Verkko GIF–JPG-muunnin

Muunna GIF-tiedostosi JPG-muotoon 3 yksinkertaisella napsautuksella.

JPG⌄

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Convert GIF to JPG Format

Staattiset GIF-kuvat ovat tehottomia verrattuna JPG:hen valokuvasisällölle — rajoitettu 256 väriin. GIF:n muuntaminen JPG:ksi antaa täyden 24-bittisen värisyvyyden.

Why Convert GIF to JPG?

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Täysi värisyvyys

Korvaa GIF:n 256-väripaletti JPG:n 16,7 miljoonalla värillä.

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Pienemmät tiedostot

Valokuvat GIF-muodossa ovat usein suurempia kuin vastaavat JPG:t.

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Universaali tuki

JPG avautuu jokaisessa kuvaselaajassa, selaimessa ja käyttöjärjestelmässä.

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Parempi tulostuslaatu

JPG toistaa valokuvamaiset yksityiskohdat tarkemmin tulostukseen.

GIF

File extension.gif
DescriptionGIF supports up to 256 colors and lossless data compression. Widely used for animations on the web.
Associated programsAdobe Photoshop, GIMP, Preview (Mac), Most Web Browsers
Developed byCompuServe
MIME typeimage/gif

JPG

File extension.jpg
DescriptionJPEG (Joint Photographic Experts Group) is the most widely used lossy image compression format, ideal for photographs and complex images with many colors. JPEG achieves small file sizes by discarding some image data, making it perfect for web use and sharing.
Associated programsAdobe Photoshop, GIMP, Windows Photo Viewer, Preview (Mac)
Developed byJoint Photographic Experts Group
MIME typeimage/jpeg

Kuinka muuntaa GIF muotoon JPG?

Muunna GIF-tiedostosi JPG-muotoon 3 yksinkertaisella napsautuksella.

Step 01

Lataa GIF-tiedostosi

Napsauta "Valitse tiedosto" tai vedä GIF-kuva latauskenttään.

Step 02

Valitse JPG tulostusmuodoksi

Valitse "JPG" haluamaksesi tulostusmuodoksi.

Step 03

Muunna tiedosto

Napsauta "Muunna nyt" aloittaaksesi GIF:n muuntamisen JPG-muotoon.

Step 04

Lataa JPG-tiedosto

Kun muunnos on valmis, lataa muunnettu JPG-tiedostosi.

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Tip: GIF ei voi tallentaa osittaista läpinäkyvyyttä. Läpinäkyvät alueet muuttuvat valkoisiksi JPG:ksi muuntamisen yhteydessä.

Ilmaiset GIF muunnostyökalut

Usein kysytyt kysymykset

Common questions about converting GIF to JPG.

Onko tämä GIF–JPG-muunnin ilmainen?

Kyllä, muuntimemme on 100% ilmainen. Ei rekisteröintiä, ei piilokuluja.

Kuinka kauan GIF:n muuntaminen JPG:ksi kestää?

Muunnos kestää yleensä vain muutaman sekunnin.

Onko GIF-tiedostoni turvassa?

Kyllä. Tiedostosi poistetaan välittömästi muunnoksen jälkeen.

Mikä on tiedoston enimmäiskoko?

Voit muuntaa jopa 400 Mt:n tiedostoja ilmaiseksi.

Täytyykö minun asentaa ohjelmisto?

Ei asennusta tarvita. Toimii verkkoselaimessa.

GIF vs JPG: Complete Format Guide

Feature	GIF (source)	JPG (target)
Compression	Lossless (LZW)	Lossy
Transparency	Binary 1-bit transparency only — each pixel is either fully transparent or fully opaque (no partial transparency)	Not supported — transparent areas always render as solid white or the specified matte color
Animation	Core feature — stores multiple frames with individual display timings, loop count, and optional per-frame color palettes	Not supported
Color Depth	8-bit only — maximum 256 colors per frame (each frame may have its own 256-color palette)	24-bit (8 bits per channel: RGB) — up to 16.7 million colors
File Size	10–200 KB for static GIFs; 0.5 MB – 20 MB for animated GIFs	50 KB – 5 MB per image depending on resolution and quality setting
Browser Support	Universal — all browsers including IE5, all operating systems, all mobile devices, all social media platforms	Universal — all browsers, all operating systems, all devices including IE6 and older smartphones
Best For	Animations, icons	Photos, web images

Common Use Cases: GIF → JPG

📸 Photo quality improvement📤 Social media upload quality🖨️ Photo printing orders📧 Email photo attachments

⚠️This conversion only improves quality for static GIFs originally derived from photographs. Animated GIFs will lose their animation — only the first frame is converted to JPG.

GIF

About the GIF

GIF was invented by CompuServe engineer Steve Wilhite in 1987 for transmitting images over slow modem connections. Its 256-color limit reflected the monitor technology of that era. A 1990s patent dispute over LZW compression triggered the creation of PNG as a replacement, but GIF survived due to its unique animation capability. GIF animations experienced a massive cultural resurgence in the 2010s as the dominant format for social media reaction clips.

Strengths

+Universal support on every device and platform ever made

+Animation support with per-frame timing and seamless looping

+Excellent LZW compression for images with large areas of solid color

+Binary transparency works cleanly for logos on solid backgrounds

Limitations

−Hard 256-color limit causes visible banding and dithering on photographs

−Binary transparency only — no anti-aliased edges on variable backgrounds

−Animated GIFs are very large compared to animated WebP or MP4 video

−Color quantization permanently destroys photographic color quality

When to Use GIF

→Simple animations requiring universal cross-platform compatibility

→Icons and logos using 16 or fewer distinct solid colors

→Reaction GIFs and memes where universal sharing compatibility is essential

→Pixel art and intentionally retro-styled graphics

Tips

•Reduce to the minimum color palette needed — every extra color increases file size

•For modern web animations, use animated WebP or a short MP4 video instead of GIF

•Static GIFs should always be converted to PNG for better quality at smaller file sizes

•Dithering can improve photographic GIF quality but significantly increases file size

JPG

About the JPG

Standardized in 1992 by the Joint Photographic Experts Group, JPEG became the internet's dominant image format through the 1990s. Its DCT compression made digital photography practical for early web and digital cameras, enabling photo-sharing at a time when dial-up connections made large files impractical. Today it remains the default format for cameras, smartphones, and photo-sharing platforms worldwide.

Strengths

+Smallest file sizes for photographs (10:1 to 20:1 compression ratio)

+Universal compatibility across every device, software, and platform

+Embeds EXIF metadata (GPS, camera settings, date/time)

+Adjustable quality/size trade-off at save time

+Native support in every digital camera and smartphone

Limitations

−Lossy — permanently discards image data with every save

−No transparency — backgrounds are always solid

−Visible block artifacts on sharp edges, text, and high-contrast areas

−Quality degrades with each re-save (generational quality loss)

−Limited to 8-bit per channel (no HDR or 16-bit depth)