Build Your First Animated Pixel Light Show
Your first finish line is a small display that you can connect, test, run and put away with confidence. Start with a working strand on the bench, build one finished project, and add the next section when you understand the first.
This Mattos guide follows a simple learning project: a 100-pixel test string, then a small outline or coro prop. The counts are examples; your finished prop must use its own documented model and wiring path.
Choose a project with a clear finish line
Take a photo from the place people will watch the show. Mark the first area you want to light, the nearest suitable power location and the path a cable can follow without crossing a doorway or walking route. A window frame, a pair of arches or one coro character is enough to learn the complete process.
If your goal is a whole-house show, sketch that future layout too. Keep the first purchase focused on one working section and identify which equipment can be reused later. Our project budgets separate reusable equipment from project-specific materials.
Understand the jobs in the system
Scroll sideways to see all columns.
| Job | What does it | What to decide |
|---|---|---|
| Create the show | xLights or Light-O-Rama on your computer | Models, groups, effects, music and controller assignments. |
| Play the show | Your supported computer/player setup | Which device runs the playlist and schedule every night. |
| Deliver data | Network connection and compatible pixel controller | Where the data goes and which physical output drives each section. |
| Deliver power | Correct DC supply, protection and wiring | Voltage, load and limits along the entire power path. |
| Make and hold the light | Pixels, props, track and supports | Mounting, node count, spacing, input direction and outdoor installation. |
A network cable brings show data to an Ethernet controller. That is a different connection from a pixel lead carrying DC power and pixel data. Use the labels on the equipment; an RJ45 socket can have a different purpose on another board.
A straightforward Mattos starting combination
For a 12V three-wire learning project, compare an exact EVO pixel variant with the matching connector version of a Mattos MD1500 Baldrick8 ready-to-run controller. The xConnect version includes its controller, power supply, enclosure and fitted output leads. Choose the corresponding Mconnect version if that is the wiring standard you are building around.
Check the selected product option on both sides. Standard EVO has multiple pigtail choices; EVO+ uses its own dual-data arrangement and documented adapter. Our pigtail identification guide and connector compatibility guide explain the details.
Start your controller comparison with Baldrick and Kulp options. A ready-to-run enclosure still needs a configured show source and appropriate installation. A bare board needs additional assembly and power equipment. A board's addressable pixel capacity does not tell you how many pixels the included supply can power in your installation.
Make the parts list before placing the order
Record the exact prop/model, pixel variant and quantity, controller, power arrangement, extension lengths, mounting and small hardware. Mark every item as included, already owned or needed. Include your computer or player, network equipment, audio equipment if using music, and any software license or sequence purchase.
Use the shopping checklist and layout-to-parts-list walkthrough. Measure the actual route a cable will take. A tidy line on a house photo is not a measured cable path.
Prove the hardware on the bench
- Read the exact controller and pixel instructions. With power disconnected, confirm the supply voltage, output connector, input direction and protection arrangement.
- Connect one short compatible string directly first. Keep the controller and supply protected; do not open or alter energized mains wiring.
- Use the controller's documented local test to check individual red, green and blue, a moving chase, and off. Test the intended maximum operating load within the installation's ratings.
- Add the extension you intend to use and repeat the same test. If that changes the result, investigate the cable and power/data path before installing anything.
- Record the working pixel type, color order, count, output and brightness setting. Label the string and both ends of the extension.
For a completed coro prop, run a single-node chase through the actual model path. A solid color can hide a wiring-order problem. Download the correct file from our CoroWorks model library.
Choose your software path
xLights: create a dedicated show folder, use the house photo as your layout background, add the correct models, then assign them to the real controller and outputs. Follow our first-prop tutorial and save the working setup before expanding it.
Light-O-Rama: follow the S6 first-prop guide. Match the preview, network and hardware. Your software edition and the controller's supported input determine the available output path; review LOR, DMX and E1.31 networking before mixing equipment.
Create a short acceptance sequence
Make a simple 20-second exercise: one solid primary color, a second primary color, a slow chase, a fade and a clear off period. Test one section at a time, then the combined layout. The purpose is to recognize the physical output and direction immediately.
Once that passes, add music or map a purchased sequence. Use the exact audio version intended by the sequence and keep its assets together. A downloaded model describes the prop; it does not contain a complete musical show.
Install, rehearse and save your recovery copy
Follow the actual mounting and weather instructions for every product. For MD1500 RTR enclosures, the product instructions specify vertical mounting with the cable exits downward. Plan service access and cable strain relief before fastening the props.
If you use Falcon Player, start with first connection and networking, then transfer and verify the show. Rehearse from the device that will actually run the display, including audio, start time and stop time.
Finish with the preflight checklist. Save the layout, sequences, media, controller notes and cable map together. You now have a documented first project to expand.
Need help choosing the first combination? Send Mattos support your location photo, approximate measurements and the equipment you already own. We can work from a specific project.
Keep building
Using a Mattos Baldrick controller?
Follow the MD1500 quick start, then assign your first output in xLights. The First 100 Pixels downloads provide a reusable test project and planning sheets. Review the selected equipment in Build This Project.
Choose an EZRGB or EZPlayer path
The EZRGB & EZPlayer Learning Center covers the design service, sequence mapping and player as separate parts of the system. Start with an existing xLights show or an EZRGB cloud show, then prove one song before scheduling the evening.
