Should I shoot RAW or JPEG?

Shoot RAW when the light is tricky, the exposure is uncertain, or the images matter enough to edit properly. Shoot JPEG when you need photos ready instantly, when storage or card space is tight, or when the images are routine snapshots. Many photographers shoot RAW+JPEG and decide per folder afterwards.

Does RAW really give better image quality than JPEG?

Not on its own. A well-exposed JPEG can look every bit as good as a RAW file on screen. RAW simply gives you more data to correct a mistake or grade a look, and preserves highlight and shadow detail a JPEG has already discarded. If the shot is right in camera, the visible difference can be negligible.

Is JPEG good enough for social media and printing?

Yes, comfortably. Instagram, Facebook and most client portals recompress everything you upload anyway, and a 12–24 MP JPEG prints sharply to A4 and beyond. JPEG is a poor choice only when you expect to push exposure or white balance hard in editing.

How much bigger are RAW files than JPEGs?

Roughly two to four times bigger. A 24 MP camera produces JPEGs around 6–12 MB and RAW files around 20–35 MB. A 45 MP body can write 60–90 MB per RAW frame, which quickly adds up on long trips and fills memory cards faster.

Can my camera save RAW and JPEG at the same time?

Most interchangeable-lens cameras can, via a RAW+JPEG setting that writes both versions of every frame. It costs extra card space, but it means you always have an instantly shareable JPEG alongside a RAW negative for later editing.

Will shooting RAW slow me down?

It can. RAW extends burst depth limits, fills the buffer faster, and adds a conversion step before anything can be shared or uploaded. For deadline work where the photo leaves your hands immediately, that extra step is a real reason to shoot JPEG.

RAW vs JPEG: Which Should You Shoot and When

The 30-second version

JPEG is a finished photo. The camera processes the sensor data, applies a look, and compresses the result into a small file that opens anywhere. RAW is the unprocessed sensor data before any of that — bigger, flatter, and full of information you can still change. Neither is "better" in the abstract; the right answer depends on whether you need the photo now or plan to work on it later.

What the camera bakes into a JPEG

When your camera writes a JPEG it makes a long series of irreversible decisions in a fraction of a second:

White balance is fixed to one interpretation of the light.
Contrast and colour are applied via a picture style, film simulation or profile.
Sharpening and noise reduction are baked in, tuned to look good at default size.
Dynamic range is mapped down to 8 bits, discarding highlight and shadow detail that exceeded the visible range.
Compression shrinks the file, throwing away fine detail — gently at high quality, visibly if you shoot small "basic" JPEGs.

If the exposure and light are right, this is a wonderful deal: a great-looking, tiny, universal file. If anything is off, you're stuck correcting a picture that has already been boiled down.

What RAW keeps back for you

A RAW file is a digital negative: un-demosaiced sensor data recorded at 12 or 14 bits per channel, with white balance and picture style stored only as metadata. That means you can change your mind — not just tweak a slider, but reinterpret the whole image — with the full range of data still intact.

Exposure recovery. Pulling a stop or two of highlight detail out of a bright sky is routine from RAW and often hopeless from JPEG.
White balance freedom. Correct a tungsten-heavy indoor shot or warm up a blue-hour frame with zero penalty.
Smoother gradients. 14-bit data resists the banding and posterisation that appear when you push a JPEG's sky hard.
Cleaner edits at high ISO. Working in more bits before the final export leaves more room for careful noise reduction.

Where the difference actually shows up

In good light, at moderate ISO, with a correct exposure, a JPEG and a RAW file converted to JPEG with default settings can look nearly identical. The gap widens fast in specific situations: backlit subjects, indoor mixed lighting, harsh midday sun, night scenes, and any frame you under- or over-exposed by more than a stop. That's where RAW stops being a luxury and starts earning its file size.

The honest costs of RAW

RAW is not free, and pretending otherwise is unhelpful:

Storage. 20–35 MB per frame at 24 MP, 60–90 MB on a 45 MP body. A 500-shot day can mean 15–25 GB.
Speed. Bigger files fill the buffer faster and reduce burst depth.
A mandatory step. Nothing can be posted, printed or emailed until it has been converted.
Software friction. RAW needs a decoder — Lightroom, Capture One, DxO, Darktable, or a browser tool for quick jobs.

When JPEG is genuinely the right call

Event and party snapshots you'll never grade.
Deadline work where the image must leave your hands immediately.
Long trips where card space and backup time are tight.
Any situation where "good enough, right now" beats "perfect, tomorrow".

When RAW is worth the overhead

Portraits and landscapes you'll retouch and grade carefully.
Difficult light: mixed sources, strong backlight, night.
Client and commercial work where re-edits are likely.
Anything you might print large, where clean gradients and detail matter.

Why not both? RAW+JPEG

Most interchangeable-lens cameras can write RAW and JPEG together. It costs roughly 3–4× the card space, but it gives you an instant share (the JPEG) and a full negative (the RAW) from the same frame. Photographers who aren't sure yet often set RAW+JPEG for a month, see how often they actually touch the RAW files, and then decide — saving card space if they never do, or switching to RAW-only if they always do.

Noise and high ISO: where RAW pulls ahead

Shooting at ISO 3200 or above, RAW's extra bit depth gives a noise-reduction algorithm more to work with. You can pull down luminance noise without destroying the fine detail underneath, because that detail was recorded with more levels. A JPEG at the same ISO already contains the camera's noise reduction baked in, and pushing it further tends to smear texture.

Speed in practice: the surprise

For a single photo, JPEG wins instantly — it's ready the moment you press the shutter. For a whole shoot the comparison flips: a photographer who shot JPEG and later wants to adjust 50 images is working on files that punish every edit, while RAW editing is fast and forgiving. The "RAW is slower" rule really applies to final delivery, not to editing.

A simple decision checklist

Might anything about this shoot need correcting later? → RAW.
Does the photo need to leave my hands within minutes? → JPEG.
Am I shooting many throwaway frames? → JPEG.
Will I print this large, or sell it? → RAW.
Am I unsure? → RAW+JPEG and decide afterwards.

Converting RAW to JPEG when you need to share

Sooner or later a RAW file needs to become a JPEG — for a client, a print lab, a website or a phone. The converter above decodes it in your browser and exports at the quality you set, with nothing uploaded. When the source is a specific brand, use the matching tool: CR2, NEF, ARW or the general RAW to JPG converter.