480 Chips/m COB LED Strip: Specifications, Applications, and Selection Guide
A 480 chips/m COB LED strip is a high-density linear light source designed to produce a smooth, continuous-looking line of light. Its stated density means 480 chip positions per meter, equivalent to an average spacing of approximately 2.08 mm between positions. That figure helps buyers compare light continuity, but it does not by itself confirm brightness, power consumption, color quality, voltage, or suitability for a specific installation.
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For a reliable specification, evaluate the complete system: strip dimensions, electrical requirements, light output, color characteristics, installation conditions, and compatible power supply and profile. At ENTA Lighting, we recommend confirming these details against the product datasheet and project requirements before ordering. This guide explains what to check, where this COB strip can fit, and how B2B buyers can compare suppliers.
Key Takeaways
- 480 chips/m describes density, not total performance. Confirm lumens, watts, voltage, color quality, and thermal requirements separately.
- COB construction can create a more continuous appearance than widely spaced visible LED packages, but the result depends on the product and installation.
- Match the strip to its environment. Check bend direction, IP rating, mounting surface, profile, and operating conditions.
- Request project-specific documentation. A datasheet, sample, and written quotation help clarify specifications, MOQ, and lead time.
Who This Guide Is For
This guide is intended for lighting distributors, contractors, interior designers, OEM buyers, and project procurement teams evaluating COB LED strips for indoor linear lighting. It is useful when you need a clean line of light for a feature, display, cabinet, or architectural detail. It can also support early-stage product comparisons before final photometric and electrical requirements are set.
Use the guide as a selection framework rather than as a substitute for a product datasheet. Specifications can vary between models even when both products are described as 480 chips/m COB strips. Confirm the exact product code and configuration with your supplier before design approval or purchase.
What 480 Chips/m COB Means
Density and continuous light appearance
COB, or chip-on-board, describes a construction in which multiple LED chips are mounted closely together on a substrate and covered by a phosphor layer. In a strip identified as 480 chips/m, the number refers to the stated chip density along each meter. Dividing 1,000 mm by 480 gives a nominal average spacing of about 2.08 mm; actual layout and terminology should be confirmed with the manufacturer.
The closely spaced light-emitting points can help create a more uniform-looking line than strip designs with visibly separated LED packages, especially when viewed directly or installed in shallow channels. However, “dotless” appearance is not guaranteed by density alone. Diffuser material, viewing distance, profile depth, and the optical design all influence what the finished installation looks like.
What density does not tell you
Chip density does not specify how much light the strip produces or how much energy it consumes. It also does not identify the color temperature, color rendering, dimming compatibility, cut interval, or protection rating. Buyers should compare those values in the datasheet rather than infer them from the 480 chips/m label.
Specifications to Review Before Ordering
Ask the supplier for a current datasheet tied to the exact model and configuration. Review the items below as a set, since a change in voltage, coating, or light output may affect installation and system design. If any value is missing, request written confirmation before approving samples or production.
| Specification | Why It Matters | What to Confirm |
|---|---|---|
| Chip density and strip dimensions | Influence the light line, channel fit, and mechanical installation. | 480 chips/m, width, thickness, and available lengths. |
| Voltage and power | Determine power-supply sizing, wiring, and voltage-drop planning. | Rated input voltage, watts per meter, and recommended supply capacity. |
| Light output and color | Determine whether the strip meets the visual and illumination brief. | Lumens per meter, CCT, color-rendering data, and color consistency options. |
| Cutting and connection details | Affect layout, waste, joints, and installation labor. | Cut interval, polarity, connector compatibility, and lead-wire options. |
| Protection and thermal conditions | Help establish suitability for the mounting location. | IP rating, operating conditions, heat-management guidance, and profile needs. |
Applications and Product Matching
A high-density COB strip may suit indoor applications where a smooth linear effect is important. Common project areas include under-cabinet lighting, shelves, display cases, retail fixtures, coves, and furniture details. For each use, check whether the required brightness, color appearance, dimming method, and mounting arrangement are available in the chosen model.
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Cabinetry, shelving, and display lighting
In close-view installations, such as a shelf edge or cabinet recess, the continuous-looking output can be a useful design feature. Confirm that the strip fits the channel and that the diffuser does not reduce the finished light output beyond what the project can accept. For merchandise or materials with specific color requirements, request the relevant color-rendering and color-consistency information.
Coves and architectural details
For concealed cove lighting, the profile, ceiling geometry, and distance from the reflective surface affect how evenly the light spreads. A sample installation can reveal glare, shadowing, or visible irregularities that are difficult to judge from a product description. Where long runs are planned, check voltage-drop guidance and the supplier’s recommended feed arrangement.
Selection Framework for B2B Buyers
- Define the design objective. Record the required effect, installation location, viewing distance, target color, and any dimming needs.
- Set electrical requirements. Confirm voltage, watts per meter, run length, power-supply capacity, and wiring approach. A 24 VDC option may be available for some strip models, but do not assume it applies to the product under review; verify the exact rating.
- Check physical compatibility. Compare strip width and thickness with the channel, connectors, bends, and available mounting space.
- Review environmental and thermal conditions. Confirm the protection rating and installation guidance for the actual location. Provide adequate heat management as directed by the manufacturer.
- Validate before scaling. Request a sample or pilot quantity, assess the light in the intended profile, and approve the written specification before production.
Pricing, MOQ, and Lead Time
Pricing for a 480 chips/m COB strip depends on the model specification, requested length, customization, packaging, and order quantity. A higher chip density alone is not enough to compare quotations because power, materials, color requirements, protection, and accessories may differ. Ask suppliers to quote the same specification and identify any excluded items, such as power supplies, profiles, or connectors.
MOQ and lead time are supplier- and configuration-dependent, so request current terms for both samples and production orders. Confirm whether a requested color, coating, reel length, or private-label package changes the MOQ or schedule. For project planning, also ask how the supplier handles specification changes and approval samples.
Supplier Evaluation Checklist
- Does the supplier provide a datasheet for the exact model and clearly state electrical and optical specifications?
- Can the supplier explain cut intervals, connection methods, and installation or thermal guidance?
- Can they provide a sample for evaluation in the intended profile and dimming system?
- Are quotation terms, MOQ, lead time, packaging, and customization scope stated clearly?
- Can they support technical questions and document any agreed specification changes?
How ENTA Lighting Can Support Your Evaluation
As an indoor lighting manufacturer, supplier, and exporter, ENTA Lighting can help B2B buyers review COB strip requirements and identify the information needed for a product comparison. Share the target application, required color, installation dimensions, run length, and project quantity when requesting a quotation. We can then clarify which specifications and options need to be confirmed for your proposed application.
Before placing a bulk order, align the sample, datasheet, and quotation to the same product configuration. This simple step helps reduce ambiguity about voltage, light output, color, cut length, and included accessories. For projects with special packaging or customization needs, include those requirements at the quotation stage.
Conclusion: How to Choose a 480 Chips/m COB LED Strip
A 480 chips/m COB LED strip is a high-density option for projects seeking a smooth-looking linear light source, but chip density alone cannot establish whether it is right for the job. Select by comparing the complete electrical, optical, mechanical, and environmental specification against the installation. The nominal 2.08 mm average spacing is a useful density reference, not a substitute for reviewing a sample in the intended setting.
Your next step is to define the application and request a matching datasheet, sample, and written quotation. Confirm the model-specific voltage, watts per meter, lumens, color data, cutting details, protection rating, MOQ, and lead time before approval. Contact ENTA Lighting with your project requirements to begin a product evaluation and supplier discussion.