Based on a root font-size of pixel.
Are you tired of the hassle that comes with converting pixels to REM in your web designs? Look no further than our free and user-friendly PX to REM converter tool!
Our website offers a quick and easy solution to the problem of converting pixels to REM and vice versa. With just a few clicks, you can get the accurate equivalent value of any pixel in REM, making your web design process smoother and more efficient.
And the best part? Our tool is completely free! We believe that web design should be accessible to everyone, regardless of their financial status, which is why we offer this tool at no cost to our users.
Using our tool is a breeze. Simply enter the number of pixels you want to convert in the first field. The calculator will instantly display the equivalent value in REM in the second field.
But what if you need to convert in the opposite direction? No problem! Simply change the input field and the calculator will adjust accordingly.
As a web developer, you know the importance of using the right CSS units to ensure that your website is responsive and accessible across all devices. One of the key aspects of this is understanding the difference between EM and REM units.
While these units may seem similar, there are some key differences you should be aware of. EM is relative to the font-size of the element it's used in, while REM is relative to the root element.
This means that if you use EM units in nested elements, the size of the text can become increasingly small or large as you go deeper into the hierarchy. In contrast, REM units are always relative to the root element, ensuring consistency throughout the page.
If you prefer to compute REM values manually, you can use the following formula: rem = px / base font size.
For example, if your base font size is 16px, and you want to convert a value of 64px to REM, you can use the formula as follows:
rem = 64 / 16
rem = 4
So, the equivalent REM value for 64px is 4rem.
So why wait? Try out our tool today and take the first step towards smoother and more efficient web design!
| Pixel (px) | Rem (rem) | Description |
|---|---|---|
| 12px | 0.75rem | Typically used for small text or icons. |
| 14px | 0.875rem | Commonly used for body text. |
| 16px | 1rem | The default font size for most browsers. |
| 18px | 1.125rem | Used for subheadings or larger body text. |
| 20px | 1.25rem | Used for headings or larger text blocks. |
| 24px | 1.5rem | Used for large headings or section titles. |
| Pixel | Rem |
|---|---|
| 1px | 0.063rem |
| 2px | 0.125rem |
| 3px | 0.188rem |
| 4px | 0.250rem |
| 5px | 0.313rem |
| 6px | 0.375rem |
| 7px | 0.438rem |
| 8px | 0.500rem |
| 9px | 0.563rem |
| 10px | 0.625rem |
| 11px | 0.688rem |
| 12px | 0.750rem |
| 13px | 0.813rem |
| 14px | 0.875rem |
| 15px | 0.938rem |
| 16px | 1.000rem |
| 17px | 1.063rem |
| 18px | 1.125rem |
| 19px | 1.188rem |
| 20px | 1.250rem |
| 21px | 1.313rem |
| 22px | 1.375rem |
| 23px | 1.438rem |
| 24px | 1.500rem |
| 25px | 1.563rem |
| 26px | 1.625rem |
| 27px | 1.688rem |
| 28px | 1.750rem |
| 29px | 1.813rem |
| 30px | 1.875rem |
| 31px | 1.938rem |
| 32px | 2.000rem |
| 33px | 2.063rem |
| 34px | 2.125rem |
| 35px | 2.188rem |
| 36px | 2.250rem |
| 37px | 2.313rem |
| 38px | 2.375rem |
| 39px | 2.438rem |
| 40px | 2.500rem |
| 41px | 2.563rem |
| 42px | 2.625rem |
| 43px | 2.688rem |
| 44px | 2.750rem |
| 45px | 2.813rem |
| 46px | 2.875rem |
| 47px | 2.938rem |
| 48px | 3.000rem |
| 49px | 3.063rem |
| 50px | 3.125rem |
| 51px | 3.188rem |
| 52px | 3.250rem |
| 53px | 3.313rem |
| 54px | 3.375rem |
| 55px | 3.438rem |
| 56px | 3.500rem |
| 57px | 3.563rem |
| 58px | 3.625rem |
| 59px | 3.688rem |
| 60px | 3.750rem |
| 61px | 3.813rem |
| 62px | 3.875rem |
| 63px | 3.938rem |
| 64px | 4.000rem |
| 65px | 4.063rem |
| 66px | 4.125rem |
| 67px | 4.188rem |
| 68px | 4.250rem |
| 69px | 4.313rem |
| 70px | 4.375rem |
| 71px | 4.438rem |
| 72px | 4.500rem |
| 73px | 4.563rem |
| 74px | 4.625rem |
| 75px | 4.688rem |
| 76px | 4.750rem |
| 77px | 4.813rem |
| 78px | 4.875rem |
| 79px | 4.938rem |
| 80px | 5.000rem |
| 81px | 5.063rem |
| 82px | 5.125rem |
| 83px | 5.188rem |
| 84px | 5.250rem |
| 85px | 5.313rem |
| 86px | 5.375rem |
| 87px | 5.438rem |
| 88px | 5.500rem |
| 89px | 5.563rem |
| 90px | 5.625rem |
| 91px | 5.688rem |
| 92px | 5.750rem |
| 93px | 5.813rem |
| 94px | 5.875rem |
| 95px | 5.938rem |
| 96px | 6.000rem |
| 97px | 6.063rem |
| 98px | 6.125rem |
| 99px | 6.188rem |
| 100px | 6.250rem |
When it comes to web designing, choosing the right unit of measurement for your designs is crucial. For many years, designers have relied on pixels (px) as the go-to unit for measuring and defining the size of elements on a web page. However, with the rise of responsive web design, accessibility, and user preferences, using Rem units may be a better option.
Pixels are an absolute unit, meaning that they are based on the physical size of the screen. One pixel is equal to one dot on the screen, and the size of that dot is determined by the resolution of the screen.
Rem stands for "root em" and is a relative unit of measurement that is based on the font-size of the root element of the document. This means that if the font-size of the root element is set to 16px, 1rem is equal to 16px. If the font-size is changed to 20px, 1rem becomes 20px. Unlike pixels, Rem units are scalable and change based on the user's device and preferences.
One of the main advantages of using Rem units is accessibility. By using Rem units, you can ensure that your web designs are accessible to everyone, regardless of their visual abilities or preferences. Users who need to increase the font size of your website can do so without affecting the layout of the page.
Another advantage of using Rem units is responsiveness. With the increasing number of devices and screen sizes available, it's important to create designs that can adapt to different devices and resolutions. By using Rem units, you can create designs that are flexible and responsive, and that look great on all devices, from desktops to mobile phones.
Using Rem units also ensures consistency across your designs. Because Rem units are based on the root font size. They remain consistent throughout your design, regardless of the element or device. This means that you can ensure that your designs are uniform and that elements are aligned correctly.
Using Rem units in web designing is relatively easy. Instead of defining the size of your elements in pixels, you can use Rem units. For example, instead of defining the font-size of a paragraph as 16px, you can define it as 1rem.
In Figma, you can set the font-size of your elements in Rem units by clicking on the "px" dropdown menu in the properties panel and selecting "rem." You can also use the formula "font-size: x / y rem" in your CSS to define the font-size of your elements in Rem units.
We would recommend using Rem units in web designing when you want to ensure that your designs are accessible and responsive across different devices and user preferences.
For example, if you want to ensure that the font size of your text remains consistent across different devices and user preferences, you can use Rem units to set the font size. This is because Rem units are relative to the root font size, which can be easily adjusted using CSS media queries.
Fixed Size: Using px means that you can set a precise size for elements on your webpage.
Compatibility: Px works well on all browsers and devices, so your webpage will look the same across platforms.
Not Scalable: Px is not scalable, which means that the size of elements will remain fixed even if the user zooms in or out or changes the font size. This can make it harder for some users to read the text.
Limited Flexibility: The fixed size of elements can make it challenging to adapt the design to different screen sizes.
Scalable: Rem is scalable, so the size of elements adjusts based on the user's font size or zoom level.
Flexibility: Rem provides greater design flexibility because elements are relative to the root font size, making it easier to adapt to different screen sizes.
Inconsistency: Different devices have different default font sizes, which can cause elements to appear differently on various devices.
Learning Curve: It may take some time to get used to using a relative unit of measurement like rem, making it more challenging to use than px.