COB LED strips use innovative “Chip on Board” technology, where LED chips are directly connected to the flexible printed circuit board (FPCB) without the need for gold wire encapsulation, unlike traditional SMD LEDs. This design greatly enhances the reliability of the strip, as the gold wire is a common potential failure point in traditional LED strips.

The PCB design of COB strips are different from traditional SMD LED Strips’. It adopt a unique method: three chips are first connected in parallel to form a group, and these groups are then connected in series to create a continuous strip. This configuration ensures that even if one or two chips in a group fail, the rest of the strip remains lit, significantly improving the overall reliability and lifespan of the LED strip light.

COB LED Tapes feature a very high chip density, with up to 480 chips and more per meter. This high-density design not only ensures uniform light output but also enhances the overall performance and reliability of the strip. Even if individual chips fail, they do not significantly affect the overall effect of the light strip.

COB LED strips typically have stronger anti-static capabilities, which is especially important in dry climates or certain seasons. Additionally, many COB LED strips are designed with corrosion-resistant materials, effectively resisting the sulfidation process and extending the lifespan of the strip in harsh environments.

COB LED Strip Lighting could produce smooth and continuous light due to the high density of LED chips. This feature is particularly useful for applications where uniform light output is crucial, such as under-cabinet lighting, cove lighting, or any setting where the light source is visible. The seamless illumination of COB LED light strips eliminates the spotting inherent in other types of LED lighting, enhancing the aesthetic appeal of the space.

Despite the COB Strip’s high brightness and high density,their advanced technology enables them to saving more energy compared to traditional lighting solutions. This high energy efficiency not only reduces operational costs but also meets the modern demand for eco-friendly, energy-saving options. High-quality COB LED strips can achieve light efficacy of more than 100 Lm/W. This combination of durability and low energy consumption makes COB LED strips a cost-effective and sustainable lighting choice.

COB LED strips offer High color rendering, with a CRI (Color Rendering Index) often exceeding CRI 90. This means they can more accurately reproduce the true colors of objects. High color rendering is particularly important in certain applications, such as exhibitions,commercial displays, art galleries, and professional photography studios. By presenting colors more authentically, COB LED strips not only improve lighting quality but also provide greater opportunities for creating specific atmospheres and highlighting product features.

Another prominent advantage of COB LED strips is their high light density and High brightness. Each meter of the strip can accommodate up to 480 LED chips and above. This high-density arrangement not only increases the brightness output per unit length but also ensures that even if individual chips fail, it does not significantly affect the overall performance of the strip. The high light density makes COB LED strips an ideal choice for applications requiring high brightness, such as kitchen countertop lighting, cove lighting or step lighting in indoor environments.

The High Flexibility is a unique feature of COB LED Strips. The bending of the PCB will not damage the encapsulated LED chips. Therefore, COB LED makes it convenient to create curved LED screens, circular screens, and wavy screens. This makes them an ideal substrate for customized shaped screens in bars and nightclubs.

COB LED strips typically offer a wide beam angle of 180 degrees, ensuring that light is distributed broadly and evenly. This wide beam angle effectively reduces shadows and dark spots, creating a warmer and well-lit environment. This characteristic makes COB LED strips particularly suitable for applications requiring uniform illumination, such as display cases, bookshelves, or artwork lighting.

The superior heat dissipation performance of COB technology is another significant advantage. Since the LED chips are directly mounted on the substrate, heat can be more effectively dissipated, which not only improves the strip’s efficiency but also extends its lifespan. Effective heat management allows COB LED strip lights to operate stably at higher brightness levels for extended periods without encountering overheating issues.

One significant disadvantage of COB LED strips is the difficulty in maintaining color consistency across different batches, as they do not undergo the binning process commonly used in LED manufacturing. This lack of binning can result in slight variations in color temperature and hue, which become noticeable when integrating new segments into existing setups.

However, As technology development, our COB LED Strip Series maintains an SDCM (Standard Deviation of Color Matching) of less than 3 to ensure color consistency and avoid this issue.

Compared to some high-power traditional LED strips, COB LED strips may have lower light efficiency. Our high-quality COB LED strips can reach up to 100Lm/W, but they do not achieve the 190Lm/W same as our 2835 LED strip Series. They often produce less light per watt of energy consumed, which can be a drawback for applications requiring high light output. However, many users find that the superior light quality and uniformity provided by COB strips outweigh this limitation.

The production of High quality COB strips is generally more expensive than traditional SMD strips. This is due to the precise manufacturing processes and additional materials required for it. As a result, COB strips tend to be less accessible for budget-sensitive projects, limiting their market potential compared to lower-cost alternatives

In our view, there is no absolute “better” option, only what is more suitable for particular requirements. If you are looking for high uniformity, soft light effects, and have a higher budget, COB LED strips might be the better choice. On the other hand, if the budget is Top consideration and uniformity is less critical, SMD LED strips could be a suitable option. Ultimately, it depends on the project budget’s requirements and Light effect demands.

This is the most basic type of COB LED strips, designed to emit a single color of light. They are suitable for creating specific atmospheres or providing basic lighting, with common colors including warm white, cool white, and daylight,Blue, Green, Red, Yellow,Orange, Tiffany Blue,Marrs Green, and Plastic Pink.

This type of strip allows for adjustable Color Temperature (CCT), ranging from warm white to cool white. This feature makes them suitable for environments that require flexible adjustment of lighting color temperature, such as workspaces or multifunctional rooms.

RGB COB LED strips can produce multiple colors by mixing red, green, and blue primary colors. This type is suitable for creating dynamic lighting effects, often used in entertainment venues, stage performances, or spaces that require changing atmospheres.

RGBW strips add a white light chip to the RGB base. These advanced strips offer maximum color control flexibility, suitable for professional applications requiring precise color management.

This advanced COB LED strip Tapes allows for individual control of each segment on the strip, enabling complex lighting effects and animations. They are often used in creative lighting designs and interactive installations.

Designed for applications requiring long-distance continuous lighting, these strips can provide extended seamless light. They are ideal for large architectural projects, long corridors, or extensive outdoor lighting.

Custom-cuttable COB LED strips are designed to be cut at anywhere you need, offering more flexibility to fit different length requirements. This type is perfect for applications needing custom lengths, such as home decor or personalized projects.

High-quality COB LED strips typically have higher luminous efficiency >100Lm/W and high brightness. At the same power, the brightness of a high-quality strip will be significantly higher than that of a low-quality product. You can preliminarily judge the quality by comparing the brightness of different strips at the same power.

High-quality COB LED strips have stronger color rendering capabilities. you could judge the color quality if strip light are natural. Normally High-quality strips usually have a higher Color Rendering Index (CRI>90/95), accurately presenting the true colors of objects.

Carefully observe the uniformity of the strip’s light output. High-quality COB LED strips should maintain consistent brightness and color temperature along their entire length, without obvious brightness inconsistencies or color differences.Generally speaking, the SDCM data is <3

Check the substrate material of the strip. High-quality COB LED strips may use high conductivity FPC, The Best FPC Material quality is Polyimide with Rolled Cooper Roil,High conductivity. 2 ounce double sided Cooper FPC. These materials can help with better heat dissipation and stable performance.

Although price is not the only indicator, the cost of high-quality COB LED strips is usually higher than that of low-quality products. An excessively low price may indicate compromises in materials or workmanship.

COB Chip is the cord of Strip quality. Check the product’s brand information and certification marks. High quality COB Chip integrated advance encapsulation technology and quality Phosphor material. It can improve light effieicny and excellent colors, good heat dissipation and longer working life.

If possible, use professional equipment such as spectrometers or colorimeters to measure the strip’s spectral distribution, color temperature, and CRI. These data can more accurately reflect the quality of the strip

The installation of COB LED strips is relatively simple and can achieve an aesthetically pleasing lighting effect by following these steps.

Before starting the installation, gather all necessary materials and tools. This includes COB LED strips, a power adapter, a controller (if needed), and auxiliary tools such as scissors, tape, or mounting clips.

First, measure the required length of the strip according to the installation environment. Plan the installation location and route of the strip based on the actual situation on-site. This step is crucial for ensuring the aesthetic and functional outcome of the installation.

If you need to adjust the strip length, cut along the marked cutting lines on the COB LED strip. Be careful to cut only at the designated locations to avoid damaging the strip.

COB LED strips usually require DC power. Choose a suitable power adapter based on the strip’s specifications, with common voltages being 5V, 12V, and 24V. Ensure the power supply’s wattage is sufficient to support the entire length of the strip.

Choose an appropriate installation method. You can use mounting clips to secure the strip in place or use the double-sided tape on the back of the strip to stick it directly. For areas requiring curved installation, be careful not to exceed the strip’s minimum bending radius to avoid damaging the internal circuitry.

If you are using RGB or dimmable COB LED strips, you will need to install a corresponding controller. The controller is usually connected between the power supply and the strip to adjust the strip’s color or brightness.

During installation, pay attention to the connection distance between COB LED strips. Typically, the maximum length of a single connection should not exceed 20 meters to avoid voltage drop causing uneven brightness or overheating issues.

After completing the installation, turn on the power to test. Check if the strip works normally and if the color and brightness meet your expectations. If any issues are found, promptly adjust the connections or replace problematic parts.

Regularly check the working condition of the COB LED strip, ensuring solid connections and good heat dissipation. If cleaning is needed, disconnect the power first and gently wipe with a dry soft cloth, avoiding liquid cleaners.

By following these steps, you can successfully install COB LED strips and add beautiful lighting to your space. Remember, if you encounter any questions or difficulties during installation, it is best to consult a professional or refer to the product manual to ensure safety and effectiveness.

COB LED strips are popular for indoor decorative lighting in both residential and commercial spaces due to their uniform light output and flexible installation options. They can be used for ceiling contour lighting, wall corner accents, bookshelf backlighting, and more, creating a cozy, warm ambiance or a modern, stylish atmosphere.

Retail stores, exhibition halls, and museums often choose COB LED strips to highlight displays. Their high color rendering index (CRI) and even light distribution ensure that products or artworks are presented in the best possible light, capturing the attention of customers and visitors.

In the field of architectural lighting, COB LED strips have a wide range of applications. They can outline building contours, accentuate architectural features, or create dynamic lighting effects, adding unique nighttime appeal to structures. The flexibility of the strips allows them to adapt to various architectural forms, from modern minimalist designs to classical complex structures.

In offices, studios, or kitchens where high-quality task lighting is essential, COB LED strips provide high brightness and even light distribution. They can be installed under workbenches or cabinets to offer shadow-free lighting, reducing eye strain and improving work efficiency.

Automotive manufacturers increasingly use COB LED strips to enhance the ambiance and functionality of vehicle interiors. The strips can be installed around dashboards, door panels, or under seats, not only improving the aesthetic appeal but also increasing safety during night driving.

For stage performances and entertainment venues, the high brightness and adjustable color temperature of COB LED strips make them an ideal lighting choice. They can create dynamic lighting effects, enhancing the visual impact of performances. Additionally, their low heat output ensures that performers remain comfortable.