Drop images here or click to select
Maximum 20 files at a time
Maximum 20 files at a time
Compress images in your browser
Maximum 20 files at a time
PixLite compresses your images to reduce image file size in three simple steps:
PixLite is a bulk image compressor and an image compressor without uploading — no file is ever sent to a server, and all processing happens entirely in your browser.
Large image files slow down websites, consume storage space, and use more mobile data. Using a tool like PixLite to compress image for website performance before uploading can make a real difference:
Q: Are my images uploaded to a server?
A: No. PixLite runs entirely in your browser. Your images never leave your device and are never sent to any server.
Q: What image formats does PixLite support?
A: You can compress and convert images to WebP, JPEG, and PNG, so you can convert PNG to WebP online in seconds. WebP is recommended for the smallest file sizes with the best quality.
Q: Will compression reduce my image quality?
A: Some quality loss is expected with lossy formats like JPEG and WebP. At 70–85% quality, the difference is typically invisible to the human eye. PNG compression is lossless, so quality is fully preserved.
Q: What is the maximum file size I can upload?
A: Each individual file must be under 50MB. You can upload up to 20 files per batch.
Q: Which format should I choose — WebP, JPEG, or PNG?
A: Use WebP for web images — it produces the smallest files and is supported by all modern browsers. Use JPEG for photos when WebP is not an option. Use PNG when you need a transparent background.
Q: Is PixLite free to use?
A: Yes, PixLite is completely free with no sign-up required.
| Format | Best For | Transparency | Typical Size |
|---|---|---|---|
| WebP | Web images, photos, graphics | Yes | Smallest |
| JPEG | Photos, no transparency needed | No | Medium |
| PNG | Logos, icons, transparent images | Yes | Largest |
WebP is the recommended default for most use cases in 2026, as it is supported by all major browsers and consistently produces smaller files than JPEG at equivalent quality.