Base32 to ASCII & ASCII to Base32 Converter: Quick & Easy Online Tool
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Base32 to ASCII & ASCII to Base32 Converter: Quick & Easy Online Tool

With our free online tool, you can easily convert from Base32 and ASCII. Ideal for jobs involving computer science, cryptography, and encoding. On all devices, it is safe, secure, and responsive.

Base32-ASCII Translator

Input

Output

What is the Convert Base32 to ASCII & ASCII to Base32 Tool?

The “Convert Base32 to ASCII & ASCII to Base32” program is a web-based utility for converting data between Base32 and ASCII (text) formats. Base32 is a binary-to-text encoding scheme that uses a 32-character set mostly made up of letters and digits to represent binary data. This program streamlines the process of encoding and decoding Base32 data, making it simple to work with both forms.

What is Base32?

Base32 is a binary-to-text encoding scheme that represents binary data in a human-readable format using a set of 32 different characters. It was designed to be more efficient than older encoding methods like Base64, which uses a 64-character set, while still providing data integrity and case-insensitivity.

Base32 uses a set of 32 characters to represent binary data. These characters typically include the numbers 0-9 and a selection of uppercase letters (A-Z) excluding characters that can be easily confused, such as ‘0’ and ‘O’ or ‘1’ and ‘l’.

What is Base32? - Base32 Basics - Base32 Infographic

What is ASCII?

ASCII, which stands for “American Standard Code for Information Interchange”, is a character encoding system that uses binary numbers to represent text and control characters. It was developed in the early 1960s as a standardized way of encoding characters and symbols in digital form, allowing different computer systems to interchange and display text in a consistent manner.

ASCII represents characters using a 7-bit binary code. This provides for a total of 128 unique characters, including control characters, numerals, uppercase and lowercase letters, and punctuation symbols.

Each ASCII code (a number between 0 and 127) corresponds to a specific character or control function. For example, ASCII code 65 represents the uppercase letter ‘A’, whereas code 32 represents the space character.

What is ASCII - ASCII infographic

How do I use the Base32 to ASCII Converter?

Our converter offers a seamless and efficient experience, allowing you to quickly and easily convert your data without any hassle.

  1. Simply input the ASCII or Base32 value you want to convert.
  2. Press the “Base32 to ASCII” or “ASCII to Base32” button, depending on what you want to convert from.
  3. You can see the result in the output field, which you can copy using the button below.

Is my data safe?

Yes, as all conversions are done on your device (client side), no data is sent to our servers. Therefore, the whole process is completely secure.

Can I use this tool on my mobile device?

Yes, our online tool is responsive and works perfectly on PC, phone, tablet, TV, notebook.

Please note, however, that some older devices and web browsers may not work as usual.

Base32 Characters

Base32 encoding employs a 32-character set to represent binary data. The character set usually includes the following 32 characters:

BinaryDecimalBase32
000000A
000011B
000102C
000113D
001004E
001015F
001106G
001117H
010008I
010019J
0101010K
0101111L
0110012M
0110113N
0111014O
0111115P
1000016Q
1000117R
1001018S
1001119T
1010020U
1010121V
1011022W
1011123X
1100024Y
1100125Z
11010262
11011273
11100284
11101295
11110306
11111317

ASCII Characters

It includes a set of 128 characters, including both printable characters and control characters. Here’s a list of ASCII characters:

DecimalHexadecimalBinaryCharacter
000NUL
111SOH
2210STX
3311ETX
44100EOT
55101ENQ
66110ACK
77111BEL
881000BS
991001HT
100A1010LF
110B1011VT
120C1100FF
130D1101CR
140E1110SO
150F1111SI
161010000DLE
171110001DC1
181210010DC2
191310011DC3
201410100DC4
211510101NAK
221610110SYN
231710111ETB
241811000CAN
251911001EM
261A11010SUB
271B11011ESC
281C11100FS
291D11101GS
301E11110RS
311F11111US
3220100000space
3321100001!
3422100010
3523100011#
3624100100$
3725100101%
3826100110&
3927100111
4028101000(
4129101001)
422A101010*
432B101011+
442C101100,
452D101101
462E101110.
472F101111/
48301100000
49311100011
50321100102
51331100113
52341101004
53351101015
54361101106
55371101117
56381110008
57391110019
583A111010:
593B111011;
603C111100<
613D111101=
623E111110>
633F111111?
64401000000@
65411000001A
66421000010B
67431000011C
68441000100D
69451000101E
70461000110F
71471000111G
72481001000H
73491001001I
744A1001010J
754B1001011K
764C1001100L
774D1001101M
784E1001110N
794F1001111O
80501010000P
81511010001Q
82521010010R
83531010011S
84541010100T
85551010101U
86561010110V
87571010111W
88581011000X
89591011001Y
905A1011010Z
915B1011011[
925C1011100\
935D1011101]
945E1011110^
955F1011111_
96601100000`
97611100001a
98621100010b
99631100011c
100641100100d
101651100101e
102661100110f
103671100111g
104681101000h
105691101001i
1066A1101010j
1076B1101011k
1086C1101100l
1096D1101101m
1106E1101110n
1116F1101111o
112701110000p
113711110001q
114721110010r
115731110011s
116741110100t
117751110101u
118761110110v
119771110111w
120781111000x
121791111001y
1227A1111010z
1237B1111011{
1247C1111100|
1257D1111101}
1267E1111110~
1277F1111111DEL