JPG to WEBP

Convert JPG images to smaller WEBP files instantly in your browser.

Higher quality = larger file. Re-pick files to apply a new setting.

Your images are processed entirely in your browser and are never uploaded to a server.

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About the JPG to WEBP

JPG to WEBP converts your existing JPEG photos into Google's WEBP format, a modern web image type built to deliver the same picture in a noticeably smaller file. JPEG has been the default for digital photos since the early 1990s, but its compression is dated. WEBP, derived from the VP8 video codec, predicts pixels more intelligently before compressing them. Google's own compression study found WEBP files run roughly 25-34% smaller than JPEG at an equal or slightly better SSIM (structural similarity) score. Smaller images mean faster page loads, less bandwidth, and better Core Web Vitals scores for anyone publishing to the web.

Reach for this tool when image weight matters: product galleries, blog headers, portfolio sites, marketplace listings, or any page where photos dominate the byte budget. It is also useful if a performance audit, a CDN, or a CMS plugin flagged your JPEGs as oversized and asked you to 'serve images in next-gen formats.' Because WEBP is now supported by over 97% of browsers worldwide, including Chrome, Firefox, Edge, and Safari 14+, converting is low-risk for most modern audiences. If you still need to support very old browsers, keep a JPEG fallback alongside the WEBP version using the HTML picture element.

Conversion runs as a lossy re-encode by default, since JPEG is already a lossy format and re-compressing it losslessly would usually make the file larger, not smaller. The tool decodes your JPEG to raw pixels, then re-encodes them with WEBP's lossy compressor at a chosen quality level. A WEBP saved at quality 75-80 typically matches a JPEG saved at quality 80-85 while weighing less. Actual savings depend on the image: flat colors, graphics, and product shots on plain backgrounds compress hardest, while busy natural scenes with fine texture save less. WEBP also keeps an 8-bit alpha channel, so transparency survives if your source had it.

Your photos are processed entirely in your browser. The JPEG never leaves your device, is not uploaded to any server, and nothing is stored after you close the tab, which keeps private or client images private. One accuracy note: converting JPEG to WEBP is a generational re-encode of already-lossy data, so it cannot recover detail JPEG threw away, and pushing quality too low can introduce visible smoothing or blockiness. For archival masters, keep the original JPEG (or, better, the original RAW or PNG) and treat the WEBP as a web-delivery copy.

Frequently asked questions

How much smaller will my WEBP file be than the JPG?

Google's compression study reports WEBP averaging 25-34% smaller than JPEG at equivalent visual quality. Real-world savings vary by content: simple, flat, or graphic-heavy images shrink the most, while detailed natural photos save less.

Will converting JPG to WEBP reduce image quality?

WEBP is re-encoded from your already-lossy JPEG, so it cannot add back detail JPEG discarded, and any lossy step adds a small amount of loss. At quality 75-80 the difference is usually invisible, but very low settings can cause smoothing or blocking, so keep the original JPEG as your master.

Do all browsers support WEBP images?

Yes for nearly everyone. WEBP works in Chrome, Firefox, Edge, Opera, and Safari 14+ (iOS) / Safari 16+ (macOS for lossless and animated), covering over 97% of global traffic. For legacy browsers, serve a JPEG fallback via the HTML picture element.

Is my photo uploaded to a server when I convert it?

No. Conversion happens locally in your browser, so the image stays on your device, is never uploaded, and is not saved anywhere after you leave the page.

What quality setting should I choose for web use?

Quality 80 is the common sweet spot for photos and is typically indistinguishable from the original. Thumbnails can drop to around 70, while hero images loaded above the fold can stay at 85-90 for extra crispness.

From our blog

How to Fix Sideways Phone Photos: EXIF Orientation and Rotation Explained

By the Super Simple Digital Tools Team · Updated June 2026

If you have ever taken a perfectly framed photo on your phone only to watch it tip onto its side the moment you post it, you have met the EXIF Orientation tag. Camera sensors do not physically spin when you hold the phone vertically; they always capture pixels in the same fixed layout. Instead, the camera detects the angle and stores a single instruction, a value between 1 and 8, in the file's metadata that says how the picture should be turned for viewing.

The trouble starts when whatever shows the image fails to obey that instruction. Your phone's gallery reads it faithfully, but many older browsers, basic image viewers, and upload pipelines do not. Worse, plenty of websites strip metadata for privacy or file-size reasons. If a platform removes the orientation flag without first rotating the actual pixels, the photo snaps back to the raw sideways grid the sensor recorded. That is why the same file can look upright in one place and toppled in another.

The durable fix is to stop relying on metadata altogether and rotate the pixels themselves. When you turn the image here and download it, the tool rewrites the pixel data in the correct orientation and clears the obsolete flag. The result is unambiguous: there is no tag left to misread, so every program from a modern phone to an ancient viewer shows it the right way up. This is exactly what professional editors do when they rotate and re-save a file.

Right-angle turns are the safe, predictable case. Rotating 90, 180, or 270 degrees simply maps each pixel to a new coordinate with no guessing, so the visual content is untouched. Saving a JPEG afterward will re-compress it slightly, which is why dedicated lossless rotators work on the compressed blocks directly. For arbitrary angles, used to level a crooked horizon, the math has to invent in-between pixel values and deal with the empty triangular corners that appear, so reserve those for genuine straightening rather than routine orientation fixes.

Because all of this runs locally in your browser, you can rotate sensitive material such as scanned documents, receipts, or ID photos without sending them anywhere. The preview updates instantly using a lightweight CSS transform, and the real Canvas-based rotation only executes when you save. Pick your angle, confirm the preview looks correct, download, and the corrected image is ready to upload, print, or share with confidence.

  • For ordinary sideways photos, stick to 90-degree steps; they are exact and never blur the picture.
  • After rotating, re-upload the saved file rather than the original, since the saved copy has the orientation baked in and the EXIF flag cleared.
  • Use a custom small angle (a few degrees) only to straighten tilted horizons, and expect to crop the empty corners it creates.
  • If you need to preserve maximum JPEG quality across several edits, do all your rotations in one pass to avoid repeated re-compression.

Read the full guide →

Tool by the Super Simple Digital Tools Team. Reviewed by our editorial team. Free to use, no signup required.

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