Why Large File Transfers Are Getting More Common

October 4, 2026

"Large file" means something different today than it did a decade ago, and it's worth understanding why the baseline shifted.

Cameras got better faster than networks got easier

Phone cameras now routinely shoot RAW-adjacent formats and high-bitrate 4K video by default. A single minute of 4K video is commonly hundreds of megabytes, before any editing has even started.

More creative work happens on personal devices

Video editing, 3D and game-asset work, and high-resolution design files that used to live exclusively on a studio's internal network are now just as often produced on a laptop at home, and need to move around the same way any other file does.

Cloud backup habits shifted the baseline

Full-resolution photo and video libraries syncing across devices in the background has become ordinary, which normalizes moving multi-gigabyte batches as a routine task rather than a special occasion.

Why this matters for how tools get built

A size cap that felt generous when "large" meant 50MB starts to feel arbitrary and punishing once "large" routinely means multiple gigabytes, exactly the pressure behind the shrinking free-tier size caps covered elsewhere on this blog.

What actually scales with this shift

A transfer method with no server-side storage in the middle doesn't need to keep raising a cap as files get bigger, because there was never a size-dependent storage cost driving the cap to begin with.

3D printing and design files joined the list too

It's not just photo and video work, 3D printing files, CAD models, and game-development assets have followed the same trajectory. A single detailed 3D scan or a textured game asset can easily run into hundreds of megabytes or more, and what used to be a specialized, studio-only file type is now something a hobbyist with a home 3D printer or an indie game developer working solo routinely needs to move between their own devices, or hand off to a collaborator.

Screen resolution crept up too, quietly

Displays themselves have also gotten sharper across the board, high-resolution monitors are now common on ordinary laptops and desktops, not just specialized professional setups. That shift raises the bar for what counts as an acceptable-looking image or video, which pushes people toward higher-resolution originals even for fairly casual uses, further inflating the size of an ordinary "send me that photo" request compared to a decade ago.

How this plays out for someone who isn't a professional

This isn't only a professional's problem. An ordinary phone video of a birthday party, shot in the default high-quality mode most phones ship with today, can easily run to several hundred megabytes for just a few minutes of footage, genuinely large by the standards of a decade ago, and now something an ordinary person bumps into during completely everyday use, not just specialized creative work.

What this means going forward

There's no obvious reason to expect this trend to reverse, camera sensors, display resolutions, and creative software all continue to push toward capturing and working with more detail, not less. A transfer method that doesn't need to keep raising an artificial ceiling as "large" keeps redefining itself is better positioned for that trajectory than one built around a fixed assumption of what large used to mean.