A 480 chips/m COB LED strip places 480 LED chips along each meter of strip, creating a closely spaced light source that can produce a smooth, continuous-looking line when viewed directly. For B2B buyers, the main decision is not chip density alone: confirm brightness, power, color quality, voltage, cut interval, thermal conditions, and installation requirements against the project specification. At ENTA Lighting, we help buyers compare these details before they finalize a product configuration. This guide explains where this strip can fit, what to check, and what information to request from a supplier.
You can find more information on our web, so please take a look.
This guide is intended for lighting distributors, contractors, OEMs, and project buyers assessing COB linear lighting for indoor applications. It is useful whether you are sourcing a standard strip or developing a configuration for a particular fixture, display, or architectural detail. The information can also help purchasing teams prepare a clear request for quotation. Product suitability should ultimately be confirmed against the project’s electrical, optical, and installation requirements.
COB means chip on board: LED chips are mounted closely along a flexible circuit board and covered by a light-emitting layer. This construction can make individual light points less visually distinct than on some widely spaced LED strips. A 480 chips/m version has 480 chips per meter, equivalent to an average spacing of about 2.1 mm between chips when considered across the length. The visible result still depends on the strip design, viewing distance, profile, diffuser, and installation.
Chip density is only one part of product performance. Two strips with the same chips-per-meter figure may differ in power consumption, light output, color consistency, operating temperature, or dimming behavior. Buyers should compare complete datasheets rather than treating density as a substitute for brightness or quality information. If the strip will be visible directly, evaluate a sample in the intended setting when possible.
Before approving a product, ask the supplier for the technical parameters that affect both design and operation. Not every value is included in a product name, and some characteristics vary by color temperature, voltage, or customization. The following table is a practical checklist for a quotation or specification review.
| Specification | Why It Matters | What to Confirm |
|---|---|---|
| Power and light output | Determines electrical load and helps assess whether the strip can meet the design intent. | Watts per meter and lumens per meter for the exact configuration. |
| Color characteristics | Affects the appearance of materials and consistency between lighting zones. | Available color temperatures, CRI, and color consistency information. |
| Electrical requirements | Must match the driver, wiring plan, and installation length. | Rated voltage, current, recommended driver capacity, and dimming compatibility. |
| Physical dimensions | Determines whether the strip fits the extrusion or fixture. | PCB width, thickness, adhesive backing, and cut interval. |
| Operating conditions | Influences reliability and safe installation. | Permitted temperature range, thermal requirements, and protection options, if offered. |
For color-critical retail, hospitality, or display work, a buyer might set a project target such as CRI 90 or higher, then ask the supplier to confirm whether the requested configuration meets it. This is a procurement example, not a guaranteed specification of every 480 chips/m COB strip. Likewise, do not assume a particular wattage, lumen output, IP rating, or cut interval from the chip density. Obtain these values for the exact part number and production configuration.
A closely spaced COB strip can suit indoor linear lighting where a continuous visual line is preferred, such as cove details, cabinet lighting, shelves, display cases, and selected joinery features. It may also be considered for signage or fixture integration when the strip’s dimensions and optical output fit the design. In these applications, the smooth appearance can be as important as raw output. The designer should still check whether the strip is viewed directly or through a profile and diffuser.
For general or task lighting, compare measured light output and placement with the required illuminance; chip count alone cannot establish whether the space will be bright enough. For a long run, consider voltage drop, feed points, conductor sizing, and the driver arrangement with the installer or electrical designer. A metal profile may help with mechanical protection and heat management, but compatibility and thermal needs must be verified for the specific strip. In damp or exposed locations, confirm the required protection level instead of assuming an indoor strip is suitable.
ENTA Lighting supply professional and honest service.
Start by describing the visual and functional goal: a decorative line, task illumination, accent lighting, or a display feature. Specify the viewing distance, whether the light source is exposed, and whether a diffuser or aluminum profile will be used. Then identify target brightness, color temperature, color quality, and dimming needs. This gives suppliers a usable brief rather than asking them to recommend a product based on chip density alone.
Match the PCB width and thickness to the channel or fixture, and confirm the cut interval fits the planned layout. Ask for power and output data per meter, plus the rated voltage and recommended driver details. For longer installations, have the project team verify the allowable run length and wiring method for the actual load. Confirm that the dimmer, driver, and control system are compatible as a complete system.
When appearance or color consistency is important, request a sample in the intended color temperature and configuration. Review the supplier’s datasheet, labeling, packaging, and any relevant test or compliance documentation required for the destination market. Check that documents correspond to the quoted model rather than a similar-looking product. If the project has approval stages, agree in advance how sample approval and production changes will be managed.
The price of a 480 chips/m COB LED strip can depend on its electrical and optical configuration, PCB dimensions, materials, packaging, and order quantity. Custom color temperatures, special lengths, connectors, or protection options may affect the quotation and production process. Minimum order quantities and lead times are supplier- and specification-dependent, so they should be confirmed in writing for each inquiry. For an accurate comparison, ask every supplier to quote the same configuration and clearly list any exclusions.
Also consider the total sourcing requirement rather than comparing unit price alone. Ask whether the quotation includes the specified accessories, how the strip is packed, and what information is available for installation and incoming inspection. For repeat orders, confirm how the supplier identifies the approved configuration and handles change control. These details can reduce avoidable mismatches between samples, purchase orders, and delivered goods.
A reliable supplier should be able to clarify which specifications are standard and which require customization, while avoiding unsupported performance promises. Review the response for completeness and consistency, not only speed or price. If key data is missing, request clarification before finalizing the purchase order. This is especially important when multiple project stakeholders depend on the same approved part.
At ENTA Lighting, we support B2B buyers sourcing COB LED strips for indoor lighting by helping them define the required product configuration and compare it with the project brief. We can discuss application, dimensions, color requirements, electrical parameters, and the documentation needed for review. Exact availability, customization, MOQ, and lead time depend on the requested specification and should be confirmed during quotation. Sharing drawings, target quantities, and installation conditions helps us provide a more relevant response.
A 480 chips/m COB LED strip is worth considering when a dense, visually continuous linear light source is part of the design, but the density figure alone cannot confirm product fit. Define the application first, then compare light output, power, color quality, voltage, dimensions, thermal conditions, and controls. Request the datasheet and, where appearance matters, assess a sample in the intended profile or installation. To move forward, send ENTA Lighting your target application, required specifications, estimated quantity, and destination market so we can review the appropriate sourcing options with you.
Want more information on 480 Chips/m COB LED Strip? Feel free to contact us.