RLE to JPS Converter

Export Utah RLE images to compressed JPS online

Drop files here. 1 GB maximum file size or Sign Up
to
Facebook Amazon Microsoft Tesla Nestle Walmart L'Oreal

Effortless Process

The RLE to JPS converter guides you through a clear upload-convert-download workflow — no technical expertise required.

Simple Workflow

Upload RLE, pick JPS, download the result — the three-step process makes converting legacy formats effortless for anyone.

Batch Support

Upload multiple RLE images and convert them all to JPS in one session — no need to repeat the process for each individual file.

How to convert RLE to JPS

1

Select files from Computer, Google Drive, Dropbox, URL or by dragging it on the page.

2

Choose jps or any other format you need as a result (more than 200 formats supported)

3

Let the file convert and you can download your jps file right afterwards

About formats

RLE (Run-Length Encoded) in the context of the Utah RLE format refers to a raster image file format developed by Spencer W. Thomas at the University of Utah's Computer Science Department around 1983, as part of the Utah Raster Toolkit. The format stores images using a scanline-oriented run-length encoding scheme that compresses sequences of identical pixel values into count-value pairs, achieving good compression ratios for images with large areas of solid color — typical of computer-generated graphics and rendered scenes common in computer science research at the time. Utah RLE supports 1 to 255 color channels per pixel, with 8 bits per channel, and includes a header specifying image dimensions, number of channels, background color, and an optional color map. The format accommodates alpha channel data as an additional channel, and empty scanlines (matching the background color) can be omitted entirely for further compression. The Utah Raster Toolkit provided a suite of Unix command-line tools for manipulating RLE images — operations like compositing, scaling, rotating, color manipulation, and format conversion — establishing a software paradigm later echoed by Netpbm and ImageMagick. One advantage is the format's foundational role in computer graphics: the Utah Raster Toolkit and its RLE format emerged from the same research environment that produced the Phong shading model, Gouraud shading, and the teapot — and much of the early computer graphics research output was stored in this format. The format is supported by ImageMagick, GIMP, and various legacy graphics tools.
Initial release: 1983
JPS (JPEG Stereo) is a stereoscopic 3D image format that stores a left-eye and right-eye view pair within a single JPEG-compressed file, developed by VRex, Inc. around 1997 for use with stereoscopic displays and viewers. A JPS file is technically a standard JPEG file containing a side-by-side stereo pair — the left and right perspective images are placed horizontally adjacent within a single frame, with the full image width being twice the individual view width. The file uses standard JPEG compression and can be opened by any JPEG-compatible viewer (which will show the side-by-side pair as a single wide image), but stereo-aware applications parse the image into its left and right components for proper 3D presentation. JPS files can be viewed with dedicated stereoscopic software, anaglyph viewers (generating red-cyan images for colored glasses), autostereoscopic displays, VR headsets, and hardware like NVIDIA 3D Vision or passive 3D monitors. The format gained renewed interest with the consumer 3D photography boom of the late 2000s and early 2010s, when cameras like the Fujifilm FinePix Real 3D W1/W3 captured stereo pairs natively. One advantage is backward compatibility: because JPS uses standard JPEG encoding, the files work with existing JPEG infrastructure — they can be transmitted, stored, thumbnailed, and even viewed (as flat side-by-side images) without any special software. The format's simplicity is another practical strength — no specialized container or codec is required, and any tool that can crop and display JPEG images can extract individual views. JPS files are supported by StereoPhoto Maker, ImageMagick, and various 3D photo viewers.
Developer: VRex, Inc.
Initial release: 1997

Frequently Asked Questions

Why convert RLE to JPS?

The Utah RLE format served early CG research but is now obsolete. Converting to JPS safeguards those images for the future.

What programs can open JPS?

Stereoscopic viewers, 3D photo apps, and IrfanView (with stereo plugin) display JPS stereo JPEG images for 3D viewing experiences.

Does RLE to JPS preserve quality?

A small amount of data is discarded during lossy JPS encoding. For everyday viewing and sharing, the quality difference is imperceptible.

How quickly can I convert RLE to JPS?

The process is fast — cloud-based processing handles RLE to JPS conversion in seconds for standard-sized images, even on slower connections.

Can I queue several RLE files for conversion?

Batch conversion is supported. Queue as many RLE files as you need and convert them all to JPS in a single run — no repeating steps manually.