White Digital COB
For sequential white accents without color mixing. Published at 24V and 11W/m; the controller protocol still needs to match.
View Product Digital Lighting Integration
Addressable LED Strip for Controlled, Repeatable Lighting Effects
Build your addressable LED strip installation around the required effect, control resolution and power layout.
- White, RGB and RGBW digital product routes
- COB and SMD constructions for different viewing distances
- Custom lead and connector discussions
- Strip samples for your actual controller
Project Starting Point
Plan the Effect Before Choosing the Reel
Programmable LED strip lights can create moving accents or individually controlled zones. The useful starting point is a description of the effect, together with the length and the controller you already use.
An addressable LED strip receives data as well as power. Its physical LED count does not tell you how many sections can be controlled independently. Grouping, chip protocol and channel order determine the animation you can reproduce. Separate these questions from brightness: a detailed effect may need finer control resolution without needing a brighter strip. VST can help translate a sketch or short effect video into a practical discussion of strip construction and system requirements.
Control resolution
Specify the smallest section that must change independently. Several LEDs may share one address, so pixel count and LED count must be distinguished.
Data route
Allow for controller placement, signal direction and the actual route between light sections. A continuous visual line may require several electrical sections.
Power distribution
Length and maximum scene load determine feed positions. Plan accessible power connections before the decorative structure closes around the strip.
Working With VST
Engineering Support for Digital Strip Integration
As an addressable LED strip manufacturer, VST can discuss strip construction and wiring with the effect and installation in view.
Controller information first
Our engineering team can work from the controller specification and required effect. That gives the sample discussion a defined interface instead of an assumed compatibility claim.
Leads for the installation
Cable length and connector discussions can account for where the light enters the enclosure, reducing awkward extensions during assembly without promising a universal connector.
A clear production brief
VST can align the selected strip, agreed color configuration and labels before production. This keeps the ordered construction separate from alternative samples considered earlier.
Testing suited to the question
Electrical and lighting checks can be discussed alongside visual effect trials. A successful animation alone does not establish current demand, color quality or long-term reliability.
Product Scope
What an Addressable LED Strip Controls
An addressable LED strip divides a lighting run into electronically controlled sections. The number of emitters inside each section depends on the construction.
Single-color digital strips can control white-light sections. RGB versions add color mixing, while RGBW designs include a separate white channel. These choices are different from whether the emitters use COB or SMD construction. COB describes the light-source arrangement; it does not establish protocol, pixel grouping or controller support. Choose the required light output first, then establish how the controller addresses it. Individual addressability must be documented for the selected model rather than inferred from the word digital.
Configuration Choices
Digital Configurations With Different Jobs
VST acts as an addressable LED strip supplier across these published product routes. The full digital-model comparison appears in the technical table.
Narrow 5V Digital COB
A 5mm PCB option for compact integration. Plan the regulated supply and control electronics around the published 14W/m load.
View Product 
24V RGB Digital COB
For moving color along architectural details. Its 10mm PCB and 50mm cut interval define the physical layout.
View Product 
12V RGBW Digital SMD
A separate white channel adds another output choice. Specify the white appearance and controller channel order before building scenes.
View Product Useful Assembly Details
Small Details That Keep Effects Usable
Our programmable LED strip OEM supplier service can address the physical details that turn an effect concept into an assembly.
Layout Fit
PCB width and cut interval set the mechanical starting point. Leave room for joins and terminations within the finished enclosure.
Defined Cable Exits
Prearranged cable exits can simplify repeated assembly. Specify the exit direction and connection access alongside the strip location in your product.
Protected Reels
Reel handling and protective packaging help keep delicate light-source surfaces and soldered leads from being damaged during movement and storage.
Controller Trial
A sample section lets you evaluate your intended effects with the actual controller. Include startup behavior and color order in that trial.
Component Choices
Components Behind the Animation
An addressable LED strip factory must coordinate electrical addressing with the physical assembly. These three parts affect different decisions.
Component 1
LED Light Source
The light source determines how the emitted color and spacing appear through your chosen cover. SMD packages remain individually visible at close range; COB constructions create a different emitting surface. Neither construction guarantees a particular visual result in every channel. Inspect the source through the intended diffuser at its installed distance, especially when the design exposes the light line directly to view.
Component 2
Control IC
The control IC interprets incoming commands for its assigned LED section. Its protocol, channel sequence and grouping govern which effects the controller can reproduce. Similar-looking strips can use different electronics, so appearance cannot identify a compatible replacement. Obtain the selected chip and control information before connecting it to an existing system. Keep signal input and output orientation visible in the assembly documentation.
Component 3
Connection Leads
Connection leads carry the power and control connections out of the strip. Wire count, termination and strain relief need to match the selected construction and installation route. A plug that fits physically is not proof of a matching pin assignment. Keep the connection supported so movement of a cable does not pull directly on the solder pads, particularly in removable display assemblies.
VST in Video
Meet the Team Behind the Strip Supply
Company context and cooperation feedback for your supplier evaluation.
LED Strip Supply at VST
The LED strip company video introduces VST as a starting point for discussing digital-lighting supply. Bring your effect reference and control requirements to the conversation so the proposed strip can be considered within the system you intend to build.
Customer Cooperation Feedback
Hear customer feedback about working with VST. Use that broader cooperation context alongside your own controller trials and project discussions when deciding whether the proposed supply arrangement meets the needs of your programmable lighting installation.
Application Planning
Where Programmable Sections Add Value
Place an addressable LED strip where independent zones have a clear visual or functional purpose.
Architectural Feature Walls
A recessed feature wall can use moving color to guide attention across a lobby. Establish the viewing distance, smallest useful zone and access to power feeds before the finish is closed. VST can discuss the strip construction and lead arrangement around those architectural constraints, using an effect reference to guide the sample.
Retail Display Niches
A product niche can highlight one area at a time without changing the rest of the display. Check whether the required transition must align with shelf divisions and whether the light source is directly visible. For this layout, VST can help compare pixel grouping and physical cut points against your display dimensions.
Exhibition Plinths
Temporary exhibition plinths need repeatable effects across sections assembled on site. Identify the detachable joints, handling frequency and distance between controller and first section. VST can discuss protected terminations and section identification so the lighting assembly can be packed, transported and rebuilt with a clear connection sequence at the venue.
Gaming Furniture
A desk edge can carry changing color while keeping the light source out of the seated sightline. Allow for moving monitor arms, cable trays and any removable tabletop sections. VST can adapt the lead discussion to these furniture details and help establish the strip location before you evaluate the completed sample.
Interactive Kiosks
An enclosed kiosk can use separate illuminated zones to accompany its interface. Define the host controller output, startup state and how the lighting behaves when the software stops sending commands. VST can discuss the strip-side electrical and mechanical requirements, while your system team remains responsible for the application logic and integration test.
Start Your Project
Describe the Effect You Need
Tell VST, your programmable LED strip supplier, the effect, approximate run length and controller model. A short video or sketch is enough to start the configuration discussion.
Technical Planning
Digital Strip Data and Integration
Published digital models: input, power, PCB width and permitted cut interval.
| Published strip model | Input; power; PCB; cut interval |
|---|---|
| C420WD1110 | 24V; 11W/m; 10mm; cut 100mm |
| C180RGBD1405 | 5V; 14W/m; 5mm; cut 12.5mm |
| C180RGBD1410 | 5V; 14W/m; 10mm; cut 11.1mm |
| S5050L60WD1410 | 12V; 14.4W/m; 10mm; cut 16.7mm |
| C576CCTD1910 | 24V; 19W/m; 10mm; cut 41.66mm |
| S2835L96RGBD1606 | 24V; 16W/m; 6mm; cut 62.5mm |
| S5050L84RGBD1408 | 24V; 14.4W/m; 8mm; cut 71.42mm |
| S5050L60RGBD1210 | 24V; 12W/m; 10mm; cut 100mm |
| C720RGBD2110 | 24V; 21W/m; 10mm; cut 50mm |
| C720RGBD1212 | 12V; 12W/m; 12mm; cut 50mm |
| S5050L84RGBWD1608 | 24V; 16W/m; 8mm; cut 71.4mm |
| S5050L60RGBWD1610 | 12V; 16W/m; 10mm; cut 50mm |
| C784RGBWD2110 | 24V; 21W/m; 10mm; cut 71.42mm |
| C840RGBWD0712 | 12V; 7W/m; 12mm; cut 71.4mm |
Custom lengths, lead placement, connectors and labels can be discussed around the controller layout. Keep protocol changes separate from mechanical changes because they can alter firmware behavior. Extensive development may involve tooling.
VST coordinates incoming materials, assembly and finished-product checks. For a digital strip order, identify the agreed construction and electrical interface in the production brief. Discuss which operating scenes will be used for functional inspection.
Disconnect power before cutting or joining. Follow the selected strip's cut locations and data direction. Check supply voltage, pin assignment and the controller's electrical limits. Test one accessible section before connecting the entire run, then evaluate the highest-load intended scene. Use an appropriately qualified installer for mains-side work.
Cooperation Feedback
Working Through the Digital Details
Feedback on practical cooperation and technical communication.
Supply Questions
Arranging a Digital Strip Order
Set the sample and commercial scope before scheduling production.
Yes. Send those details with the approximate quantity and installation context. VST can discuss the strip side of the system without requiring a complete architectural drawing at the first contact.
LED strip orders generally start at 500 meters. Treat that as a planning quantity for the chosen construction; a mixed set of protocols, colors or custom assemblies needs its own quotation.
Samples are available for checking the proposed construction. Charges can be credited against a subsequent bulk purchase when agreed. Include the controller you will test so the sample request describes a useful electrical configuration.
Typical production is 2–3 weeks for regular products, about 3–4 weeks for light customization and around 4–6 weeks for extensive changes. Material availability and the order schedule affect timing; transit is additional.
Samples require full advance payment by PayPal, Western Union or bank transfer. Bulk orders normally use bank transfer: a 30% deposit followed by the remaining 70% before shipment.
Use the selected model's warranty. LED strips generally offer 2- or 3-year coverage, with 5 years limited to selected products. For a quality issue, send a brief description and photos or video so replacement support can be discussed.
Product Questions
Resolve the Control-System Boundaries
Before specifying an addressable LED strip, resolve the remaining system behavior questions. These points concern how sections communicate, start and respond to faults; they go beyond choosing a color or PCB width for programmable LED strips.
Only through a compatible controller and its supported software. The strip itself does not establish app, wireless or ecosystem support. Provide the controller model and firmware details; a familiar connector or a shared voltage is insufficient evidence of compatibility.
| Item | Information needed |
|---|---|
| Data | Protocol and input direction |
| Channels | RGB, RGBW or white channel order |
| Addressing | Controlled sections per run |
| Electrical interface | Signal levels and shared reference requirements |
Synchronization depends on the controller outputs and software mapping. Separate outputs may require explicit grouping or timing settings. Decide whether runs should mirror one another or act as parts of a continuous image before selecting the control architecture.
No. Data integrity and power delivery impose different limits. The allowable signal distance depends on the actual controller, cable and interface. Longer links may need an appropriate transmission solution; adding thicker power conductors alone does not establish reliable communication.
Startup behavior comes from the controller and its stored settings. Test the required default brightness, initial scene and recovery sequence with your selected hardware. Do not assume that the last effect will resume automatically on every controller.
No. A second data path must be supported by the selected strip electronics and wired as specified. Its presence does not guarantee that every possible failure will be bypassed or that the rest of an installation remains operational.