RGB vs RGBW vs RGBWW LED Strips - What's the Difference?
RGBWW is similar to RGBW in its construction but has one major difference that sets them apart. This difference is the addition of a 2nd white LED chip that contributes a warm white color instead of the regular cool white present in RGBW.
It is easy to tell them apart visually by the two different colored LED chips present in RGBWW. This happens because the regular white from RGBW is a more yellow color compared to the RGBWW LED chips due to the RGBWW chips having more phosphor added to them to make the white light warmer.
The difference between RGB and RGBW is the addition of white LEDs in the LED chips present in RGBW strips. While this allows for a cleaner source of white light it also allows for an even wider variety of unique color shadings due to the increased color depth the additional white LEDs bring.
Is this however needed most of the time? It mostly depends on the application and what purpose the LED strip is supposed to have, however in most scenarios it is not necessary.
When using colored LED strips for applications such as decorations or accent lighting it is not usually necessary to have a high-quality white light, since the main attraction of RGB-based lighting is the different color options anyway. Despite this though, if there is a lot of weight put on there being many different shading options it could be wise to opt for RGBW light strips.
From an economical standpoint, it could however be wise to instead opt for regular RGB strips, since they are a bit cheaper than RGBW strips due to their less complicated construction. Regular RGB strips are therefore usually more cost-efficient if the requirements for high-quality lighting aren’t unusually high.
As mentioned, the difference between RGBW and RGBWW is that there is additional warm white LED chips along the RGBWW strip as opposed to the RGBW strips which only have one kind of LED chip running along it.
For almost every normal instance there is no reason to use RGBWW over RGBW. This is because the ability to change between different shades/temperatures of white isn’t necessary in a large majority of the cases.
This function is mostly used in commercial buildings where human comfort is a big priority, as they are used to replicate the natural lighting changes the sun goes through during the day. This is because humans are biologically programmed to function with the signals that the sun gives us and when sitting inside all day in buildings like offices it is simply not possible to get sunlight all of the time.
Before you go!
It seems like there’s a new type of RGB that comes out every month. What used to be a simple choice between a few types of LED light is now an endless list full of options.
Are any of these RGB lights even different? We’re going to go over all of the details and make sure that oh, by the end of this article, you are an expert on RGB lighting.
RGB are your standard LED lights that are capable of producing over 16 million colors and a very limited type of white light. Other types of RGB LED lights (including RGB-W, RGB-WW, RGB-CW and more) have enhanced features built around an ability to create more nuanced shades of white light.
Keep reading to learn more about LED color science and all the different types of LED lights you can get for your smart home.
Let’s Start With the Basics: What are Smart LED Light Strips?
Smart LED light strips are one of the most interesting options when it comes to light in your home. These light strips allow you to truly customize how your home’s lighting looks.
Depending on the manufacturer, you can use smart LED light strips to do anything from under cabinet lighting to adding safety lighting to staircases and furniture at night:
Smart LED light strips can either be plugged into a conventional outlet or they can be connected together to run over longer distances. You can control these LED lights with an app on your phone just like you could any other smart LED light.
You may have seen me say “LED” a lot – this stands for light emitting diode, and it refers to small electronic components that can produce light. LEDs exist in many types of lighting, both smart and “dumb” lights:
However the way that the LEDs are configured are especially important for LED light strips, which is why we focus more on light strips in this article. You can read more about general smart light bulbs in my article which explores the three types of Hue light bulbs.
Before we talk about the different types of RGB lighting, we need to talk about the two main types of LED light strips.
Analogue and Digital LED Light Strips
There are two main types of LED light strips. These are known as analog and digital.
Analog light strips have one chip for the entire light strip. These LEDs are connected together in a series and they are all controlled as one. This type of LED light strip is typically more affordable, but it has a more limited range of lighting options. Since all of the lights have to be the same color at the same time, analog LED light strips can’t have more intricate lighting options.
Digital LED light strips are the other side of the equation. Each LED in these light strips has its own chip attached to it. This allows each LED to be independently controlled. This allows you to sequence lighting as well as have a much finer control over lighting effects and color options.
This concept is shown more in one of my YouTube videos, which covers the Philips Hue Lab formulas:
The last thing that we need to touch on before we can talk about the different types of RGB LED light strips is color temperature.
Color Temperature 101
Color temperature is how we measure the color of white light. Yes, we know, it sounds a little strange to talk about the different colors that white light can produce. However, once you see a color temperature chart you won’t be able to unsee it:
Color temperature is measured in kelvin. The color temperature scale goes from 1,000 to 10,000. 1,000 is somewhere around the color of light produced by a dim candle while 10,000 is a bright Blue Sky.
Different types of LED lights can produce a different color temperature of white light. There are even LED lights that can change the color temperature of white light that they produce:
These are particularly useful for photographers and videographers who need to have a fine-tuned control over their lighting.
Now, let’s take a look at the different types of RGB LEDs.
Different Types of RGB LED Light Strips
You’re in for a surprise if you thought there was only one type of RGB LED light. There’s actually a wide range of options when it comes to LED lights. You are a few of the most common types of RGB lights.
These are your bread-and-butter RGB lights. Each diode has the ability to generate red, green, or blue light. It can also generate different values of these lights at the same time. Your standard RGB diode will be able to produce around 16 million different colors.
I list every single different color that can be produced below…
Just kidding. The 16 million different color choices are often depicted through a color wheel within a smart light app:
That might sound like a lot, but there are limitations to your standard RGB light – three of which are explored below.
Limitation 1 – RGB and White Light
The most notable limitation is that these ‘RGB’ lights aren’t that good at producing white light. Your standard RGB LED strip can produce white light, but it’s a very limited and crude type of white light. This LED light produces this kind of white light by cranking up red, green, and blue lights all at the same time. This is much harsher than a dedicated white light would be able to produce.
RGB lights are also bad at producing pigment colors.
Limitation 2 – RGB LEDs and Pigment Colors
In the world of color science, there’s a subcategory of colors known as pigment colors. Brown and pink are two great examples of colors that appear only as pigments. A pigment color is achieved by creating a chemical that absorbs a particular wavelength of light and only lets one wavelength reflect back. A brown color pigment will absorb every wavelength of light besides those needed to create brown as a color.
RGB lights cannot produce color pigments.They might be able to produce colors that are similar to certain pigment colors. You can imagine a light magenta or a very light red that can get close to pink. However, certain colors like brown are almost impossible to achieve with RGB lighting alone.
There is another set of colors that RGB lights struggled to produce.
RGB lights operate in what is known as the color triangle. The triangle is made out of red, green, and blue with all of the intersecting points creating over 16 million different colors. However, there are colors that exist outside of this triangle.
There are different standards for the RGB colorspace. However, there are a few colors that typically fall outside of any given RGB triangle. These can include intensely bright greens, bright magentas, and different shades of cyan.
The standard RGB LED lights are going to struggle to produce these colors.
Now that we know all the basics of your standard RGB light, we can take a look at a few of the more specific kinds of RGB LED.
RGB-W is the basic step up from your standard smart lights.
There are two configurations for RGB-W. The first is taking the standard RGB LED and adding a white light emitting diode within the RGB node and the second is created by adding a separate white emitting diode that is connected into the LED light itself. Both approaches wind up having the same effect.
The RGB-W LED light is able to produce cleaner shades of white. These whites are more brilliant and have a more accurate color temperature. RGB-W lights tend to have very bright white’s that are above 5,000 Kelvin.
The addition of a white light emitting diode also improves the RGB colors. Colors will look brighter and more vibrant with the addition of the white light emitting diode. As an added bonus, transitioning between colors will appear almost seamless thanks to that additional white light diode.
We know what you’re thinking, the RGB-WW light has two white nodes instead of just one, right?
That’s not quite the case with RGB-WW LED lights. The naming convention here is just a little bit inconsistent.
RGB-WW lights have the same configuration as RGB-W lights. However, RGB-WW lights have a white light node that is capable of producing warmer shades of light. These white LED nodes produce color temperatures 5,000 Kelvin and lower.
This allows these LED lights to produce warmer shades of white. It also improves the RGB colorspace by making color light richer and giving it more texture.
Now we’re talking. The RGB-CW light gives us the best of every world when it comes to RGB LED lighting.
Unlike the RGB-WW light, the RGB-CW light has an acronym that actually makes sense. The CW in the name of this light stands for “cool / warm.”
This means that these RGB LED lights contain both a cool and a warm white LED node. What advantages does this give the smart home lighting enthusiast?
You’ll find that the RGB-CW lights are some of the best out there when it comes to light in your home. The big advantage here is that you can select the color temperature that you want your lights to be. While the other two types of LED lighting are locked into either cool or warm color temperatures, these lights can change their call the temperature anywhere along the Kelvin scale.
This is what Philips Hue’s lightstrips offer – they contain groups of three diodes: one is a three-in-one (RGB), the other is warm-white and the other is cool-white:
This allows you to turn on a bright blue sky color temperature during the day or switch to warmer colored lights when it’s time to relax in the evening.
This also gives you both benefits when it comes to how warm and cool lighting improves our RGB colored lights.
This is a different standard for RGB lighting that manages white light in a slightly different way to normal. It does this in two ways – via the LED configuration, and software management too.
In terms of the LEDs, they contains two white light emitting diodes with a color temperature range between 2,700K and 5,600K.
The “CCT” stands for “Correlated Color Temperature” and that just means you’ll be able to switch between two different color temperatures, and this is where the software management comes in.
Some cheaper RGBW smart lights have a separate control wheel for color and white, meaning that you sometimes need to choose your color, and then separately you can switch to manage the white color temperature:
RGB-CCT makes things more seamless by allowing you to choose a nice ‘bluey white’ or ‘solid’ yellow within the same color wheel, without worrying about managing the color and temperature separately.
The last kind of LED we are going to talk about on our list today is an interesting addition to the RGB LED world.
The RGBIC returns us to the world of consistent and understandable acronyms. The “IC” stands for “Independent Control.”
RGBIC LED lights have an independent control chip built right into the LED strip. This allows them to have a much finer control over their colors as well as special effects. The one big trade off these LED lights come with is that these led strips cannot be cut. Cutting these led strips would break the circuit of the independent control chip and cause the LED light to fail.
RGBIC LED lights are a great option for people who are looking for a more dynamic and energetic LED lighting system.
Thanks for reading this article, I hope you found it useful. Please subscribe to my YouTube channel for all the latest smart home tips, tricks and updates.
Also be sure to check out the 13 smart home products that I most recommend to people. I’ve used and tested many smart products over the years, and these top 13 are quality products that are definitely worth checking out.Sours: https://www.smarthomepoint.com/rgb-rgbcct-rgbw-explained/
What is RGB, RGBW, RGBIC, RGBCCT Strip Light?
What are the differences between RGB, RGBW, RGBWW, RGBIC, and RGBCCT strip lights? Here is an all-included strip lights comparison guide for you to learn the types of LED strip lights.
RGB LED Strip Light
To understand what RGBLED strip light is, you should learn the meaning of RGB first. RGB is the process of rendering colors by using red, green, and blue. RGB has a range of 0-255 for red, green, and blue separately. It means RGB color mixing can create 16,777,216 colors (255*255*255).
RGB LED strip lights use 3-in-1 chips (red, green, and blue), which generate over 16 million colors theoretically. But RGB LED strip lights are difficult to produce some colors.
Smart RGB LED strips, also known as color-changing strip lights, offer hundreds of color options. For more color options, RGB LED strip lights have a DIY color feature for choosing your preferred color.
Summary: RGB LED strip lights are universal because people can cut, change colors, and remote control the LED strips.
RGBW LED Strip Light
RGBW (RGB + White) LED strip uses a 4-in-1 LED chip made up of red, green, blue, and white. RGBW strip light adds an extra white chip into the color mix. RGBW strip light has the same features as RGB strip light, such as customize colors, can be cut, remote control, etc.
Why do some people want an extra white chip? They desire a purer white tone and brighter color. RGBW LED strips are expensive since they contain a different chip and provide more refined colors.
RGBWW LED Strip Light
RGBWW (RGB + White + Warm White) LED strip uses either a 5-in-1 LED chip with red, green, blue, white, and warm white for color mixing. The only difference between RGBW and RGBWW is the intensity of the white color.
RGB light strip with extra warm white will create more of a softer yellow-white. It is suitable for decorating a cozy space like a bedroom.
RGBIC LED Strip Light
RGBIC (RGB + built-in Independent Chip) strip light is a higher level of the RGB strip light. It has the same color options, over 16 million colors, like RGB and RGBW strip light. RGBIC LED strip lights' built-in independent chip could display a rainbow-like lighting effect.
Summary: RGBIC LED strip light is a utility home improvement. It can display various colors simultaneously. However, it cannot be cut like regular RGB strip lights. And RGBIC strip light is more expensive than RGB and RGBW strip light.
RGBCCT LED Strip Light
The term RGBCCT consists of RGB and CCT. CCT (Correlated Color Temperature) means that the color temperature of the led strip light can be adjusted to change between warm white and white. Thus, RGBWW strip light is another name of RGBCCT strip. Please go to the RGBWW strip light part whenever you want to get to know the features.
RGBCW LED Strip Light
RGBCW is the acronym for Red, Green, Blue, Cold, and Warm. These 5-in-1 chips are used in supper bright smart LED lighting products, including LED light strips, color-changing lamps, smart LED bulbs, and outdoor smart lights.
RGBCW strip light can control not only the color but also the warmth of the white light. A cold light might be good for replicating daylight, while a softer, warmer light creates a cozy mood.
Related: How to Install LED Strip Lights
RGB vs. RGBW vs. RGBIC LED Strip Light
RGB, RGBW, and RGBIC are commonly discussed on the internet. You can refer to the simple comparison between the strip lights if you are finding their differences.
RGB Strip Lights
RGBW Strip Lights
RGBIC Strip Lights
3-in-1 chip + built-in IC
RGBIC strip can display multiple colors on one strip light at the same time. RGB, on the other hand, can only display one color at a time.
You may be considering which strip light you should buy. That depends on your budget and lighting requirement. RGB and RGBW LED strips are cheaper and can meet most lighting requirements. If you have enough budget and require special color effects, RGBIC strip is the best option.
Get more tips and ideas >>Sours: https://www.ecolorled.com
RGBWW is Red Green Blue Warm-White
The only difference is the intensity of the white. Warm White will more of a softer yellow white comparable to what most people use in their homes. Just White is more along the lines of a florescent white like you see in stores, a whiter white.
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(W) just means "white", but by convention and history of these devices, simply W has come to mean "cool white" (blue-ish, 5000K white like on those annoying SUV headlights).… see more (WW) means "warm white", a white whose color temperature is around 2700-3000 (same as incandescents , and "most" of the "better" LED bulbs do).
(W) just means "white", but by convention and history of these devices, simply W has come to mean "cool white" (blue-ish, 5000K white like on those annoying SUV headlights).
If you want to know WHY this naming convention exists (as in "why didn't they just say "CW" for cool white), it is because in the beginning, ALL of the first white LEDs were "cool", so there was no need for the distinction. When warmer LEDs arrived, it was too late to rename the old convention. see less (WW) means "warm white", a white whose color temperature is around 2700-3000 (same as incandescents , and "most" of the "better" LED bulbs do).
(W) just means "white", but by convention and history of these devices, simply W has come to mean "cool white" (blue-ish, 5000K white like on those annoying SUV headlights).
If you want to know WHY this naming convention exists (as in "why didn't they just say "CW" for cool white), it is because in the beginning, ALL of the first white LEDs were "cool", so there was no need for the distinction. When warmer LEDs arrived, it was too late to rename the old convention.
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Vs rgbww rgbic
Buying smart LED strip lights can be an unexpectedly difficult task. On the Govee website alone, there are 5 different products listed under “indoor strip lights.” And this doesn’t include different length options. And they are all called Strip Lights! The difference between them is that some are RGB strips, and some are RGBIC strips. But what does that mean?
RGB strip lights can only be one color at a time. The individual bulbs on an RGBIC light strip can be different colors at the same time. RGB strips can be cut while RGBIC strips cannot. RGBIC strips are brighter. RGBIC strip lights are a trademark product from Govee. But do you need them?
RGB strips and RGBIC strips both have distinct advantages. They also both have some disadvantages. You have to be aware of both pros and cons to choose the right option. In this article, I discuss the differences between the two types of strip light. Hopefully, this will help you make an informed decision.
What Are RGB And RGBIC Strip Lights?
RGB stands for red, green, and blue. The LED bulbs on an RGB light strip can only shine in one color at a time. For example, all the lights will be blue at once, or all the lights will be green at once. RGBIC strip lights can shine in many different colors at the same time. This is because they have a special chip. The terminology gets a little confusing though.
An RGBIC strip light is a light strip from Govee. RGBIC light strips have an IC chip on them, which stands for independent control. Govee has trademarked the IC (independent control) chip technology on these strips.
Honestly, they could have picked another name. This one could cause a lot of confusion because the term IC chip is actually already taken.
The term IC chip has been used in electronics for decades. It stands for Integrated Circuit.
An Integrated Circuit is an electronic circuit that is built into a small silicon square. An IC chip combines many transistors (and capacitors, resistors, and diodes) in a single chip. There are many different shapes and sizes of Integrated Circuit chips. They are used in all sorts of electronic devices, from computers to modems.
In fact, many LED light strips have integrated circuit chips on them. These allow light strips to be addressable. This means that the different LED lamps on the strip can shine different colors at the same time.
You don’t need to worry about integrated circuit chips unless you want to join two addressable strips. If the two strips have different IC chips, you won’t be able to connect them successfully.
The IC (independent control) chip in RGBIC strip lights can create many light effects. This is what it was designed for.
Now that we’ve cleared that up, here are the differences between RGB and RGBIC strip lights.
1. RGB Strip Lights Can Be Cut, RGBIC Strip Lights Cannot.
The IC (independent control) chip on the RGBIC strip light is programmed to control a set number of bulbs. If the strip is cut, it will no longer function. So you are limited in where you can place an RGBIC strip light.
RGB strip lights, on the other hand, have markings on the back that show where you should cut them. This is a definite advantage because you can fit a strip light into more spaces.
2. RGBIC Strip Lights Can Create More Lighting Effects Than RGB Strip Lights
The IC (independent control) chip on the RGBIC strip allows the LEDs on the strip to shine different colors. For example, one section of the strip can be pink while the other section can be blue. This can create many cool lighting effects.
One popular way of using this feature is by connecting the strip light to your sound system. As you play music, the lights change color in response to the vibrations.
You can also link an RGBIC strip light to your TV so that the strip shines in the same colors as on your screen. If the strip is stuck to the back of your TV, this creates a cool effect on the wall behind your TV.
All the LEDs on a non-addressable RGB strip light will shine the same color at the same time. This limits RGB strip lights in terms of potential effects.
You should take note that you also get addressable RGB strip lights. This means that sections of the strip can shine in different colors at the same time. This is not the exact same technology as the Govee IC (independent control) chip. But the effects can be very similar.
3. RGBIC Light Strips Are Brighter Than RGB Strips.
RGB light strips are not necessarily dull. At maximum brightness, they are usually more than sufficient for your needs.
But RGBIC light strips are ultra bright. They may be too bright for some uses. For example, even at the minimum brightness, they are too bright to be used as a night light.
4. RGBIC Light Strips Are More Expensive Than RGB Strips – Usually.
When comparing light strips from the same brand, an RGBIC light strip will be more expensive.
The 16.4 ft Govee RGBIC strip light costs around $40, while the RGB equivalent costs about $25. The difference isn’t huge, though it may add up if you want to buy multiple strips.
Then again, Govee light strips are known for being affordable.
The Philips Hue Lightstrip, which is RGB, costs about twice as much as the Govee RGBIC strip.
The cost difference is thus relative, depending on which brands you are comparing.
10 Lighting effects with addressable light strips (explained).
There are many different effects you can achieve with addressable lighting strips. These effects can also be created with RGBIC lights.
A flashing effect occurs when lights turn on and off quickly. Lights can flash in different colors or the same color.
If you would like to find out How To Make Your Smart Lights Flash and all the cool things you can do, see this in-depth article.
A chasing effect is achieved by adjacent light bulbs turning on and off quickly. It creates the illusion that the light is moving along the strip. You can make it look like different light colors are moving along a strip continuously.
A jumping effect refers to quick changes in color. Unlike when flashing, the light does not turn off between color changes.
4. Horse racing effect
In lighting, a horse racing effect is when a light strip shines in many different colors at the same time. It looks like the colors are moving along the strip. This is because the different sections of the strip keep changing color.
For example, section 1 may be green, section 2 yellow, section 3 orange, section 4 pink, and section 5 blue. In a few seconds, section 1 may be purple, section 2 green, section 3 yellow, section 4 orange, and section 5 pink.
There are different versions of the horse racing effect:
5. Clockwise horse racing
The colors look as if they are moving clockwise.
6. Counterclockwise horse racing
The colors look as if they are moving counter-clockwise.
7. Monochrome horse racing
The strip is one color and then a second color moves in, replacing the first color.
8. Single chasing from head to tail
In this effect, only one section of lights shines at a time. The rest of the strip does not shine. So it looks like a single light is moving along the strip.
9. Other effects
You can also simulate effects like flowing water and lightning.
Do I need an RGBIC strip light?
In most cases, RGBIC strip light is unnecessary. However, if you love bright, colorful lighting effects, it may be for you. If you want to buy a strip light for underneath your kitchen cabinet or as a night light, don’t buy an RGBIC strip. If you only want to use the strip light to illuminate a surface, RGBIC is overkill.
But if you want to create a party scene, or are into colorful effects in your gaming room, RGBIC is for you. The bright colors will make you happy.
RGBIC lights may also be a good option for holiday lighting. The chasing effect in particular can create a beautiful Christmas atmosphere.
Just make sure that you buy an outdoor version of the strip lights if you want to hang them up outside.
Which RGBIC strip lights should I buy?
If you have decided that RGBIC strip lights are the right choice for you, you have a few options.
RGBIC Strip Lights from Govee:
Govee has produced several different indoor RGBIC strip lights. The technology is the same in all of them. They differ in their length and how they are controlled.
Here is a short description of the different Govee RGBIC strip light models:
H6144: 16.4 ft long. Can be controlled using Alexa, Google, Siri (and other apps), and Bluetooth Phone Control. Costs about $40.
H6144: 32.8 ft long. Can be controlled using Alexa, Google, Siri (and other apps), and Bluetooth Phone Control. Costs about $60.
H6147: 65.6 ft long (comes in two chains that can be connected in the middle). Can be controlled using the Govee app, the control box, or via Bluetooth with a remote. Costs about $66.
H6146: 32.8 ft long (comes in two 16.4 ft chains that can be connected in the middle). Can be controlled using the Govee app, the control box, or via Bluetooth with a remote. Costs about $50.
As I mentioned above, RGBIC is a Govee trademarked technology. That being said, there are a few RGBIC products that are sold on Amazon from other brands.
The Multicolor Kasa Smart Light Strip is advertised on Amazon as an RGBIC light strip. However, this is incorrect. This strip has addressable color zones, but it can also be cut. On the Kasa Smart website, the light strip is not advertised as RGBIC.
Minger RGBIC Strip Lights have RGBIC technology. The Minger brand is actually owned by Govee, so it makes sense that they make use of this technology.
The Lepro MagicColor LED Strip Lights have RGBIC technology. But they cannot be controlled with an app on your phone.
Alternatives to the Govee RGBIC Light strip
Other brands have produced similar strip lights with addressable LEDs. These are not advertised as RGBIC light strips, but you can achieve many of the same effects.
Philips Hue Play Gradient Lightstrip
The Gradient Lightstrip is available in 55 inches, 65 inches, and 75 inches. Based on the length, it costs from $200 to $240. It cannot be cut.
Honestly, for that price, I would stay away from this option.
Home Streamliner’s Take
I would be lying if I said that bright flashing or chasing color lights are my thing. I’m a lot more partial to a soft, warm white light in my home.
But each to their own, and if bright colors and flashing lights are your thing, an RGBIC strip light was made for you!
I would stick to the Govee light strips if possible. Their affordability eliminates all other contenders in my opinion.
If you found this article helpful, please let us know by voting, cheering us on, and sharing it with friends and colleagues.
Difference between RGB and RGBIC lights?
Govee Smart has plenty of products. So what is the difference between RGB strip lights and RGBIC strip lights? Which is better? RGB or RGBIC?
Difference and Pros and cons
Both the RGB and RCBIV LED strips from Govee Smart Lights are exceptional and affordable products. However, they differ significantly, and both present their strengths.
You cannot achieve some things with an RGBIC strip that can be done with an RGB one. And vice versa.
Like for example, cutting the strip...
Can you cut Govee LED Lights?
Yes. To cut Govee Lights, you will need to make sure you have the right type of LED Strip. RGB LED Strips can be cut. This is because they do not contain an IC chip.
Meaning they can be cut in certain areas and will continue to work. However, they are also the type of lights that cannot be multiple colors at once.
On the other hand, the RGBIC Strips can't be cut simply because they have an IC chip, and the lights will not work if you cut it.
Therefore, you will not find cutting lines along this particular model.
I have personally reviewed a Govee Smart Light RGB LED Strip and have loved it. Though you cannot have access to some features included with the RGBIC.
The RGB LED strip can be cut into smaller portions, which is excellent for installing in such places where you can go around corners or chop the excess off.
The brightness at night is impressive, and even at 1%, it still lights up a room.
It was a great add-on to my room as I placed it under my bed. And for young kids, this can totally be a fun nightlight to have!
It is cuttable because it does not contain an IC chip, but it also means that the strip can only stay in one color at a time. Other LED strips can range in color and have an Ombre effect.
Though bright, it is not as radiant as an RGBIC strip, which is not as potent and can light up a room way better.
The RGBIC is a new technology to display the colors and can make a room pop! One strip can be multiple colors and blend together.
All thanks to the IC or Independent Control chip that gives you the power to display multiple colors in one light strip at the same time. And you can gain control of each segment's color.
It is also "Ultra- Bright" and leaves RGB in the dust when it comes to its brightness.
However, you won't be able to leave it overnight for a nightlight, for example, as it will be way to bright.
Though the different colors in the RGBIC strip can be fun, it also means it cannot be cut. Therefore, it can be harder to install in walls in which you cannot utilize a clipping connector.
The bottom line
Whether you pick the RGB or RCBIV LED strips from Govee Smart Lights, you are going to receive both a quality product and have a lot of fun with either.
Keep in mind that both have their pros and cons, but that should not spot you from purchasing either. Especially because they are inexpensive.
So much so, you might buy one of each and not reach the price point of other brands.
Which LED type would you want to get? RGB or RGBIC? Let us know below?
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