HDR to JPE Converter

Convert HDR to JPE online — fast and simple

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Broad Format Support

HDR converts to JPE and many other formats on Convertio. One upload, multiple output options — flexible for any workflow.

Quick Turnaround

Fast processing means your JPE file is ready moments after uploading the HDR source. No queues or delays for standard jobs.

Secure Processing

Your HDR file is deleted right after conversion. The JPE output is purged from servers within 24 hours — your data stays private.

How to convert HDR to JPE

1

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

2

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

3

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

About formats

HDR (also known as RGBE or Radiance HDR) is a high-dynamic-range image format created by Greg Ward Larson as part of the Radiance lighting simulation system, developed at Lawrence Berkeley National Laboratory starting in 1985 with the HDR format emerging around 1989. The format stores floating-point RGB pixel values using a compact 32-bit-per-pixel encoding called RGBE (Red, Green, Blue, Exponent): three 8-bit mantissa bytes share a single 8-bit exponent, representing luminance values across a range of roughly 76 orders of magnitude while keeping file sizes comparable to standard 24-bit images. HDR files begin with a text header containing rendering and exposure metadata, followed by the RGBE pixel data compressed with a scanline-oriented run-length encoding scheme. The format captures the full luminance range of real-world scenes — from deep shadows to direct sunlight — enabling physically accurate lighting calculations, tone mapping to different display conditions, and post-capture exposure adjustment without the clipping artifacts inherent in 8-bit formats. One advantage is the format's foundational role in HDR imaging: Radiance HDR pioneered the concept of storing real-world luminance values in image files, and the .hdr format became the standard for light probe images and environment maps used in image-based lighting across the 3D rendering industry. The format's compact encoding is another practical strength — the RGBE scheme provides far more dynamic range than 8-bit formats while using only 33% more storage per pixel, a favorable tradeoff that made HDR practical on storage-limited systems of the late 1980s. HDR files are supported by Photoshop, GIMP, ImageMagick, Blender, and all major 3D renderers.
Developer: Greg Ward Larson
Initial release: 1989
JPE is an alternate file extension for JPEG (Joint Photographic Experts Group) compressed images, functionally identical to .jpg and .jpeg files. The .jpe extension originated in early computing environments where three-character file extensions were the norm (as on MS-DOS and Windows 3.x), and some applications registered .jpe as an additional JPEG-associated extension alongside .jpg. JPE files contain standard JPEG-compressed data: the same DCT-based lossy compression that transforms 8x8 pixel blocks into frequency coefficients, quantizes them according to quality settings, and encodes the result using Huffman entropy coding. The file structure follows the JFIF or Exif specification, beginning with an SOI marker (0xFFD8), followed by application-specific markers (APP0 for JFIF, APP1 for Exif), quantization and Huffman table definitions, and the entropy-coded image data. JPE files support 8-bit grayscale and 24-bit color images at any resolution, and may contain embedded ICC color profiles, Exif metadata from digital cameras (exposure, GPS, lens data), IPTC captions, and XMP metadata. The JPEG compression algorithm achieves its remarkable efficiency by exploiting the human visual system's reduced sensitivity to high-frequency spatial detail and color differences — discarding information the eye cannot readily perceive. One advantage is the extension's broad registration in MIME type databases and file association tables, ensuring that email clients, web servers, and operating systems recognize .jpe files as JPEG images and handle them correctly. The format's universal reach is another definitive strength — JPE/JPEG is supported by literally every image-capable software and hardware device manufactured in the last three decades. Files are processable by any tool that handles JPEG, including all browsers, editors, and programming libraries.
Initial release: 1992

Frequently Asked Questions

Why convert HDR to JPE?

Architectural visualization teams need to share lighting references — HDR to JPE creates images reviewable on any screen.

What programs open JPE files?

Identical to JPG — all browsers, photo viewers, and image editors on every platform open JPE files

What platforms support the HDR to JPE converter?

Any device with a web browser — Windows, macOS, Linux, Chrome OS, iOS, and Android. No app installation is needed.

How fast is HDR to JPE conversion?

Most conversions complete within seconds. Larger or more complex files may take slightly longer, but processing happens on fast cloud servers.

Does HDR to JPE conversion preserve quality?

The converter optimizes for best visual fidelity. JPE may apply compression

Are colors preserved in the HDR to JPE conversion?

HDR stores extended dynamic range data. Converting to JPE maps that range into the displayable gamut while retaining visual accuracy.