8 mm COB for shallow details
An 8 mm PCB gives a compact starting point for a narrow colored recess. Select the exact voltage and cut layout together.
View Product Color lighting systems
RGB LED Strip Lighting for Coordinated Color Scenes
Build your RGB LED strip installation around a clear color effect and a compatible control path.
- COB and SMD product choices for different viewing distances.
- Published model dimensions to help narrow channel selection.
- Engineering support for cable routes and coordinated zones.
- Samples for checking the effect against your actual finishes.
Plan the color effect
Choose the effect before the controller
An RGB LED strip can make a counter edge, cove or display part of the room's visual design. Start with whether the entire run changes together or individual sections must move independently.
VST is an RGB LED strip manufacturer offering model selection and project-specific wiring discussion. Your sketch should show separate lighting zones, supply locations and the surfaces receiving the light. A controllable RGB LED strip also needs a suitable controller and adequate power capacity. Assess a short section inside the intended channel before repeating it across a room; a bare reel cannot show reflections from stone, glass or polished metal.
Whole-run or pixel effects
A uniform color change and a moving chase need different electronics. Specify the intended scene before selecting a control interface.
Visible or concealed line
Viewing distance and diffuser depth affect visible dots. Check the strip in its actual recess instead of choosing solely by LED density.
Independent lighting zones
Identify which areas share a scene and which need separate adjustment. This establishes controller outputs, cable routes and service access.
Project support
Turn a lighting concept into an orderable assembly
As your RGB LED strip supplier, VST can connect the chosen light effect with a practical sample, wiring scope and production specification.
Engineering across disciplines
Electrical and structural engineers can examine the relationship between the strip, its channel and the cable exit, reducing avoidable changes after fabrication.
A sample you can evaluate
Use a sample to compare red, green and blue scenes against your room finishes. Record the preferred controller settings before the order expands.
Inspection through production
VST uses incoming, in-process, final and outgoing quality checks. Your order specification should identify the construction and visual checks that matter for this assembly.
Export handling
Reel protection and cable restraint can be planned around shipment handling, helping the lighting arrive ready for the next assembly step.
Understand RGB
What an RGB LED strip controls
RGB combines red, green and blue light; the electrical architecture determines how that color reaches the installation.
Conventional analog RGB strips change the connected run together through separate color channels. Addressable designs add data-controlled sections, so the controller, protocol and section grouping must match. COB describes the light-source construction and SMD describes packaged LEDs; neither term alone proves addressability. Choose RGB LED strip lights for colored accents. If useful white illumination is a separate requirement, consider dedicated-white RGBW or a separate white-light circuit. Mixing the three colors does not establish a white channel's CRI, CCT or task-lighting output.
Configuration options
Compare RGB constructions
VST's RGB LED strip factory range includes several widths and power levels. These configurations distinguish channel fit and emitter construction; select the actual voltage variant before ordering.
12V COB for existing 12V systems
A 10 mm COB option when the established supply architecture is 12V. Check the complete circuit load before extending the run.
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SMD 5050 for discrete emitters
A packaged-LED construction for installations where individual emitters can be screened by the channel or hidden from normal view.
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48V RGB for a 48V design
Consider this model only with a suitable 48V supply and controller. The voltage designation does not guarantee an unrestricted run length.
View Product Useful design choices
Support for your color-lighting system
Choose features that serve the intended scene.
Scene control
The RGB channel arrangement supports coordinated color selection when paired with matching controls. It does not itself provide an app or wireless connection.
Emitter choices
COB and SMD constructions offer different visible surfaces. Compare them through the intended diffuser at the distance people will actually see.
Prepared lead options
Discuss cable exit direction and lead preparation for your assembly. A planned termination can reduce handling inside a confined recess.
Reel protection
Packing can protect flexible strip and attached leads from bending and pulling during transit, especially when you order ready-to-install lengths.
Construction details
Parts behind the color effect
Assess each part in relation to the completed installation.
Component 1
RGB light source
Red, green and blue emitters determine the colors the strip can mix. Check saturated colors and low-brightness blends individually, since an attractive full-brightness photo does not describe every operating scene. The RGB LED strip sample should also be viewed from the normal installation distance. For a smooth reflected line, evaluate emitter spacing with the proposed cover rather than treating a COB label as a guarantee of the finished appearance.
Component 2
Flexible circuit board
The flexible PCB carries current along the run and sets the physical width available to the channel. Bends belong where the construction allows them; sharp folds and side twisting can damage conductors even when the strip still lights initially. Include corners and cable exits in the mechanical layout. Where the route changes direction abruptly, a planned wired connection can be more appropriate than forcing the board around the corner.
Component 3
Connection pads
The connection pads define where approved cuts and soldered leads can be made. Their arrangement needs to match the actual strip rather than a generic four-wire drawing. Connector width, pad spacing and any coating also affect fit. Photograph the selected termination clearly for the assembly record, and protect it from tension so installation loads are not transferred directly to the solder joint.
VST on video
Explore supply and cooperation
Two perspectives to support your initial discussion.
Explore the strip-lighting range
This VST video introduces the LED strip category. Use the selected model and a project sample to evaluate your RGB control requirements.
A view of working with VST
This customer perspective concerns cooperation with VST. Evaluate your own assembly through its sample and documented order requirements.
Application planning
Put color in the right place
Match the lighting task to its installation conditions.
Hotel reception counters
A concealed RGB LED strip beneath a reception counter provides a controlled accent while the main lighting serves faces and paperwork. Establish the counter's recess, reflection from the floor and the position of accessible supplies. VST can suggest a suitable strip construction and prepare a sample section for checking the illuminated edge before the joinery is repeated.
Retail display bays
Color around a display bay can separate a feature area from surrounding merchandise without replacing the white lighting on the products. Check whether each bay needs independent scenes and whether reflective packaging reveals individual emitters. VST can help divide the control zones and choose a diffuser-compatible assembly for a representative display mockup.
Architectural ceiling coves
An indirect ceiling cove spreads color across a wall or soffit where the light source is screened from view. The setback, corner geometry and available maintenance opening determine the practical installation. VST can examine the proposed cove section and recommend sample positions so you compare the wash on the real ceiling material.
Entertainment wall features
A lounge or media wall can use RGB strip light to create a background scene without directing colored light at the screen. Identify camera use, required low-end dimming and interference from glossy finishes. VST can support an effect demonstration with the selected controller so the final setting suits the room's actual viewing conditions.
Furniture accent channels
Built-in furniture can carry a narrow colored line behind a shelf fascia or plinth. Confirm the usable channel opening, door clearance and the route between removable panels before choosing a board width. As an RGB LED strip OEM supplier, VST can discuss lead placement and sample lengths that fit the furniture's assembly sequence.
Discuss the next step
Define your RGB lighting configuration
Send the planned color effect, approximate run lengths and control requirements. Your RGB LED strip wholesale supplier quotation can then separate strip, control-related options and prepared leads, making the supply scope clear before you compare costs.
Technical information
Published RGB models and implementation
Use the selected model as the basis for implementation.
| Model | Voltage (V) | Power (W/m) | PCB (mm) |
|---|---|---|---|
| C576RGB1008 | 12/24 | 10 | 8 |
| C576RGB1410 | 12/24 | 14 | 10 |
| C756RGB1410 | 12 | 14 | 10 |
| C1080RGB1412 | 24 | 14 | 12 |
| C630RGB0910 | 24 | 9 | 10 |
| S5050L54RGB1112 | 48 | 11.2 | 12 |
| S3838L120RGB1005 | 24 | 9.6 | 5 |
| S3838L120RGB1108 | 24 | 11.2 | 8 |
| S2835L120RGB1408 | 12/24 | 14.4 | 8 |
| S5050L30RGB0710 | 12/24 | 7.2 | 10 |
| S5050L60RGB1210 | 12 | 12 | 10 |
| S3838L168RGB1710 | 24 | 17.2 | 10 |
| S3838L240RGB1912 | 24 | 18.6 | 12 |
VST can discuss cut lengths, attached leads, connector preparation, labels and export packaging for the selected construction. Changes to the board or enclosure need engineering evaluation and may require tooling. Identify whether your program needs a complete assembly or strip only so additional items are specified individually.
The production specification links the LED selection, board, assembly and test steps to the approved configuration. In-process checks should examine joints and visible color consistency; finished-run checks should use the intended operating scenes. Keep a retained sample or documented reference for the next production lot.
- Isolate power and verify the strip voltage, controller type and output load.
- Prepare the mounting surface and follow the chosen profile's fixing method.
- Cut only at the selected model's marked points; protect joints and relieve cable strain.
- Connect each channel according to its documented terminal map.
- Test the full run and its scenes before closing service panels.
Working together
Feedback on project support
Practical details make a difference through a lighting order.
Order planning
Questions about your RGB order
Settle the practical terms alongside the technical choice.
LED strip programs generally start at 500 meters. The chosen model and prepared assembly can change the order basis. Samples are available, with any later credit for sample charges agreed for the bulk order.
Typical production is 2–3 weeks for regular products, 3–4 weeks for light customization and 4–6 weeks for extensive development. Quantity, materials and the order schedule affect timing; transport is additional.
VST supports private labels and custom packaging. Specify the required reel identification and carton information. Extensive product changes may involve tooling charges, which need a separate agreement rather than an assumed refund.
LED strips generally have 2- or 3-year coverage; 5 years is available only for selected products. Use the chosen model's agreed warranty, including the relevant operating conditions, rather than applying the longest option across a mixed order.
Samples require full advance payment by PayPal, Western Union or bank transfer. Bulk orders generally use bank transfer, with a 30% deposit and 70% paid before shipment.
Send a short description with photos or video of the VST-supplied product. Replacement support can be discussed as a separate shipment or alongside your next order after the issue is assessed.
Product questions
Resolve the remaining control questions
Resolve the remaining RGB LED strip setup questions before combining several zones. The answers below focus on control behavior and the completed visual effect, where a small overlooked detail can change the result.
Not automatically. The dimmer's position and operating method must be compatible with the power supply and RGB controller. A wall dimmer intended for a mains lamp may be unsuitable upstream of a constant-voltage supply. Identify the dimmer model before retaining it in the design.
Choose the connection from the documented architecture.
Matching the connector's appearance alone is insufficient.
| Architecture | Connection decision |
|---|---|
| Analog RGB | Supply common and separate color channels |
| Addressable RGB | Power plus model-specific data interface |
| DMX system | Compatible decoder between control bus and strip |
A diffuser changes how light is distributed and can reduce delivered output. It does not increase the strip's electrical capacity. Assess the assembled profile at the required scene brightness, with room lighting switched to its normal operating condition, before specifying more power.
Yes, when the controller system supports coordinated zones and each run has appropriate power distribution. Decide whether local overrides should remain available. A shared scene does not mean that all strips should be wired as one long series route.
Provide a physical or digital color reference and describe the surrounding finishes. LED mixing, wall reflectance and ambient light affect the result, so an exact visual match should be evaluated in the installation context. VST can help compare a practical sample rather than promise an unmeasured match.
Camera exposure and the controller's modulation can interact. Test the proposed controller at the actual camera settings, especially at low brightness. A visually comfortable scene and a suitable filmed scene are different checks; do not infer camera performance from a still product photograph.