116.4 KB (78.3% reduction)
JPEG, also shortened to JPG, is a popular file format for storing photos and other types of images. With over a trillion photos being taken each year, that is a huge amount of data. Fortunately, you can compress this format using "lossy" compression, which removes some data from the image, and can reduce its file size considerably. Any quality setting above around 75 should not affect how the image is viewed. The reduction in quality will barely be noticeable. This in turn, means less Internet bandwidth usage, less storage requirements, and faster transfers.
A lower quality setting will make the photo size much smaller, though will also degrade the image. This can be useful when speed/storage space is more important than quality (for journalists in the field, for example).
The next setting allows you to resize the image, on top of the above optimizations. Select a percentage value, and the image dimensions will be reduced accordingly, while keeping the aspect ratio intact.
The metadata in an image stores information about the image, that typically include what camera or software was used to creat it, the settings, and even the name of the creator. In some cases, it may be desirable to remove this information, resulting in an even smaller size.
This website provides an interface to do this conversion, resulting in much smaller, and faster images. For website developers, optimizing images with a quality setting of 80 to 85 will pass most speech checkers, for example Google's PageSpeed Insights.
To reduce your image, simply click the "Select an image to resize" button. And then click "Resize". You will see the size savings, and a button to download the optimized JPEG. We recommend a quality setting of 85. This will result in smaller images without noticeable quality loss.
Here are some additional tips to help you better utilize your photos and images online:
Today's smartphone, point and shoot, and professional DSLR cameras typically capture photos at a resolution so high that only the biggest and highest quality displays can handle them. It is tempting and often more convenient to shoot your photos at the highest resolution, and directly upload them to your website or any other online resource. However, online images are usually loaded into fixed dimensions that are tiny compared to the shooting resolution. Such scaled images will really slow down loading of the websites displaying them.
For best speed, resize your images to match the displayed dimensions as closely as possible.
Make sure your images use the correct aspect ratio. This will ensure that they aren't stretched, or compressed in any direction. For example, a photo shot at 16:9 ratio (wide landscape or full-HD), but displayed in a square, will look compressed from both sides.
This is also useful for printing. Many printers will print in one of the standard aspect ratios. Non-standard ratio photos will get cropped, either from the top, or from the sides.
After using this tool, or any other image manipulation software, your photo may look bland, or show different colors. This is usually because of the color space used. sRGB is pretty much the standard color palette for digital use. However, some professional photographers shoot photos using AdobeRGB, which can compress a slightly larger color space into the photo, though at a small compatibility cost.
Do check the color profile used for the photo, and convert it to a standard color palette, such as sRGB, in case you feel there is something wrong. You will need to do this using a supported image manipulation software, such as Adobe Photoshop.
"I am a graphic designer who needs to edit and store large images on a daily basis. Resize Image has helped me save tons of storage space"
"As a professional model, my portfolio needs to be of the highest quality, yet compact enough to allow agencies to easily view it. This site has allowed me to reach out to many more agencies."
"Photographers just can't have enough free space available to them. It's great to optimize all my photos to be able to store them more efficiently"