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LED light strips are by far the easiest and effective method to illuminate your house, workplace, factory, and other structures. They are small in size, flexible enough to fit into small locations, and use less energy than typical lighting sources. LED light strips have a lower carbon impact than conventional bulbs since they do not release heat. Furthermore, they do not produce any dangerous gases or toxins.
When searching for LED strip lights, you’ll note that they frequently have a four-digit number printed on the box or given in the product specification.
It’s most likely to be 2835, 3528, or 5050. (although there are other options too). What does that code signify, and how does it vary from the others?
Here’s a straightforward comparison of 5050 RGB led strip and 2835 led strip
The most popular LED light strips on the market right now are probably 5050 and 3528. You can use one or both of these strips to illuminate the entire project.
Simply explained, these LED chips are known as SMD 5050 since their dimensions are 5.0mm x 5.0mm. They feature three LEDs in one housing (also known as tri-chips) and are brighter than separate 3528 LED chips.
They are useful when you require a little amount of illumination for your project area, particularly RGB color-changing lights. In theory, when comparing the same number of chips, SMD 5050 LEDs may provide three times the light output of strips, and hence the 5050 LED is ideally suited for lighting up places that may be susceptible to high amounts of ambient light. However, because they are greater in size, there is a limit to how many can be placed onto the PCB. When utilizing the 5050s in this manner, there are certain brightness limitations.
Even while they generate more heat than smaller chips, it is still far lower than those produced by conventional lighting alternatives. These LEDs necessitate a thicker PCB to draw heat away from the chips.
The 5050 LEDs vary from the 3528 LEDs in that the 5050s may mix the three distinct chips to generate millions of color variants inside the housing.
While the 5050 chip may be utilized in single-color applications, we discovered that the 5050 LEDs are better for RGB applications and the 3528 SMD LEDs in high density are better for single-color applications.
The SMD 2835 is a relatively recent option on the LED market. Instyle LED has now thoroughly tested 2835 chips to ensure their dependability and efficiency.
The 2835 chip, which measures 2.8mm x 3.5mm, is currently exclusively available for white LEDs.
In actuality, 2835 SMDs are a more efficient substitute for the 5050, delivering 20% more light while requiring 20% less power. Based on 60 LEDs per meter, each 2835 SMD pulls 0.2w (a 5050 SMD pulls 24v ), for a total of roughly 12 watts per meter compared to 14.4w for the 5050 SMD. Because the 2835 SMD is smaller and doesn’t become as hot, it’s feasible to put up to 120 LEDs per meter – that’s is a 24v rgbw led strip per meter – for a total of 2600 lumens per meter!
Elstarled 2835 LED strip lights are placed on 2-ounce PCBs (10mm width) for improved heat dissipation, dependability, and longevity. As a result, this is a product for the future. We provide 12w and 24w p/m LED tapes in warm white, cool white, and bespoke white colors. We also have heat-shrink-coated splashproof IP65 and waterproof IP67 alternatives.
We believe that now that 2835 chips have had enough time to establish themselves, more users will convert to them from 5050 SMDs as they realize the benefits.
The four numerals on a light strip represent the size of the LED chips utilized, which are measured in millimeters.
The 2835 LED strip is essentially a strip with LED chips with dimensions of 28mm 35mm placed on it, whilst the 5050 LED strip is essentially a strip with LED chips with dimensions of 50mm 5050mm mounted on it.
The size of the chip influences the size of the diode that can be held by the chip, therefore a bigger diode can be brighter. It’s important to note that I stated “can” – it won’t always be that way.
While the Luma numbers were initially related with specific chip types (Luma5 was 3528, Luma10 was 5050, and Luma20 was 2835), as LED technology improved, these designations rapidly became obsolete. Our Luma designations, on the other hand, should always relate to the number of lumens per chip.
The 2835 SMDs, as noted above, may provide 360 to 720 lumens of light per meter of the light strip, depending on the LED density; however, the 5050 LED strip can create up to 1000 lumens per meter of light. This makes it ideal for illuminating bigger areas such as airports, hospitals, warehouses, and industries, among others.
Color-shifting 5050 strips are frequently available, allowing you to pick whatever color you desire with a remote or controller. 5050 chips are used in our Luma10 strips, which are available in single and multicolor variants. RGB stands for Red, Green, Blue, Yellow, White, Warm White.
Most LED strip manufacturers supply 2835 LED strip lights available in warm white, cool white, and custom white.
LED strip controllers make it simple to adjust the color, color temperature, and brightness of these strips.
SMD 5050 control choices include Fully Dimmable, CCT Control, and RGB Control.
SMD 2835 control choices include Fully Dimmable and CCT Control.
Beamwidth is defined as the point at which the light intensity drops to 50%. Incandescent light bulbs have a 360-degree beam angle, whereas ordinary LEDs are typically thought of as focussed point sources with beam angles ranging from 15 to 120 degrees. It is generally regulated by chip geometry and the form of the top-mounted focusing lens, which can be added later after the chip manufacturing process.
Applications for SMD 2835 include Feature Lighting, Task Lighting, High Ambient Lighting, Backlighting, Accent Lighting, and Under Table/Cabinet Lighting.
Task Lighting, RBG Lighting, High Ambient Lighting, Mood Lighting, Event Lighting, Indirect Lighting, Signage are all applications for SMD 5050.
LED light strips have simplified and improved the lighting of your areas. They are also a lot more efficient and environmentally responsible means of illuminating your room. All that remains is for you to choose the ideal LED light strip for your project. Elstarled got you covered. Browse our selection of LED lighting products and select the one that best meets your requirements. You can’t seem to find what you’re looking for? Don’t worry; we will custom LED strips to your exact specs. We also provide the greatest one-window operation, so you can purchase your LED light strips in quantity and effortlessly illuminate your complete project.