480 Chips/m COB LED Strip: Specifications, Applications, and Buying Guide

A 480 Chips/m COB LED strip is a high-density linear light source designed to create a continuous-looking line of illumination with less visible spotting than many lower-density strip formats. The figure means a stated density of 480 chips per meter; if distributed evenly, that works out to an average pitch of approximately 2.08 mm. For B2B buyers, the right choice depends not only on chip density but also on voltage, power, brightness, color quality, PCB design, protection rating, and installation conditions. At ENTA Lighting, we recommend confirming those details against the project brief and the supplier’s product datasheet before ordering.

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Who This Guide Is For

This guide is for lighting distributors, contractors, OEM buyers, and project specifiers comparing high-density COB strip lighting for indoor applications. It is especially useful when a design calls for a smooth linear appearance in a shallow profile, such as under cabinets, in display furniture, or in architectural details. Buyers evaluating quotations can use the selection framework below to compare products on equivalent electrical, optical, and mechanical requirements. We also outline what to request from a supplier before committing to samples or volume production.

How to Understand 480 Chips/m COB LED Strip

What the Density Figure Tells You

COB stands for chip-on-board, a construction approach in which LED chips are mounted closely on a substrate and covered with a phosphor layer. In strip products, this arrangement can produce a more continuous-looking illuminated surface than designs where individual LED packages are visibly spaced apart. A specification of 480 chips/m describes the stated chip density, but it does not by itself define the strip’s brightness, power consumption, color quality, or usable life. Those performance details vary by product design and should be confirmed in the supplier’s technical documentation.

As a simple spacing reference, 480 chips across 1,000 mm corresponds to roughly 2.08 mm between chip positions when spacing is uniform. That is a mathematical estimate, not a substitute for a product drawing or physical sample. Some suppliers may also use different conventions when describing chip count, so ask what the figure represents in the specific product. Confirm whether it refers to chips per meter of strip and whether the stated count applies to the complete lighting section.

Specifications to Check Before Comparing Products

Do not compare COB strips using density alone. Ask the manufacturer to provide a complete, current datasheet and identify the exact model being quoted, because product specifications can differ even when the density is the same.

• Electrical input: Confirm the rated voltage, power per meter, current, and compatible driver requirements. Check how the recommended maximum run length is defined.
• Light output and color: Request luminous flux per meter, correlated color temperature options, color rendering information, and any available color consistency data. Treat values as model-specific rather than assuming them from chip density.
• Physical construction: Confirm strip width, PCB material and thickness, adhesive backing, cut points, and connector compatibility. These details affect fit, handling, and installation planning.
• Protection and environment: Ask whether the product is bare or protected by a coating or sleeve, and confirm the applicable IP rating if one is specified. Match protection to the actual indoor location and cleaning or moisture exposure.
• Control and dimming: Verify dimmer, controller, and driver compatibility, including any requirements for flicker performance or specific control protocols.

Applications and Product Options

Where High-Density COB Lighting Can Fit

A 480 Chips/m COB strip may suit applications where the visible light line is close to the viewer or where a smooth appearance is important. Typical indoor uses include cove lighting, cabinet and shelf illumination, display cases, reception areas, and decorative architectural details. It can also be considered for commercial interiors where a narrow linear fixture is needed, provided the output and thermal design meet the project requirements. The final appearance still depends on the profile, diffuser, mounting distance, surface finish, and dimming level.

Construction and Material Choices

Products in this category may differ in PCB width, copper design, adhesive, phosphor formulation, and protective construction. These options should be chosen for the installation environment and operating conditions rather than treated as cosmetic details. For example, a profile with a diffuser can protect the strip and soften the visible line, while an exposed installation may require careful attention to handling and surface preparation. If the strip will be installed in a confined channel, check both the physical dimensions and heat dissipation requirements with the supplier.

With competitive price and timely delivery, ENTA Lighting sincerely hope to be your supplier and partner.

A Practical Selection Framework

Match the Strip to the Project

1. Define the lighting task. Decide whether the strip is for accent, task, display, or general illumination. This determines the required output, beam appearance, and control method.
2. Set the visual target. Specify the desired color temperature, color rendering needs, and whether a continuous-looking line is essential. Review samples in the intended profile and at the expected viewing distance.
3. Confirm electrical design. Establish the supply voltage, power per meter, driver capacity, wiring plan, and installation run length. Ask the supplier to confirm voltage drop and feed-point recommendations for the proposed layout.
4. Check mechanical fit. Compare strip width and cut-point spacing with the channel, cabinetry, or fixture. Confirm connector and end-cap arrangements before production or installation.
5. Validate the environment. Identify temperature, moisture, dust, cleaning practices, and whether the strip is enclosed. Select a protection level and mounting approach that match those conditions.
6. Request representative samples. Evaluate light appearance, adhesion, handling, and compatibility with the intended power supply and controls before approving a larger order.

Common Buying Mistakes

A frequent mistake is treating 480 chips/m as a complete performance specification. Higher density alone does not guarantee a particular lumen output, efficiency, color consistency, or operating life. Another mistake is selecting a power supply based only on nominal strip length without checking the model’s actual wattage and the manufacturer’s recommendations. Buyers should also avoid assuming that every COB strip has identical cutting intervals, polarity markings, or connector layouts.

Installation conditions deserve equal attention. A strip placed in a narrow, enclosed profile may face different thermal conditions from one mounted on an open surface, so confirm the recommended installation method. Similarly, a high-density appearance does not eliminate the need to assess glare, diffusion, or light distribution. Review a sample in the actual mounting arrangement whenever appearance is a key acceptance criterion.

Pricing, MOQ, and Lead Time

The price of a 480 Chips/m COB strip depends on its electrical and optical configuration, materials, protection, packaging, and order volume. Custom color, PCB dimensions, connectors, labeling, or packaging may affect quotation requirements and production planning. Minimum order quantities and lead times are supplier- and specification-dependent, so we do not recommend relying on generic figures when planning a project. Request a quotation that identifies the exact model, included accessories, sample availability, MOQ, production schedule, and shipping terms.

How to Evaluate a Supplier

A reliable supplier should be able to explain the product configuration and provide documentation that matches the quotation. Ask for the datasheet, dimensional drawing, wiring details, cut-point information, and guidance on driver compatibility. For project orders, clarify how samples are approved and how any agreed specifications are recorded for repeat purchasing. If certification or compliance documentation is required for your market, specify the exact requirement and request applicable evidence for the offered model rather than assuming it is included.

At ENTA Lighting, we support B2B buyers by discussing application requirements, comparing available configurations, and helping clarify the information needed for a suitable quotation. We can review details such as installation space, required light appearance, voltage, protection needs, and packaging expectations. Product availability, customization scope, MOQ, and lead time should be confirmed for each requested configuration. This helps buyers assess the product against the real project rather than making a decision from chip density alone.

Key Takeaways and Next Steps

• 480 Chips/m identifies a high chip-density COB strip configuration, but it does not establish brightness, wattage, color quality, or service life.
• At an even distribution, 480 chips over 1 meter implies an approximate 2.08 mm chip pitch; confirm the supplier’s counting convention and product drawing.
• Compare complete specifications, including electrical input, output, color, dimensions, protection, controls, and installation guidance.
• Use a representative sample in the intended profile and confirm quotation details, MOQ, and lead time before placing a project order.

In short, a 480 Chips/m COB LED strip is worth considering when a smooth-looking indoor linear light is a priority, but the density figure should be only the starting point. Define the application, confirm the full datasheet, and validate the strip with the intended driver and mounting arrangement. To discuss a project or request a configuration-based quotation, share your target application, required length, voltage, color preference, installation conditions, and estimated order quantity with ENTA Lighting.