A virtual teacher who reveals to you the great secrets of Base64

Base64 to Image

Comments: 47 | Rating: 4.7/5

Convert Base64 to image online using a free decoding tool which allows you to decode Base64 as image and preview it directly in the browser. In addition, you will receive some basic information about this image (resolution, MIME type, extension, size). And, of course, you will have a special link to download the image to your device. If you are looking for the reverse process, check Image to Base64.

How to convert Base64 to image online

  1. Paste your string in the “Base64” field.
  2. Press the “Decode Base64 to Image” button.
  3. Click on the filename link to download the image.

Important notes about the decoder

The “Base64 to Image” converter will force the decoding result to be displayed as an image, even if it is a different file type. Therefore, if you are not sure that your Base64 string is an image, use the Base64 to file converter since it is capable of displaying various file types. In any case, feel free to give it a try, since this converter will inform you if something is wrong.

Additional decoders

If you want to decode a Base64 string as a specific image format, check the following decoders:

Comments (47)

I hope you enjoy this discussion. In any case, I ask you to join it.

  • Alan,
    Very useful... thanks!
    reply
    • Tarcisio, ↑
      very useful
      reply
  • alimak,
    literally the only website that worked so far
    reply
  • Diogo,
    Hi guys!
    Can you send me, the code to make this in python? I'm trying to use:

    image_code = base64.decodestring(b64_string)
    with open(filename, 'wb') as f:
       f.write(image_code)

    But it does not return an image, only data type archive.
    reply
    • Administrator, ↑
      Hello Diogo. It seems your Base64 is an archived image. Therefore you need to unzip it before saving.
      reply
      • goldman, ↑
        how do i do this with python code?
        reply
    • Anderson, ↑

      image_code  = base64.b64decode(b64_string.replace("\n",""))
      with open(filename, 'wb') as f:
         f.write(image_code )
      reply
      • test, ↑
        test best solution
        reply
    • Brilantdon, ↑
      Do you still need help.
      reply
  • JRC,
    I JUST TYPED MY LIFE STORY OUT IN BASE 64 AND THE PICTURE THAT SHOWED UP WAS OF A ROLL OF TP
    reply
    • Drunkard, ↑
      yeah mate i doubt that
      reply
  • Dmitry,
    Thank you, dude, you helped me so much with my task
    reply
  • Some-random-user,
    The only one that didnt freeze on decode
    reply
  • ukr,
    How do you convert tiff base64 string to any other mime type strings? Currently we are not able to display tiff base64 string using IMG data uri. Any help I reaaly appreciate it.
    reply
  • MUHAMMADSABIR,
    THIS PAGE IS REALLY SO GOOD AND FAST CREATING..
    reply
  • AnonMcAnonface,
    Base 64 image decoder did exactly what I needed it to do. Super amazing! A++++
    Tor compatible, too.
    reply
  • Jaxon,
    Hi, it's not letting me decode:

    '''36d6+c71f+0d93+8206+a73c+768a+dc2d+25dY='''

    Please reply and answer this
    reply
  • Brilantdon,
    Thank you, worked pretty well. I am actually working on a project with the ESP32CAM and just achieved to encode the captured image to Base64.
    reply
  • Amit,
    I have the following hex code, now I want to convert if to Base64 code using PHP. Could somebody assist me to achieve this?

    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 ....
    reply
    • KeremKutlu, ↑
      <?php

      echo base64_encode("YOUR HEX CODE"); //this is printing encoded text to page.

      ?>
      reply
  • sedhu,
    can u send me the code for decoding in angular8
    reply
  • Lovkesh,
    Please guide me...
    i m using this fuction to decode bytes into image and show some error.

    showImage(String image){
       return Image.memory(base64Decode(image), width: 100.0, height: 100.0,);

     }

    FormatException: Invalid length, must be multiple of four (at character 65536)
    ...ZIDHHJI3GNAVHLT4ZXwx4S0KopR8UHHyOdxKtphC4OZ5HaIF76fEzzEMI91MyOpqGxeUjUrZseD
    reply
    • Administrator, ↑
      It seems you have to append the padding to your Base64 string. If you are sure that your strings are not truncated/corrupted, you can append the padding chars before decoding the Base64 string. Perhaps, something like this:

      int mod = image.length % 4;
      if (mod > 0) {
         image += "=" * (4 - mod);
      }
      reply
  • Stavros,
    This is great, thanks! Is there a command line on ubuntu that will do the same thing? I tried to decode with base64 -d file.txt > file.jpg but it complains about invalid input. The same content works fine with your utility.

    Stavros
    reply
  • Sara,
    I need help in decoding this puzzle. VGV4dDogIkltb3Q6IEpEIE91ZnFkIG9sciB6dmNuICdYcW5nY2p1c2dmeicgaHFtIGUgZWtuZmx5IFd4dms6IE10YyBhIHltcmR1ZGVnaCBqdmJwaXFlZyAgdWMgMTM/IiBIaW50OiAiRGVjb2RlIHdpdGggc29tZXRoaW5nIGZyZW5jaC1zb3VuZGluZy4gVXNlIHRoZSBib3QncyBuYW1lIGFzIHlvdXIga2V5LiI=
    reply
    • dfscs, ↑
      Text: "Imot: JD Oufqd olr zvcn 'Xqngcjusgfz' hqm e eknfly Wxvk: Mtc a ymrdudegh jvbpiqeg uc 13?" Hint: "Decode with something french-sounding. Use the bot's name as your key."
      reply
  • BDO,
    Merci, cela m'a bien aidé !
    reply
  • Clifford,
    2 questions.

    1. PNG images, can I add something to the base64 code to rotate it 180 degrees?

    2. Can I decode for a Zebra thermal printer (ZPLII)?
    reply
    • Clifford, ↑
      PNG:
      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
      reply
    • Clifford, ↑
      Zebra: 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
      reply
  • shdw,
    Can I have the code for converting base64 to an Image?
    reply
  • vladimir,
    Hello what is the data behind this. I tried base64 but gives me random characters


    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
    reply
  • Subscribe,
    I love this page also do you know what is this?

    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
    reply
    • Emeraldnickel, ↑
      It's a VERY low-res and kinda weird image. There's some coloured squares, one of them containing a number 2, and some hand-written text saying 'help me' in black.
      reply
      • Subscribe, ↑
        Thanks for the reply! i like ur comment!
        reply
  • daae94,
    Heloo there can some one help me to convert an base64 png from signature pad to image on PDF, i trying it on my page, but the signature didn't appear on my PDF
    this code that i actually use

    @php
    $db = mysqli_connect("localhost","root","","perform"); //keep your db name
    $sql = "SELECT * FROM meetings where id = $item->id";
    $sth = $db->query($sql);
    $result=mysqli_fetch_array ($sth);
    echo '<img src="data:image/png;base64,'.base64_decode($result ['signature'] ) .'" />';
    @endphp
    reply
  • Subscribe,
    why i cant decode this image?

    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

    can you help me decode this image please?
    reply
    • Administrator, ↑
      Hi! In fact, your string is a valid Base64 value. The problem is that the PNG image appears to be corrupted and therefore your browser cannot display it. However, you can download the image and view it on your device. A simple way to fix your image is to "reconvert" it to PNG using a image editor or converter.
      reply
      • Subscribe, ↑
        a other reply? this is my second time getting a reply to one of my comments on ur site!

        also i can now decode this image

        here is the image that can be decoded!

        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

        the string was containing a /U+a79d/ and i removed it and the image can now be decoded!
        reply
  • Dan,
    Hi There

    First off, love the site, I've been searching all over for help with things on here that you make look so easy!
    I'm curious as to how you can detect file type, resolution, etc. from the Base64 string? Which part of the string should I be looking at to detect these things? I didn't even know it was possible

    Thanks, Dan
    reply
    • Administrator, ↑
      Hello Dan! Thank you for your kind words.

      The Base64 string doesn't contain such information. So, first of all you have to decode it to original data and try to guess the file type. To do this, you will need to use file signatures (also known as "Magic Numbers" or "Magic Bytes"). Of course, there are programming languages that already provide such functions or libraries.
      reply
  • ARIYAN,
    Any one tell me how to decode lib files plzz??
    reply
  • Eric,
    Fantastic - repaired my ancient base 64 encode of an image from 2003 and then processed the image flawlessly. Thank You.
    reply
  • Altair,
    Hello friends,
    I'm searching C++ code .wav to Base64. I need a C++ example. Can you send me code, if you have?
    reply
  • JOHN,
    Hi,

    I really like your site. It is quite educational and informative.
    After decoding my base64 string to .jpg and when try to open it, the image file show damage or too large of corrupted and it can not open

    Please it the solution

    Thanks
    reply
  • Tania,
    after repairing, I didn't show a preview of my image, just a placeholder
    reply
  • Narciso,
    Im really grateful this exist, it has helped me through many projects.

    Keep the good work buddy!
    reply
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