10 mm white COB
C320W1410 provides a white-light route for compact display illumination. Select the actual CCT and CRI option when requesting the sample.
View Product Low-voltage integration
5V LED Strip Options for Compact Product Integration
Match a 5V LED strip to the available power and control interface inside your product.
- White COB and addressable COB routes serve different functions.
- Published board widths help assess the available enclosure space.
- Current and cable planning matter even at low supply voltage.
- Engineering support can connect the sample to your integration brief.
Start with the host system
A shared voltage is only the first check
A 5V LED strip can fit a compact display or product assembly, but matching the supply label does not establish that the source can deliver enough current.
VST is a 5V LED strip manufacturer with published white-light and addressable COB options. Identify the host supply's usable capacity after its other loads, then select the lighting function. A simple white strip and a programmable color strip do not share the same control requirements. Short leads and accessible power distribution are especially useful in small enclosures, where voltage loss and connection resistance can undermine a design that appears compatible on paper.
Reserve current for lighting
A 5V output may already serve other electronics. Establish the remaining capacity and the lighting's maximum operating load before choosing a strip length.
Define data separately
Addressable lighting requires more than power. Confirm the actual protocol, signal level, color order and controller support for the chosen construction.
Measure usable space
Include wire bends, terminals and enclosure clearance alongside board width. A strip that fits alone may not fit once its leads are attached.
From prototype to assembly
Make the sample work inside the host product
A 5V LED strip supplier should help resolve the interface around the sample. VST can discuss board fit, power distribution and the required lighting behavior together.
Integration-focused support
Electrical and mechanical input can be considered together, helping your team avoid selecting a light strip that fits the enclosure but conflicts with its cable route.
Sample revision discussion
An initial sample can expose differences between the planned effect and the host system's behavior. VST supports a focused discussion of the changes needed.
Prepared assembly options
Lead preparation and identification can be matched to the product's build sequence, reducing ambiguity when a prototype moves into repeated assembly.
Quality checks for the function
Specify which light states must be checked. White illumination, a static color and a programmed sequence can reveal different defects during product testing.
Supply and signal
What a 5V LED strip rating means
The voltage rating describes the intended electrical supply, while the strip's construction determines its lighting and control functions.
A white COB strip can provide steady illumination from an appropriate constant-voltage circuit. An addressable strip additionally needs the correct data signal to create its intended display. Do not assume that every 5 volt LED strip uses the same controller or accepts a microcontroller's native logic level. Current demand scales with the selected strip and operating condition, so a USB connector's presence does not establish capacity. Evaluate voltage at the loaded strip as well as at the supply. A stable bench prototype should also be checked with the final cable lengths and enclosure arrangement.
Configuration options
Three published 5V constructions
VST's 5V LED strip factory listing contains three COB configurations. These distinguish white illumination from programmable color and separate the two published addressable board widths.
5 mm addressable COB
C180RGBD1405 is the narrow published addressable option. Confirm its data interface and usable enclosure opening before preparing the host wiring.
View Product 
10 mm addressable COB
C180RGBD1410 offers the wider addressable construction with its own published cut interval. Do not interchange it with the 5 mm board solely because both use 5V.
View Product Useful design choices
Practical integration features
Fit the lighting into the host product deliberately.
Functional choice
Steady white and programmable color are separate product routes. Choosing the function first avoids building an unnecessary control interface into the host product.
Host-interface planning
The intended supply and signal connection can be discussed during sampling, before an enclosure or harness fixes the available interface.
Compact light source
COB configurations offer a continuous-looking emitting surface for close viewing. Test the actual optical cover and distance in the host assembly.
Assembly identification
Product labels and packing can distinguish prepared lengths or variants during assembly, especially when similar reels have different control behavior.
Construction details
Parts that affect a compact assembly
A small light line still needs deliberate component integration.
Component 1
COB light source
The COB light source supplies the visible line inside a small opening or behind a cover. White and addressable color constructions serve different tasks, so examine the selected source in the host product rather than comparing reel photographs. On a 5V LED strip, the required output should be achieved within the available power and thermal conditions. A smooth appearance through a diffuser does not establish the electrical load or the data grouping.
Component 2
Flexible board
The board establishes the mechanical width and carries current between the supplied connections and light-source sections. Compact enclosures can tempt an assembler to fold the strip sharply or bend it sideways; those loads may damage the circuit. Match the mounting surface and permitted bends to the actual construction. Leave enough room at an end for the termination, since the board width alone is not the complete installed envelope.
Component 3
Power lead
The power lead is part of the loaded circuit, not merely a convenient way to reach the strip. Its resistance can reduce the voltage reaching a 5V assembly, especially where the wire is long or carries substantial current. Specify the route, connection and expected load together. Avoid relying on an unknown USB cable or small host-board connector simply because it can physically connect to the lighting sample.
VST on video
Meet the supply partner
Review the category introduction and a customer perspective.
A starting view of VST strips
VST’s category overview introduces strip supply. The host product still needs its own power-budget and data-interface checks.
Feedback on working together
The customer video offers a view of the working relationship. Evaluate lighting performance and host compatibility in your own development assembly.
Application planning
Applications for short 5V light lines
Evaluate the host system around the chosen light source.
Exhibition display counters
A short 5V LED strip can create an illuminated accent within a compact exhibition counter where a suitable supply is already planned. Check the viewing distance, available current and access to the service compartment. VST can help compare a white or addressable sample inside the fascia before the display's final enclosure is built.
Equipment status indicators
An illuminated band on equipment can communicate a selected operating state without occupying a large front panel. Define the status sequence, logic interface and fault behavior, keeping any safety-critical indication requirements separate. VST can discuss a suitable light-source construction and an interface sample for evaluation by the equipment's electrical team.
Retail demonstration fixtures
A small demonstration stand can use programmable color to guide attention through a sequence or highlight a selected feature. Establish the controller protocol, content timing and power budget for the whole stand. VST provides 5V LED strip OEM supplier support for evaluating a test section with the intended demonstration hardware.
Furniture display niches
A compact illuminated niche can use white COB lighting where a suitable 5V circuit is available nearby. Check the niche depth, desired white appearance and heat path inside the furniture before fixing the layout. VST can provide a relevant model sample and discuss a lead arrangement that keeps the connection reachable.
Prototype evaluation panels
An evaluation panel can help a development team compare light-source behavior before committing to an enclosure design. Establish the supply limits, observation conditions and whether the exercise concerns white light or data-controlled effects. VST can support a sample selection with documented model dimensions so the test informs the next mechanical and electrical revision.
Discuss the next step
Bring your host-system details
Tell us the host power source, lighting function and available opening. Your 5V LED strip wholesale supplier proposal can then identify a relevant model and sample scope without assuming universal USB or controller compatibility.
Technical information
5V model data and host integration
Read the model data together with the host-system requirements.
| Model | Voltage (V) | Power (W/m) | PCB (mm) |
|---|---|---|---|
| C180RGBD1405 | 5 | 14 | 5 |
| C180RGBD1410 | 5 | 14 | 10 |
| C320W1410 | 5 | 14 | 10 |
VST can discuss short prepared sections, lead direction, connection labeling and packing for an OEM assembly. A 5V LED strip with a different protocol, section grouping or board geometry requires its own engineering definition. Agree the host interface before changing the physical connector, since connector shape does not determine signal compatibility.
The selected build should be identified by model and control function. Production evaluation can include operating behavior with the agreed supply and, for addressable products, the specified test sequence. Keep wiring and variant identification consistent so the final assembly team does not substitute a visually similar but electrically different part.
- Disconnect power and identify the required voltage and polarity.
- Check source capacity and the complete lead route under the intended load.
- For addressable designs, connect the documented data input and common reference as specified.
- Secure the board without folds or tension at its leads.
- Test the installed assembly's maximum intended state before closing the enclosure.
Working together
Feedback from development discussions
Useful support addresses the detail that the assembly needs.
Order planning
From samples to an OEM order
Match the commercial scope to the assembly being developed.
VST supports samples for development evaluation. Any sample-cost credit on a subsequent bulk order needs agreement. The general LED strip order starting point is 500 meters, while the selected construction and prepared assembly determine the actual production requirement.
The schedule depends on its development scope and material readiness. Regular products typically take 2–3 weeks; light changes about 3–4 weeks; extensive customization about 4–6 weeks. Shipping time is outside these production ranges.
Discuss private labeling and packing requirements as part of the assembly program. Clear identification can separate electrically different variants. A new board or other extensive customization can involve tooling charges, without an automatic credit or refund promise.
Use the model-specific agreed term. General LED strip options are 2 or 3 years; a 5-year option exists only for selected products. The host's electrical and thermal design should be consistent with the specified operating conditions.
They differ. Samples are prepaid in full by PayPal, Western Union or bank transfer. The usual bulk terms are bank transfer with 30% deposited first and 70% paid before the goods ship.
Provide a concise issue description and photos or video of the affected VST product. After examining the case, VST can discuss replacement support sent separately or included with the next shipment.
Product questions
Check the host interface before ordering
These 5V LED strip questions focus on the interface between lighting and host electronics. Resolve them before buying control boards, changing connectors or treating a short prototype as proof that the final assembly will behave the same way.
No. The source, cable and connector must support the required load and voltage at the strip. Some ports limit current or change behavior after negotiation. Identify the actual source specification and test the complete cable route before treating it as a suitable power supply.
Provide the output interface, not only the controller's trade name.
This separates a power question from a data-compatibility question.
| Lighting type | Needed information |
|---|---|
| White COB | Supply capacity and any dimming method |
| Addressable COB | Protocol, logic level, color order and section control |
Possibly, but check the selected strip's data-input requirements and the signal arrangement. Some systems need suitable level translation. Do not assume compatibility from a successful short trial with another strip, because interface thresholds and cable conditions may differ.
For a stated operating condition, divide power by voltage. The published 14W/m at 5V corresponds to 2.8A/m as a calculation, before considering the actual scene and system design. Use the selected product's maximum-load information and assess source, leads and connectors together.
That depends on the intended behavior and controller arrangement. A serial data chain and parallel copies can produce different effects and loading conditions. Define whether the sections must mirror one another or behave independently, then design the distribution around the actual protocol.
The host assembly still needs appropriate electrical, thermal and mechanical design. A high-current connection can overheat despite a low nominal voltage. Have the complete product assessed for its intended use; the strip's supply rating does not establish compliance of the finished equipment.