DC 5–24V · 800 pixels
Supports control of up to 800 addressable RGB pixels. Confirm the LED protocol, operating voltage and power distribution. Pixel capacity does not specify the board’s current rating.
800 PIXELS · THREE-BUTTON CONTROL
DC 5–24V Addressable RGB Controller
Control up to 800 addressable RGB pixels with this DC 5–24V LED controller. Dedicated mode, brightness and speed buttons provide five speed levels, three brightness levels and on/off control. Confirm the LED protocol and power arrangement before selecting customized lighting effects.
INTERACTIVE LIGHT DEMOS1 / S2 / S3 CONTROL
Choose a mood. Set the pace.
S1 changes the effect. S2 adjusts brightness. Tap S3 for speed; hold for about 1.5 seconds to switch power.
ADDRESSABLE RGB · LIGHTING ILLUSTRATION
A preview of color and motion
EFFECTRainbow flow
DEMO SPEED3 / 5
Light on · 100% brightness100%
S1: Rainbow flow → RGB meteor → Color chase → Color breathing. S2: 100% → 25% → 50%. S3: release a short press to cycle five speeds; hold about 1.5 seconds to turn on/off. Holding longer will not repeat, and release after a hold will not change speed. While off, hold S3 to resume.
Keyboard: focus S3, then tap or hold Enter / Space.
Illustrative effects only, not a recording of the controller firmware. These four previews and five speed levels are for this web demo; actual effects, speed settings and LED count depend on the selected firmware.
01
DC 5–24V input · up to 800 pixels
02
S1 modes · S2 brightness · S3 speed and on/off
03
04Lighting effects can be customized
Review the inputs needed to start
↓APPLICATION FIRST
Three-Button Addressable RGB Control
Select lighting modes with S1, cycle brightness with S2 and adjust speed or turn the lights on and off with S3. The short-press and long-press actions on S3 are separated so releasing a power-toggle press does not accidentally change the speed.
PRODUCT GALLERY
Board and layout references.
Supplied images shown unchanged. Select an image to view it at full size. Layout images are visual references, not production files or wiring instructions.
SPECIFICATIONS & BUTTON GUIDE
Mode, brightness, speed and power.
Button behavior for this controller configuration. Lighting effects can be customized to your product requirements.
Switch lighting modes
Use S1 to switch between lighting modes. The effect selection can be customized for the application.
Three brightness levels
Cycle in this order: 100% → 25% → 50% → 100%.
Five speed levels
Short-press S3 to cycle through five speed levels. The change takes effect when the button is released.
Hold ≈1.5 seconds for on/off
Press and hold S3 for approximately 1.5 seconds to turn the lights on or off. Continuing to hold does not trigger repeated toggles. Releasing after the long press does not change speed.
Lighting built around your product
Lighting effects support customization. Share the desired colors, motion, transitions and effect sequence so the firmware scope can be agreed.
DEFINE BEFORE DESIGN
LED Protocol, Power and Effect Requirements
Confirmed requirements, preferred targets, and open questions can all be included in the first brief. Unknown values stay visible until they are reviewed.
LED load
Addressable RGB LED type and protocol, pixel count, operating voltage, current requirements and wiring layout. Review RGBW or CCT requirements separately before confirming compatibility.
Color behavior
Static colors, scenes, fades, animations, synchronization, startup state, memory, and transition timing.
Control input
Buttons, touch, sensors, remote, DMX, UART, CAN, wireless module, or host-controller commands.
Power & protection
Input range, switching devices, current margin, reverse protection, transient conditions, and fault response.
Signal integrity
PWM frequency, addressable timing, cable length, grounding, noise, connectors, and installation environment.
Firmware & test
Effect definitions, calibration, update route, diagnostics, test points, and agreed acceptance criteria.
PROJECT FIT
Custom RGB Effects and Integration Options
These are development directions, not additional supported protocols or interfaces of the pictured three-button controller. Confirm any changed hardware or firmware scope separately.
Product accent lighting
Multi-zone color, dimming, scenes, and user-interface behavior inside an OEM product.
Gaming & entertainment
Lighting effects coordinated with machine states, inputs, audio triggers, or service functions.
Architectural features
Custom channels, dimming, control protocols, wiring, and installation constraints.
Existing controller revision
Update connectors, load capability, firmware behavior, form factor, or component availability.
CONTROLLED DEVELOPMENT PATH
From project brief to approved handoff.
A review result, prototype, or sample remains a project stage. Production begins only from the information and acceptance criteria approved for that project.
- 01
Requirements review
Confirm the application, functions, electrical limits, interfaces, mechanical constraints, quantity, and open questions.
- 02
Architecture & prototype
Develop the agreed circuit, PCB layout, firmware scope, connectors, and prototype route.
- 03
Evaluation & revision
Check the agreed functional, electrical, thermal, communication, and fit criteria, then record revisions.
- 04
Production handoff
Release only the approved design, component, firmware, assembly, inspection, and packing information.
DESIGN & MANUFACTURING SUPPORT
Designed by us.
Built with trusted partners.
Our in-house PCB design connects your product requirements with manufacturing and testing capabilities at our partner factories.
In-house design
PCB Design
Circuit and PCB layout developed around your product requirements.
Partner factory
SMT Assembly
Component placement and assembly for the approved board design.
Partner factory
Reflow Soldering
Reflow soldering as part of the board assembly process.
Partner factory
AOI Inspection
Optical inspection to support assembly quality checks.
Partner factory
Integrating Sphere Testing
Optical measurement for applicable LED module projects.
PROJECT-SPECIFIC VALIDATION
Manufacturing and testing scope is agreed for each project. Integrating sphere testing applies to LED optical projects; it is not a required test for every control board. These images illustrate capabilities, not test results or certification for this product.
PROJECT QUESTIONS
Before the first technical review.
These answers describe how a project can begin. They do not promise an unreviewed specification, performance result, certification, schedule, or price.
What input voltage and pixel count does this controller support?
DC 5–24V input and control of up to 800 addressable RGB pixels. Pixel count is a control capability, not a current rating. Confirm LED protocol compatibility, LED supply voltage, power distribution and board current limits before installation.
How do S1 and S2 work?
S1 switches lighting modes. S2 cycles brightness in this order: 100% → 25% → 50% → 100%.
How does S3 distinguish speed adjustment from on/off control?
A short press cycles through five speed levels and takes effect on release. Hold for approximately 1.5 seconds to turn the lights on or off. Continuing to hold does not retrigger the toggle, and releasing after a long press does not change speed.
Can addressable LED effects be customized?
Effect logic can be included in the firmware scope. The LED protocol, pixel count, update rate, control input, memory, timing, and acceptance examples must be agreed.
Can the controller communicate with a main product controller?
A host interface can be evaluated using the required electrical layer and command protocol. Pinout, message behavior, timing, fault handling, and ownership of each firmware side need confirmation.
What is needed to match an addressable RGB controller to my LEDs?
Provide the LED IC and protocol, pixel count, supply voltage, current per pixel or segment, total load, wiring topology, cable length, operating pattern and environment. The controller input range does not change the voltage required by the LEDs.
RECOMMENDED READING
Check Controller and Addressable Strip Compatibility
Review the strip IC, signal interface, pixel configuration and power path before selecting a controller. Use the symptom checklist to plan the next test.
Read the compatibility guidePROJECT INQUIRY
Send your dc 5–24v addressable rgb controller requirements.
Include the application, confirmed inputs, preferred targets, expected quantity, target date, and available drawings, photos, files, or samples.
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