ASCII Table

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NUL
0x00 0
SOH
0x01 1
STX
0x02 2
ETX
0x03 3
EOT
0x04 4
ENQ
0x05 5
ACK
0x06 6
BEL
0x07 7
BS
0x08 8
HT
0x09 9
LF
0x0A 10
VT
0x0B 11
FF
0x0C 12
CR
0x0D 13
SO
0x0E 14
SI
0x0F 15
DLE
0x10 16
DC1
0x11 17
DC2
0x12 18
DC3
0x13 19
DC4
0x14 20
NAK
0x15 21
SYN
0x16 22
ETB
0x17 23
CAN
0x18 24
EM
0x19 25
SUB
0x1A 26
ESC
0x1B 27
FS
0x1C 28
GS
0x1D 29
RS
0x1E 30
US
0x1F 31
0x20 32
!
0x21 33
"
0x22 34
#
0x23 35
$
0x24 36
%
0x25 37
&
0x26 38
'
0x27 39
(
0x28 40
)
0x29 41
*
0x2A 42
+
0x2B 43
,
0x2C 44
-
0x2D 45
.
0x2E 46
/
0x2F 47
0
0x30 48
1
0x31 49
2
0x32 50
3
0x33 51
4
0x34 52
5
0x35 53
6
0x36 54
7
0x37 55
8
0x38 56
9
0x39 57
:
0x3A 58
;
0x3B 59
<
0x3C 60
=
0x3D 61
>
0x3E 62
?
0x3F 63
@
0x40 64
A
0x41 65
B
0x42 66
C
0x43 67
D
0x44 68
E
0x45 69
F
0x46 70
G
0x47 71
H
0x48 72
I
0x49 73
J
0x4A 74
K
0x4B 75
L
0x4C 76
M
0x4D 77
N
0x4E 78
O
0x4F 79
P
0x50 80
Q
0x51 81
R
0x52 82
S
0x53 83
T
0x54 84
U
0x55 85
V
0x56 86
W
0x57 87
X
0x58 88
Y
0x59 89
Z
0x5A 90
[
0x5B 91
\
0x5C 92
]
0x5D 93
^
0x5E 94
_
0x5F 95
`
0x60 96
a
0x61 97
b
0x62 98
c
0x63 99
d
0x64 100
e
0x65 101
f
0x66 102
g
0x67 103
h
0x68 104
i
0x69 105
j
0x6A 106
k
0x6B 107
l
0x6C 108
m
0x6D 109
n
0x6E 110
o
0x6F 111
p
0x70 112
q
0x71 113
r
0x72 114
s
0x73 115
t
0x74 116
u
0x75 117
v
0x76 118
w
0x77 119
x
0x78 120
y
0x79 121
z
0x7A 122
{
0x7B 123
|
0x7C 124
}
0x7D 125
~
0x7E 126
DEL
0x7F 127
No match in ASCII

Code pages

0x80 128
0x81 129
0x82 130
ƒ
0x83 131
0x84 132
0x85 133
0x86 134
0x87 135
ˆ
0x88 136
0x89 137
Š
0x8A 138
0x8B 139
Œ
0x8C 140
0x8D 141
Ž
0x8E 142
0x8F 143
0x90 144
0x91 145
0x92 146
0x93 147
0x94 148
0x95 149
0x96 150
0x97 151
˜
0x98 152
0x99 153
š
0x9A 154
0x9B 155
œ
0x9C 156
0x9D 157
ž
0x9E 158
Ÿ
0x9F 159
 
0xA0 160
¡
0xA1 161
¢
0xA2 162
£
0xA3 163
¤
0xA4 164
¥
0xA5 165
¦
0xA6 166
§
0xA7 167
¨
0xA8 168
©
0xA9 169
ª
0xAA 170
«
0xAB 171
¬
0xAC 172
­
0xAD 173
®
0xAE 174
¯
0xAF 175
°
0xB0 176
±
0xB1 177
²
0xB2 178
³
0xB3 179
´
0xB4 180
µ
0xB5 181
0xB6 182
·
0xB7 183
¸
0xB8 184
¹
0xB9 185
º
0xBA 186
»
0xBB 187
¼
0xBC 188
½
0xBD 189
¾
0xBE 190
¿
0xBF 191
À
0xC0 192
Á
0xC1 193
Â
0xC2 194
Ã
0xC3 195
Ä
0xC4 196
Å
0xC5 197
Æ
0xC6 198
Ç
0xC7 199
È
0xC8 200
É
0xC9 201
Ê
0xCA 202
Ë
0xCB 203
Ì
0xCC 204
Í
0xCD 205
Î
0xCE 206
Ï
0xCF 207
Ð
0xD0 208
Ñ
0xD1 209
Ò
0xD2 210
Ó
0xD3 211
Ô
0xD4 212
Õ
0xD5 213
Ö
0xD6 214
×
0xD7 215
Ø
0xD8 216
Ù
0xD9 217
Ú
0xDA 218
Û
0xDB 219
Ü
0xDC 220
Ý
0xDD 221
Þ
0xDE 222
ß
0xDF 223
à
0xE0 224
á
0xE1 225
â
0xE2 226
ã
0xE3 227
ä
0xE4 228
å
0xE5 229
æ
0xE6 230
ç
0xE7 231
è
0xE8 232
é
0xE9 233
ê
0xEA 234
ë
0xEB 235
ì
0xEC 236
í
0xED 237
î
0xEE 238
ï
0xEF 239
ð
0xF0 240
ñ
0xF1 241
ò
0xF2 242
ó
0xF3 243
ô
0xF4 244
õ
0xF5 245
ö
0xF6 246
÷
0xF7 247
ø
0xF8 248
ù
0xF9 249
ú
0xFA 250
û
0xFB 251
ü
0xFC 252
ý
0xFD 253
þ
0xFE 254
ÿ
0xFF 255
No match on this code page

About this tool

Look up ASCII codes and explore common ASCII-compatible code pages with this tool. Here, you can find a complete ASCII table. Click on a character to view details like the HTML entity for the character, its UTF-8 and UTF-16 encodings, and more. You can also search for characters by name, byte value, codepoint, or HTML entity. For example, you can search for the hex code 4C by entering 0x4C in the search bar. Also check out Typst's symbol reference to learn how to write various symbols in Typst.

About Typst

This ASCII table is based on the know-how we accrued developing Typst, our online platform for technical writing. If you need a solution to write up and manage your technical knowledge, then Typst is right for you. Structure your content with Markup, enjoy automatic formatting. You can even build and share powerful automations to speed up your writing.

Try it now, for free!

About code pages

The American Standard Code for Information Interchange (commonly shortened to ASCII) standard only defines 128 characters. However, a single byte can represent 256 different values. This means that there are 128 characters that are not defined by ASCII. Many operating systems and applications define more characters in this range, often depending on the language of the user. These different encodings are called code pages. Today, most applications use Unicode-based encodings instead of code pages.

About Unicode

The Unicode standard aims to allow users in all languages and regions to encode and exchange text in their native scripts. Started in 1987, Unicode has grown to include over 149,000 characters and other symbols. Today, Unicode is the standard representation of text on computers. Each character has a unique codepoint, which often cannot be represented in a single byte. The encodings UTF-8 and UTF-16 are commonly used to represent Unicode characters. Notably, UTF-8 and ASCII are compatible, as the first 128 codepoints of Unicode are the same as ASCII.