Compress an Image to 10 MB
Every other page in this series fights to squeeze images under a hostile limit. This one occupies the opposite end of the range: 10 MB is what you aim for when quality is the entire point and the ceiling — whether a generous upload form or your own archive discipline — merely prevents the file from ballooning without purpose. At this budget the compressor's quality search usually saturates, meaning the output keeps effectively all the detail the original contained. That makes 10 MB the natural target for archival copies, for print preprocessing, and for platforms that accept large files and reward you for using the room. As everywhere on this site, the work runs entirely in your browser; your masters are never uploaded to anyone.
Drop images here, click to browse, or paste from clipboard (Ctrl+V)
JPEG, PNG or WebP · up to 30 MB per file · up to 5 images at a time · processed locally
What near-lossless means in practice
The compressor behind this page works by searching for the highest encoder quality that fits the target — and against a 10 MB ceiling, an ordinary photo runs out of quality before it runs out of budget. The search stops at or near the maximum setting, and at that level the mathematical losses of lossy encoding fall below anything the eye can detect, even on large screens and in zoomed comparisons. The result is a file that behaves like a copy of the original for every practical purpose while weighing predictably less.
This is also why the result card may surprise you: a 12 MB original compressed to a 10 MB target often comes out smaller than 10 MB — sometimes much smaller — because the encoder reached its quality ceiling and stopped. The target is a boundary, not a quota to be spent. If a file genuinely needs to weigh close to 10 MB, that information belongs to extraordinary content: enormous dimensions, extreme detail, or formats like PNG where lossless encoding is doing all the work.
Print preprocessing and the DPI arithmetic
Print consumes pixels by the inch, and the arithmetic is unforgiving: a quality print wants roughly 300 dots per inch, which makes an A4 page at 300 DPI about 2480 × 3508 pixels, and an A3 spread nearly twice that on each side. Camera files meet these demands easily — but the pipeline between camera and printer often does not, and a casually forwarded photo can arrive at the print shop recompressed by three different chat apps. Compressing your print candidates to a disciplined 10 MB produces files that carry full print resolution at high quality, weigh predictably, and upload to photo services without tripping any of their per-file limits.
The order of operations matters: crop and correct the image first, compress second. Every lossy encode is a one-way step, so you want it to happen exactly once, at the very end of the preparation chain, from the largest and cleanest source available.
Archiving: where the bytes are an investment
An archive has a different economics than a share. Files stored for years are recompressed, migrated and re-saved by future you, and each lossy generation compounds the previous one — the fix is keeping a master that never degrades, from which working copies are made. A 10 MB target is a sensible master format for finished photographs: materially all the original quality, at perhaps a third of the raw file's weight, in a format every editor on earth opens.
For masters of graphics, screenshots and anything with text or transparency, switch the output to PNG on this page — it is lossless by construction, so the archive is bit-for-bit identical to the input, at the cost of larger files that a 10 MB ceiling comfortably accommodates for most content. Photographs remain JPEG territory: at near-lossless quality the difference is invisible and the savings are real.
Frequently asked questions
Why did my file come out well under 10 MB when that was my target?
Because the search maximizes quality, not size: it climbs until the output fits under the target or the encoder hits its ceiling, whichever comes first. For ordinary photos against a 10 MB budget, the quality ceiling arrives long before the byte budget is spent, so the output lands smaller. That is success, not failure — the file simply contains all the quality the format can express.
Is a 10 MB JPEG really as good as the original?
For practical purposes, yes: at the quality levels this target produces, the differences are below human perception on screens and in standard prints. The original is still mathematically richer — pixel-perfect rather than near-perfect — which is why archival advice keeps the untouched original as the absolute master and treats the 10 MB file as the durable, shareable working copy.
Should I archive in PNG instead of JPEG at this size?
PNG for graphics, screenshots, text and transparency — it is lossless, so the archived file is identical to the input forever, and 10 MB accommodates most such content easily. JPEG for photographs: the compression artifacts at near-lossless quality are invisible, and the file weighs a fraction of the PNG equivalent. The format switch on this page is one click; match it to the content.
Why compress at all if the ceiling is generous — why not keep the original?
When the destination accepts it, the original is always acceptable — this page is for the cases around it: platforms with per-file limits around 10 MB, print services that want predictable uploads, and archives where a consistent ceiling keeps a collection tidy and comparable. A disciplined 10 MB master is smaller, standardized and easier to manage than a folder of wildly varying camera originals.
Does compressing to 10 MB strip the photo's metadata?
The re-encode typically drops the original EXIF block, including camera details and GPS coordinates — worth knowing for archives that rely on embedded dates. If metadata matters to your records, keep the untouched original alongside the compressed master, or use the dedicated EXIF tool when privacy rather than size is the goal. Compression here is honest about being a size tool first.