5V white COB strip for short runs
C320W1410 is a 10mm, single-color COB strip rated at 14W/m, with 50mm cut points and published white-light options. Check its 2.8A/m strip load before designing a USB lead.
View Product Compact 5V lighting
USB LED Strip Options for OEM Integration
Start with the USB source and the illuminated length, then choose a compatible 5V strip assembly.
- Compare the actual port output with the complete strip load.
- Plan cable length and voltage drop for the installed route.
- Choose a light line and control method that suit the host product.
- Ask VST to assess the connector and assembly scope.
Power-source fit
Make the USB interface part of the specification
A USB LED strip is practical only when the port can supply the selected length and controller. VST has 5V white and addressable RGB strip bases; the connector and cable still need their own specification.
Start with the host port rating and the installed length. All three published 5V candidates are rated at 14W/m, so the strip alone draws about 2.8A per meter at rated load. C320W1410 gives fixed white light; C180RGBD1405 and C180RGBD1410 need addressable RGB control. Cable drop and controller power add to the source check. As a 5V LED strip supplier, VST can compare the strip length and lead route with your host drawing.
Measure source capacity
Provide the actual USB output rating, not only the connector shape. A port that fits mechanically may still lack current capacity for the planned strip.
Choose the light function
Single-color COB and addressable RGB bases require different electronics and wiring. Define the intended effect before specifying cable ends.
Limit avoidable drop
A short lead and sensible feed position may matter more than nominal strip length when supply voltage is only 5V.
Prototype the assembly
Check the strip, cable and host enclosure together before committing to custom labels or a repeat run.
Electrical interface
What USB-powered strip lighting depends on
The defining issue is the host power interface and its available current.
A USB LED strip is a 5V LED strip assembly intended to receive power through a specified USB interface. A bare 5V reel with lead wires is not automatically a finished USB product. USB-A and USB-C describe connector families, while actual source behavior and output limits depend on the device and any negotiation electronics. Choose a strip whose load, cable, switch or controller fit the available power. For addressable effects, confirm data control separately. VST 5V strip products provide a starting point, but the complete USB assembly requires project-level confirmation.
Published strip references
USB LED Strip Bases to Compare
VST is a 5V LED strip manufacturer. Compare white C320W1410 with the two addressable RGB options by light effect, PCB width and cut spacing. VST uses the same series photo for both RGB widths; use the model sheet and samples to confirm the exact board before specifying a USB lead.
5V compact addressable COB base
C180RGBD1405 is a 5V, 5mm addressable RGB COB strip rated at 14W/m with 12.5mm cut points. Its control IC, data direction and USB power budget need a complete system check.
View Product 5V showcase addressable COB base
C180RGBD1410 uses a 10mm PCB and 11.1mm cut spacing at the same 5V, 14W/m rating. Choose it when the wider mounting space or cutting pattern suits the host.
View Product Selection checks
USB interface decisions
Source capacity and host fit belong in the same strip decision.
Port power budget
Check actual USB output against strip and controller current before selecting length.
Host geometry
Set the strip width, exit point and cable path against the product enclosure.
Functional sample
Run the proposed assembly on the intended host source before approval.
Packaged configuration
Keep connector and label details tied to one approved assembly revision.
Physical construction
Inspect the 5V strip base
The component photos show a white 5V COB strip with bare leads. The two addressable RGB models have different light and control requirements.
Primary emitter
COB light line
The pictured 5V COB reference uses a continuous emitting line rather than spaced packaged LEDs. That can help a shallow display look even, but the visible result still depends on the diffuser, viewing angle and selected output. Compare an operating sample in the actual host instead of judging only the unpowered reel.
Backing
Flexible strip base
The flexible base carries the COB light line and provides the mounting surface. Width and bend direction constrain how it fits a small enclosure; adhesive choice and thermal contact require the actual host material. A 5V label on the strip does not establish the connector or port rating.
Electrical lead
Wire exit
The pictured strip has bare red and black leads. Specify the USB connector, cable length and strain relief separately when requesting an assembly sample. The chosen lead must carry the strip load without excessive voltage drop at the host port.
VST video context
See the strip category and service
The videos show VST's strip range and how customers work with the company. Your host port and cable still need a separate electrical check.
LED strip category video
The LED strip video is useful for comparing the type of light line you want in a compact fixture. It does not specify a USB connector. For that, use the host power rating and a working sample of the proposed cable.
Customer cooperation video
The customer video covers general cooperation with VST. If your product needs a USB lead, put the connector drawing and current limit in the sample request so the response addresses the complete assembly.
Application decisions
Where a USB LED strip may fit
The port rating, cable route and lit length determine what VST can assess. Each small installation below places a different demand on the 5V power path.
Retail counter displays
A short 5V strip can light a retail counter edge when the USB source is known. Give VST the port rating and shelf section, including where the cable exits. A COB sample under the actual diffuser will show the light line without assuming the source can power a longer reel.
Electronics enclosures
Inside an electronics enclosure, width and wire exit may decide whether a strip fits at all. Measure the available space and current at the host board, then allow room for service. A cut 5V length from VST can be tried in the housing without implying that the bare strip is a USB kit.
Portable demonstration boards
Portable demo boards are assembled and packed repeatedly. Check the power bank, run time and strain on the lead during transport. Once you establish the full demonstration cycle and connector, ask VST about a shorter strip section and packing that protects it during repeated setup.
Kiosk accents
A kiosk edge needs a cable route that staff can reach without removing the display. Decide whether static white or programmed color serves the installation, then check the USB source rating. Compare VST's 5V strip bases in a mockup before releasing the final fixture design.
Furniture modules
Furniture inserts sometimes have a low-voltage output, but its connector is not always USB. Identify the actual output, switching method and mounting surface first. Bring the insert drawing to VST to choose a strip length and lead that fit the available space inside the furniture.
Project inquiry
Start with the port specification
For your USB LED strip project, send the host port rating, intended lit length and connector drawing. A quote from VST as a 5V LED strip supplier can list the reel and prepared leads. Agree who supplies the USB cable and controller and who tests the combined assembly before asking for a kit quotation.
Technical reference
Check the 5V assembly
The USB LED strip circuit must be designed around a real 5V source and chosen connector.
| Selection factor | C320W1410 | C180RGBD1405 | C180RGBD1410 |
|---|---|---|---|
| Light / control | Single-color COB; fixed white | Addressable RGB COB | Addressable RGB COB |
| Voltage | 5V | 5V | 5V |
| Power per meter | 14W/m | 14W/m | 14W/m |
| Rated strip current | About 2.8A/m | About 2.8A/m | About 2.8A/m |
| PCB width | 10mm | 5mm | 10mm |
| Cut interval | 50mm | 12.5mm | 11.1mm |
| Output / white data | 1400 lm/m; 3000K / 4000K / 6500K; CRI 80/92 | RGB digital; no numeric lumen or white CRI published | RGB digital; no numeric lumen or white CRI published |
| Protection listing | IP20 base; IP65/IP67 optional | IP20 base; IP65/IP67 optional | IP20 base; IP65/IP67 optional |
At VST's 5V LED strip factory, cut lengths and leads can be prepared against an approved host drawing. The USB connector, cable, switch or controller and combined-system testing remain to be agreed: name who supplies each part before requesting an assembly quote. You provide the host port rating, installation conditions and finished-product requirements.
Prepare a reference strip and proposed lead assembly against one host drawing. The approval sample should fix the connector, cable length, strain relief and control behavior before a repeat build is scheduled.
Verify the host output and strip load under operating conditions. Keep polarity and data direction correct, protect the lead from sharp edges, mount the strip on a suitable surface and provide access to disconnect the USB source. Never assume a connector fit proves electrical compatibility.
Working with VST
5V assembly and order questions
Connector and cable scope should be written into any USB assembly quotation.
No ready-to-use USB kit is confirmed by the published model pages. The confirmed products are 5V strip bases. VST can assess lead preparation; confirm the USB connector, cable, controller supplier and test scope before a combined assembly is quoted.
VST supports cable configuration, private labels and custom packaging discussions. A detailed connector or enclosure change may create tooling or setup costs; the amount and scope belong in the quotation.
Yes. A host-matched sample can test the strip, cable and connector together. Sample charges and any credit against a later bulk order are agreed for that order, rather than assumed free.
For LED strips, around 500 meters is a general starting point. A complete USB assembly can have different requirements because connectors and packaging add parts; ask for an assembly-specific MOQ.
Sample orders can be paid through PayPal, Western Union or bank transfer in full before production. Bulk orders are usually paid by bank transfer with a 30% deposit and 70% before shipment, subject to the agreed order.
Product questions
USB interface questions
A USB LED strip inquiry should identify the port output and whether you need static or addressable light. The questions below separate the 5V reel from the connected assembly you intend to use.
No. The port current limit, cable drop and any controller load must be checked against the selected strip. A 5V label only establishes nominal voltage.
| Element | Information needed |
|---|---|
| Host port | Actual output rating |
| Strip | Power per length |
| Cable | Length and conductor size |
Not by default. C320W1410 is a single-color white strip, while C180RGBD1405 and C180RGBD1410 are addressable RGB. Their control wiring and signal needs differ. Choose the light effect first, then identify a controller and power path for the selected model.
Only if the power bank can provide the required current for the full operating condition and the cable path keeps voltage drop acceptable. A long run may need shorter segments or a different supply architecture. Check the actual bank model before specifying length.
Yes. The published addressable COB references require compatible control and data direction. A USB source may provide power but does not automatically generate the data signal or support the intended effect.
Choose the connector only after the host interface, current requirement, handling and service conditions are known. USB-A and USB-C are not interchangeable specifications for current or control. The final assembly drawing should identify the cable and mating port.