Our image converter tool can quickly convert your JP2 to PNG while maintaining the highest level of quality and can accept up to 20 files at one time using our batch image file processor. When your PNG image files are ready, you can either download them individually or, for convenience, combine them within a ZIP file.
Or drag and drop your files here to upload.
A maximum of 20 files can be uploaded at once.
Once you've selected your JP2 files for upload, our image converter tool will provide you with the option to customize the processing of your images. To configure this, once you have selected an image, you will see a button, which you can click to reveal a set of image conversion options. These options include the ability to resize and rotate your image and to apply a grayscale or negative filter to your JP2.
Here are two simple steps to convert your JP2 to PNG using our fast and free JP2 converter tool.
First, click the "Upload..." button and select your JP2 file to upload. Your JP2 file will be uploaded to our servers. When the JP2 to PNG conversion has completed, you can download your PNG file right away.
We aim to process all JP2 to PNG conversions as quickly as possible; this usually takes around 5 seconds; however, this can be longer for certain files, so please be patient.
We aim to provide the best conversion experience. Our tools are under constant review and development, with new features being added every week.
If you are converting your JP2 file to a format that implements lossy compression, then yes, the quality will be reduced; however, the loss in quality is usually not noticeable and can result in much smaller file sizes.
No. When converting your JP2 file, our tool will not perform any resizing of your image, and the resulting file will have the same resolution as your uploaded JP2 file.
Extension | JP2 |
Full Name | JPEG-2000 |
Type | Image |
Mime Type | application/octet-stream |
Format | Binary |
JP2 files are an extension of the original JPEG format aimed at specialists who need to be able to store image data with more control over the compression used on the image.
JPEG compression is described as "lossy", meaning image data that might go unnoticed to the human eye is sacrificed in order to reduce the file size. With JP2, there is also the option of lossless compression, meaning all pixel data is preserved exactly the same as the original image. This does lead to larger file sizes, but this option is preferable in some circumstances.
As JP2 is seen as a specialist format, support for opening these images in image editing applications is limited; alternatively, we have a set of PGM image conversion tools designed to convert PGM files to other, more modern formats, such as PNG.
Extension | PNG |
Full Name | Portable Network Graphics |
Type | Image |
Mime Type | image/png |
Format | Binary |
Opens With | Paint.Net, Photoshop |
PNG files are a widely used graphics file format used in areas where high-quality images (often with transparency) are required while also retaining a small file size. They are one of the most common formats of file used for web and print mediums and are particularly useful for logos, icons, and other images where multi-level transparency is desired.
The format itself was created in the 1990's with the main aim of storing computer graphics in a high-quality format while minimizing the required storage space. The longer-term aim was to displace the GIF file format and make PNG the number one format for non-lossy, high-quality image formats on the then-burgeoning world wide web.
One of the selling points of the PNG format is its support for multiple levels of transparency, making it superior to the GIF format, which can only handle a single level of transparency. Also, like GIFs, the PNG format supports palletizing image colors down to 256 or 16 colors to help reduce the file size of the PNG.
Our JP2 imaging tool will accurately convert your JP2 file into a PNG image file using our high-quality internal 2D rendering to create your final PNG ready for download. Your JP2 file will be analyzed pixel by pixel in order to produce the most accurate conversion possible.