TIFF to WebP Converter — Archive Content Ready for Modern Web
Convert TIFF to WebP online. Bridge archive TIFFs to the modern web with transparency preserved and dramatic file-size reduction at matched visual quality.
Drag & drop a file here, or click to select
Max file size: 100 MB
Why convert TIFF to WEBP?
TIFF to WebP is the archive-to-web bridge that keeps more quality than JPG while still cutting file size aggressively. WebP's VP8-based compression typically produces files 25-35% smaller than a comparable PNG and often 10-20x smaller than the source TIFF at visually indistinguishable quality. Critically, WebP preserves transparency — something JPG can't do — so RGBA TIFFs with masked content translate cleanly onto the web. The conversion handles multi-page TIFF by taking the first page, converts CMYK input to RGB automatically, and downsamples 16-bit TIFF to 8-bit. Every current browser decodes WebP natively, so the output is ready for direct delivery.
Archive-to-web bridge
WebP sits between TIFF's quality-first archival role and JPG's size-first web role. For archive content moving onto the web, WebP gives you JPG-beating compression without forcing transparency to flatten.
Transparency preserved
WebP's full alpha channel matches RGBA TIFF 1:1. Masked editor output and cut-outs carry over cleanly without flattening onto a background.
Modern browser support
Chrome, Edge, Firefox, and Safari 14+ all decode WebP natively. Your archive content is deliverable directly without a <picture> fallback for the vast majority of modern traffic.
When TIFF to WebP is the best pick
WebP is the default web target for archive content that needs to keep transparency or quality.
Moving archive or editor TIFFs onto a modern website or CDN.
Handing scanned assets to a CMS that prefers web-native formats.
Content with transparency where JPG isn't an option.
Skip WebP if the target audience uses legacy email or tools without WebP support — JPG is safer there.
Our secure conversion process
We show you exactly what happens when you convert, so you know where data goes and what stays untouched.
Upload a TIFF
Drop your TIFF above. We handle single-page, multi-page, RGB, grayscale, and CMYK TIFFs.
Choose WebP
WebP is preselected; click Convert. Multi-page TIFFs collapse to the first page.
Download your WebP
Download in-browser. Ready to serve directly from any modern CDN.
Want to try it out? Upload your file above, no signup required.
What you get
Every conversion here runs on a temporary copy, delivers a ready download, and clears out quickly after you’re done.
- Typically 10-20x smaller than the TIFF source at visually matched quality.
- Transparency preserved end-to-end with full 8-bit alpha channel.
- CMYK and 16-bit TIFF input automatically converted to web-friendly RGB 8-bit.
- Conversion runs on a temporary copy that we delete right after processing.
Frequently asked questions
Is the WebP lossy or lossless?
We use Sharp's default WebP encoder settings, which produce lossy WebPs at quality 80 — a strong match for archival photographic content. For truly lossless output from lossless TIFF, consider PNG as the target instead.
What about multi-page TIFFs?
Only the first page is converted. Multi-page TIFF is common for scanned documents; for those, use a dedicated tool to extract pages and convert each separately, or consider PDF output.
CMYK TIFF support?
CMYK input is automatically converted to RGB during encoding. The conversion uses a standard ICC profile; for color-managed workflows (print proofs, branded assets), use a dedicated color-management tool for the color-space conversion first, then run through here.
What bit depth does the WebP have?
8-bit per channel. WebP supports up to 8-bit — 16-bit TIFF input is downsampled during conversion. For workflows that require 16-bit precision (medical, scientific), WebP isn't the right target; stay on TIFF or use PNG with 16-bit output from a dedicated tool.
Does transparency carry over?
Yes. WebP's alpha channel is a 1:1 replacement for TIFF's RGBA channel. Transparent pixels, partial-transparency edges, and anti-aliased content all survive the conversion cleanly.
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