TIFF Compressor — Reduce TIFF Size
Upload a TIFF image and convert it to a smaller JPEG, PNG, or WebP format with quality control.
Drop your PNG / JPG / GIF / WebP / BMP / SVG / TIFF file hereTap to select a file
Supports PNG, JPG, GIF, WebP, BMP, SVG, TIFF, up to 100MB
What to do next
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imageAbout TIFF Compressor
TIFF Compressor is part of a collection of single-purpose image editing and conversion tools. Upload a TIFF image and convert it to a smaller JPEG, PNG, or WebP format with quality control. Each tool is intentionally narrow — it does one thing well rather than offering many overlapping features — which makes the common path predictable and the result easy to verify before you download or copy it.
Common audiences for TIFF Compressor include social-media managers sizing posts and illustrators packaging artwork, but plenty of people land on the page through a one-off search and never come back — that is also fine. The tool is built to be useful even when you only ever need it once.
Reach for TIFF Compressor when you need a predictable result on a single file. The page works on the first visit, the controls are visible without a menu, and the output is delivered the moment the engine finishes.
Internally the tool runs on standard browser APIs — the same processing stack used by professional desktop pipelines, just compiled for the browser. PNG, JPG, GIF, WebP, BMP, SVG, and TIFF files are accepted natively. 100 MB is the practical ceiling, set so the tool stays responsive on phones and older laptops.
Because everything runs in the page, the tool scales the same way for one user or a million — there is no per-user backend cost. The page is static, the engine is the same JavaScript bundle for every visitor, and the work happens on the visitor's own device. That keeps the tool free and keeps it fast on the first interaction.
TIFF Compressor sits in a small group of related tools. Useful neighbours include WebP Compressor, TIFF to JPG Converter, TIFF to PNG Converter, and SVG to JPG Converter. They are designed to compose: the output of one is a sensible input to the next, so a multi-step task is usually a sequence of single-click operations.
Constraints worth knowing about: inputs are capped at 100 MB to keep memory usage in a sensible range, one input is processed per run, and the tool must be loaded over HTTPS for the in-browser engine to work. These are properties of the architecture.
The transformation in TIFF Compressor is deterministic — the same input plus the same options produces the same result every run. That predictability matters when the result has to match an upstream specification or be reproducible later.
When the job finishes, TIFF Compressor hands you the result as a sensibly named file. Filenames are derived from your input where possible, so a quick batch of jobs leaves you with a tidy folder rather than a pile of generic "output (3)" files. Nothing is auto-saved on Favtoo's side because nothing was ever sent there.
TIFF Compressor is one example of a broader pattern: utility software increasingly works as single-page, client-side experiences. Every page in the catalog is shaped that way, which keeps each tool fast to load and easy to recommend in a single link.
TIFF Compressor runs as a regular web page, so there is no install step or permission grant before the first run. The page can be audited by viewing the source or by watching the developer-tools Network tab while a job runs.
Pro tip: TIFF Compressor works just as well in a private/incognito window as in a normal one, which is occasionally useful when you want zero browser-history footprint of the job. Another tip: if the tool ever feels slow, it is almost always because the browser tab is competing for CPU with another tab — pausing or closing the heavy ones gives the engine room to work.
When something goes wrong, the cause is usually one of three things: a malformed input, a browser that is out of memory, or a corporate proxy that is interfering with the page's static assets. The first two are easy to diagnose; the third typically requires asking your IT team to allow standard browser APIs to load.
That is the whole tool. Use TIFF Compressor for as long as it stays useful to you, and if it does, the catalog has many more tools built the same way. Each applies the same single-purpose discipline, so the way you used this page transfers to the next one you try.
How it works
- 1Land on the TIFF Compressor page. The tool is ready to use the moment the page renders.
- 2Drop a PNG, JPG, GIF, WebP, BMP, SVG, and TIFF file onto the upload area, or click to pick one from your device.
- 3Tweak the controls if the defaults are not quite right for your input. The options are kept short and labelled in plain language.
- 4Click to start the job. The engine (standard browser APIs) processes the input in the page; you can watch the progress indicator until it completes.
- 5Grab the output as soon as the run completes. You can also copy the result instead of downloading if the next tool in your workflow accepts pasted input.
- 6Re-run with different settings as often as you want. Each run produces a fresh output and the original file on disk is never modified.
Common use cases
- Optimise a product photo so it loads quickly on a slow connection using TIFF Compressor.
- Generate a square thumbnail from a wide marketing photo.
- Compose a mockup banner without bouncing between three different apps.
- Sharpen a slightly soft photo before sending it to print.
- Crop an image down to the section you actually want to share.
- Apply a quick filter for a social-media post.
- Resize a hero image for a landing page without losing crispness.
- Convert a phone screenshot into a CMS-friendly format.
FAQ
Which method is best?
LZW and Deflate are lossless and widely supported. JPEG-in-TIFF gives the smallest files for photos but is lossy.
What is the predictor?
Horizontal differencing (predictor=2) stores pixel differences instead of absolutes, improving LZW/Deflate ratios.
Rows per strip?
Smaller strips allow faster random access; larger strips compress better. 256 rows is a good default.
PackBits?
PackBits is a simple RLE scheme. Fast but produces larger files than LZW or Deflate.
Private?
Yes — configuration is generated locally.
BigTIFF?
Enable BigTIFF for files over 4 GB. Standard TIFF has a 4 GB size limit.
Where does my file actually go when I use TIFF Compressor?
Your file is processed inside your browser by standard browser APIs. The engine reads the file's bytes from your tab's memory, computes the result, and writes the result back into the tab. You can confirm what the page does by opening developer tools and watching the Network tab during a run — the requests you see are for the tool's static assets only.
How do I know I am using the latest version of TIFF Compressor?
TIFF Compressor is updated whenever the underlying engine releases an improvement or a bug fix. Because the tool is delivered as a static page, every visit fetches the latest version automatically — there is no "version" to manage on your end. If a particular release ever changes default behaviour, the change is documented on Favtoo's changelog so you can confirm what shifted.
Do I need to install anything to use TIFF Compressor?
No installation is needed. TIFF Compressor runs as a normal web page, with no browser extension, no native helper, and no separate desktop client to download. That is partly a privacy choice — extensions can request broad permissions, while a regular page is sandboxed by default — and partly a convenience one: you can use TIFF Compressor on any computer you have temporary access to without leaving anything installed on it.
Is TIFF Compressor really free?
TIFF Compressor is free to use. The processing runs in your browser, which keeps the per-user cost low enough that the tool can be offered openly. The download is the same file the engine produced — you can use it for as many runs as you need.
How accurate is TIFF Compressor?
TIFF Compressor is built on standard browser APIs, which is the same class of engine used by professional image editing and conversion pipelines. For deterministic operations, the output is byte-identical to what an equivalent CLI run would produce; for operations involving a codec or a model, the result is well within the range of what comparable tools generate. If you have a specific reference output you need to match, run a small test job first to confirm the configuration produces what you expect.
Why did TIFF Compressor reject my input?
Failures usually fall into one of three buckets: the input is in an unsupported format, the input is over the size cap, or the input is structurally malformed (a truncated download, a partial export, or a stream the engine does not recognise). The first two are easy to confirm — check that your file is one of PNG, JPG, GIF, WebP, BMP, SVG, and TIFF and that it is below 100 MB. For the third, opening the file in its native viewer first is the fastest way to confirm the source is intact.
Can I use TIFF Compressor with formats other than the defaults?
TIFF Compressor accepts PNG, JPG, GIF, WebP, BMP, SVG, and TIFF. If your input is in a format that is not directly supported, convert it first using one of Favtoo's converter tools — every Favtoo converter outputs a file that is a clean input to the next tool in the chain.