use. More than any pattern. More than any holiday color. People leave their lights on white every night for security lighting, for general curb appeal, for the motion sensor trigger. Oelo does not have that channel.

The chip at the center of this difference is the UCS7604. TruLight uses the RGBW version of this chip. The host speculates Oelo likely uses a similar chip based on the 100,000-hour rating, but in an RGB configuration only. That one difference changes the entire white-light experience.

See the RGB vs RGBW walkthrough at 4:14 in the video

What is the difference between 2 LEDs and 6 LEDs per node?

Each point of light in your roofline is a node. Oelo puts 2 LEDs in each node. TruLight puts 6: three for color (RGB) and three for warm white.

More LEDs per node means more output. TruLight is a noticeably brighter system at full white because three dedicated white LEDs are producing that light, not one blended RGB approximation.

Oelo's 2-LED design is part of why it can run 300 feet per power box at 36V. Fewer LEDs draw less current, so the run length stays manageable. That is a real engineering tradeoff, not a mistake. But it comes at the cost of brightness, especially on white.

TruLight handles power injection at 400+ lights per box at 48V. Higher voltage carries power farther per run, so fewer injection points are needed even with 6 LEDs drawing more current. The result is a brighter system with cleaner installs.

See the brightness comparison at 5:01 in the video

What is the difference between a port and a software zone?

Oelo calls its outputs “zones.” The word sounds the same. But the thing it describes is very different.

A port is a physical hardware connection. When Oelo is installed, each run of lights is wired to one of the controller's output ports. That port becomes its zone. If you want a different zone layout later, you would need to change the wiring. The app cannot reassign it.

TruLight zones are defined in software. After install, you open the app and draw your zones. Front yard, backyard, garage, gate, pool. Each one can run a different pattern, color, schedule, and motion-sensor behavior at the same time. And if you want to change the zones next month, you just redraw them. No rewiring, no installer visit, no hardware swap.

TruLight also supports master zones, where multiple zones mirror the same pattern at once. You can set the whole house to a single holiday color, then break individual sections into their own patterns for New Year's Eve.

See the ports vs zones walkthrough at 6:35 in the video

How does Oelo's 36V compare to TruLight's 48V?

Both Oelo and TruLight run at voltages far above the 5V and 12V systems that budget competitors use. That puts them both in the same tier of serious permanent lighting. The difference between 36V and 48V is more about installation math than anything the homeowner notices day to day.

Higher voltage carries power further before a new injection is needed. Oelo covers about 300 feet per power box at 36V. TruLight covers 400+ lights per box at 48V. On a typical home, this means TruLight installs can use fewer injection points total, which means fewer penetrations through the soffit and fewer connection points that could develop problems over time.

TruLight also uses 4-wire data transmission, which includes a redundant data line. Oelo uses a 3-wire system. The redundant line is a fail-safe: if data corruption happens on one line, the backup line keeps the pattern running cleanly.

See the 36V system overview at 1:53 in the video

Does Oelo have a good app?

Yes, and it is worth saying that clearly. Oelo's app has a modern design. The color wheel is clean. Scheduling works. The interface is not clunky or outdated.

But there are three things it does not do that TruLight's app does.

First, no animated house preview. In TruLight's app, every pattern shows a live animation of what it looks like on a sample house before you apply it. Oelo shows a static thumbnail or just a name. You have to walk outside and watch your house to see the effect.

Second, only 16 moving patterns. Oelo markets 55+ patterns. The host walks through the app and counts: 16 of those are actual animated effects with motion. The rest are static color scenes. TruLight has 144+ moving patterns.

Third, zones are port-locked. As described above, you cannot change zone assignments from the app. What is wired at install is what you have.

TruLight App

  • 144+ moving animated patterns
  • Animated house preview
  • True software zoning
  • Motion sensor zones
  • Density control
  • Background coloring
  • Music sync

Oelo App

  • 16 moving patterns (55+ claimed)
  • Animated house preview
  • True software zoning
  • Motion sensors
  • Density control
  • Background coloring
  • Music sync

Straight From the Video

They are the only other company that I am aware of that use that higher-end chip that we use.

About the UCS7604 chip and Oelo's component quality2:35

They are RGB, not RGBW. That pure white, having that layer of white is huge. The number one color is our pure white. More people use our pure white more than anything.

On why the missing white channel is the biggest difference4:16

Their zones are hardwired into the system and cannot change.

On Oelo's port-based zoning vs true software zones12:06

Ready to See the Difference?

Get your instant quote, then use our free preview tool to draw your roofline and see what TruLight looks like on your home. True warm white, true software zoning, and 144+ patterns to explore.