5V compact COB digital RGB
C180RGBD1405 uses a 5mm PCB for constrained integration. Its 14W/m published load makes power distribution an early design decision.
View Product Digital RGB integration
RGBIC LED strip for color that changes along the run
Build segmented color into your fixture or interior with a strip chosen for the complete control system.
- Compare verified digital RGB COB and SMD constructions.
- Match the available channel width and usable cut length.
- Define power feeds and signal direction before installation.
- Ask VST to evaluate the required effect with your controller details.
Start with the effect
Specify the motion before choosing a reel
An RGBIC LED strip can show different colors along one run. The useful starting point is the smallest section you need to control, followed by the installation length and the electronics that will send the data.
A counter chase, an animated display edge and a long architectural line place different demands on the system. LED density tells you how many light sources sit on the tape, not how many sections your controller can address. As an RGBIC LED strip supplier, VST can shortlist digital RGB strips from a layout and a description of the effect. Establish the IC protocol, address grouping and controller output before planning the power feeds.
Effect resolution
Describe the smallest color block you need to see. A high emitter count does not by itself provide finer independent control.
Power-feed access
Leave practical access to power connections along the installation. Feed positions depend on strip load, conductor size and permitted voltage variation.
A complete control brief
State whether effects come from an existing controller, a media system or a new standalone control package. These are different integration tasks.
Engineering support
Keep the visual brief connected to the hardware
VST is an RGBIC LED strip manufacturer with electrical, structural and lighting engineers who can help develop your integration brief.
Electrical development
Our electrical engineers can check the strip interface against your intended controller. This brings voltage and data mismatches to light before you finalize the enclosure.
Mechanical adaptation
Discuss channel width and lead exits while there is still room to adjust the assembly. Even a narrow PCB needs space for its finished connection.
Defined inspection points
VST checks incoming materials, work in progress and finished goods before shipment. Specify the visual sequence and connection details you want inspected on the digital strips.
Packaging by installation section
Lengths, labels and packing groups can follow your fixture schedule. This helps your team distinguish similar-looking digital strips intended for different parts of the build.
Segment control
What an RGBIC LED strip changes
An RGBIC light strip combines RGB emitters with electronic control of sections along the tape. Several colors can therefore appear at the same time on one line.
Analog RGB usually changes a connected section together. Digital RGB needs compatible data as well as power. COB and SMD describe the light-source construction; addressable describes control, not a universal protocol. Choose visual resolution by the documented address grouping, not LEDs per meter. An RGBIC LED strip needs the specified supply voltage and signal direction. Apps, music response and screen synchronization depend on the selected control system.
Published strip options
Choose a light engine for your effect
These are bare digital RGB strip models. A controller, power supply and application software are separate configuration decisions.
24V SMD digital RGB
S5050L84RGBD1408 provides an 8mm carrier and 71.42mm published cutting interval. Check address grouping separately from the cut length.
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24V COB digital RGB
C720RGBD2110 combines a 10mm PCB with a 50mm cutting interval. Allow for its 21W/m load in channel and supply planning.
View Product Program details
Four details that simplify integration
An RGBIC LED strip OEM supplier can help define how the hardware will be supplied alongside the required lighting effect.
Connection Identification
Labeling leads and sections can distinguish the power connections from the data path, so your assembly team can identify each connection without guesswork.
Color Evaluation
VST lighting engineers can help plan an evaluation using individual colors and mixed scenes. One attractive demonstration may not reveal the behavior you need to check.
Configuration Records
Record the selected strip model, control assumptions and cable arrangement together. Future requests can then refer to the same hardware details.
Export Packing
Export packaging can protect reels and terminated sections during handling. Choose the format around whether your team assembles whole reels or prepared lengths.
Strip construction
The emitting surface, flexible board and contacts
Each physical element affects how the strip fits and connects. Images show the visible construction, not a verified controller pinout.
Component 1
COB emitting surface
The closely spaced light sources in a COB strip create a continuous-looking line. With a suitable channel, this can make individual light points less noticeable, although the electronic control sections still have boundaries. If your RGBIC LED strip will be viewed up close, try the chosen color sequence through the actual cover and from the expected viewing angle. Generated color images do not measure light output.
Component 2
Flexible carrier PCB
The carrier holds the light sources and the electrical tracks. PCB width is only part of the space the finished strip needs: coating, solder joints and terminations may extend beyond it. Keep bends within the limits of the selected construction, and avoid twisting the board through a corner. Where the installation changes direction sharply, plan a wire link instead of forcing the carrier to bend.
Component 3
Connection pads
The pads are the soldering points at permitted connection positions. Read their layout from the selected model drawing, since similar-looking tape can use a different voltage or signal arrangement. Leave the joint accessible and support the cable so its weight or tension does not pull on the solder. A photograph shows where contacts are located; it cannot establish a pin assignment that has not been documented.
Meet VST
See the product category and cooperation context
Use the category introduction and customer feedback as separate views of working with VST.
VST LED strip category introduction
The VST category video introduces LED strip supply. For digital color projects, use the selected hardware specification to follow up on control questions. The video does not establish which IC protocol a strip uses or which software functions it supports.
Customer cooperation perspective
The customer video gives some context for communication with VST. Your system still needs an effect demonstration and a controller test using the selected strip, along with an approved connection drawing. General cooperation feedback cannot answer those project-specific questions.
Application choices
Where segmented color has a specific job
Segmented color is useful where separate parts of a light line need different colors. Match the control to a specific visual task.
Reception furniture
At a reception counter, segmented color can mark the welcome area without filling the room with saturated light. Check the visible section lengths, seated sightlines and access behind the counter. VST can shortlist strips and plan lead routing from the furniture drawing, while the controller interface is selected separately for the required effect.
Retail product framing
A display frame can draw attention to changing merchandise with a sequence around its perimeter. Identify reflective surfaces and corners, and decide whether several frames need to start together. We can propose strips for the frame lengths and help plan a sample sequence that reveals abrupt transitions or unwanted reflections.
Exhibition display edges
Exhibition panels are assembled and taken apart repeatedly, so animated edges need connections that are easy to identify. Mark the panel breaks, site-accessible joints and transport packing requirements. VST can discuss labeled sections and cable exits in assembly order, keeping the selected digital signal direction consistent as the structure is joined.
Hospitality ceiling coves
A slow color progression in a lounge cove can spread reflected light across the ceiling. Check the viewing distance and cove depth, then count the runs that need separate power. Our lighting team can consider COB or SMD placement and propose a sample section for judging transitions within the actual recess.
Gaming furniture trim
A gaming desk can carry segmented light around its edge independently of the room lighting. Establish the available supply, channel space and a location for the control electronics. VST can discuss short strip sections and prepared leads for the furniture; any screen-synchronization function needs to be specified in the control system.
Describe your effect
Describe the effect you want to build
Send the approximate run length, a photo of the mounting space and the color behavior you want. Include the model or protocol of any controller you already have. Your RGBIC LED strip supplier can use those details to narrow the strip and connection options.
Technical reference
Published digital RGB models and integration steps
All seven currently identified VST digital RGB models are included below. Addressable white and CCT models serve a different requirement.
| Specification | Published value |
|---|---|
| C180RGBD1405 | 5V; COB; 5mm; 14W/m; cut 12.5mm |
| C180RGBD1410 | 5V; COB; 10mm; 14W/m; cut 11.1mm |
| S2835L96RGBD1606 | 24V; SMD 2835; 6mm; 16W/m; cut 62.5mm |
| S5050L84RGBD1408 | 24V; SMD 5050; 8mm; 14.4W/m; cut 71.42mm |
| S5050L60RGBD1210 | 24V; SMD 5050; 10mm; 12W/m; cut 100mm |
| C720RGBD2110 | 24V; COB; 10mm; 21W/m; cut 50mm |
| C720RGBD1212 | 12V; COB; 12mm; 12W/m; cut 50mm |
VST can discuss prepared lengths, lead exits, labeling, packaging and protection options for your RGBIC LED strip. Changing the IC or address grouping requires electrical development. Establish the controller interface before making either change.
Our RGBIC LED strip factory checks materials and assemblies, then examines the finished product. For your project, specify a sequence that tests the chosen color order and addressing behavior. Cable identification should match the production document. These checks do not imply certification for every protocol.
Isolate power before making connections. Check the supply voltage and documented data direction, support the tape in a suitable channel, and secure the leads. Run the intended sequence before closing the covers. Size the feeds for the selected load and wiring; a five-meter reel is not necessarily suitable for a single feed.
Cooperation feedback
Details that made development easier
Small, clear decisions help a lighting project move forward.
Working together
Planning an RGBIC LED strip order
Commercial terms depend on the selected construction and the work needed to deliver it.
LED strip orders generally start at 500 meters. Tell us how the quantity divides between voltages, widths and prepared lengths, since distinct constructions may need separate production setups. The quotation will state the quantity basis.
Samples are available to try with your electronics. By agreement, sample charges can be applied as credit toward a subsequent bulk order. Describe the trial so the sample has the electrical interface you intend to purchase.
Typical production is 2-3 weeks for regular products, about 3-4 weeks for light customization and 4-6 weeks for extensive development. These periods exclude transport and depend on materials, quantity and the final project scope.
VST supports private labels and custom packaging, with section identifiers that follow your assembly plan. Extensive changes may involve tooling charges. Agree those costs and their treatment in the quotation; do not assume a refund.
Pay for samples in full before processing, using PayPal, Western Union or bank transfer. For bulk production, bank-transfer payments normally comprise a 30% deposit, with 70% due before shipment. The order documents record the payment stages.
The seven listed digital RGB models currently state three years. Warranty scope for a customized assembly belongs in its order terms. Describe any quality issue with photographs or video so replacement support can be discussed, separately or with a later shipment.
Product questions
Resolve the remaining control questions
An effect demonstration may leave questions about software, replacement parts and how several lines operate together. Resolve these details before committing to an RGBIC LED strip, so you know which functions the strip provides and which depend on the rest of the system.
Yes. Describe the effect and whether the lights must operate on their own or as part of another system. You can choose an app once the electrical interface is established. A bare RGBIC LED strip will not necessarily pair with an app made for a proprietary retail kit.
Not necessarily. A replacement must match the electrical protocol and address configuration, and its firmware determines the effects it can run. Keep a record of the hardware and effect settings if future installations need identical behavior. Matching the connector shape alone is not enough.
| Desired behavior | System decision |
|---|---|
| Identical scenes | Compatible controller outputs and common scene settings |
| Independent effects | Separate controllable outputs or zones |
| One chase across joins | Continuous address mapping across the defined sections |
Only if the control system supports the required screen-synchronization function. The published strip specifications do not establish support for capture devices, cameras or entertainment platforms. Identify the source and interface you intend to use before including that function in the supply package.
Do not assume the two products can be joined. Retail-kit restrictions and VST cutting positions are separate matters. Their voltage, protocol, address grouping and connection layout must all be established before any joint is considered; a shared RGBIC label is not enough.
Choose the required startup behavior before selecting the controller: off, the last scene or a default scene. Test it on the complete system, especially where unexpected animation would be unwelcome. The strip alone does not provide scene memory or guarantee how the lights recover after an interruption.