ASCII Table

Char	Decimal	Hex	Binary
space	32	0x20	00100000
!	33	0x21	00100001
"	34	0x22	00100010
#	35	0x23	00100011
$	36	0x24	00100100
%	37	0x25	00100101
&	38	0x26	00100110
'	39	0x27	00100111
(	40	0x28	00101000
)	41	0x29	00101001
*	42	0x2A	00101010
+	43	0x2B	00101011
,	44	0x2C	00101100
-	45	0x2D	00101101
.	46	0x2E	00101110
/	47	0x2F	00101111
0	48	0x30	00110000
1	49	0x31	00110001
2	50	0x32	00110010
3	51	0x33	00110011
4	52	0x34	00110100
5	53	0x35	00110101
6	54	0x36	00110110
7	55	0x37	00110111
8	56	0x38	00111000
9	57	0x39	00111001
:	58	0x3A	00111010
;	59	0x3B	00111011
<	60	0x3C	00111100
=	61	0x3D	00111101
>	62	0x3E	00111110
?	63	0x3F	00111111
@	64	0x40	01000000
A	65	0x41	01000001
B	66	0x42	01000010
C	67	0x43	01000011
D	68	0x44	01000100
E	69	0x45	01000101
F	70	0x46	01000110
G	71	0x47	01000111
H	72	0x48	01001000
I	73	0x49	01001001
J	74	0x4A	01001010
K	75	0x4B	01001011
L	76	0x4C	01001100
M	77	0x4D	01001101
N	78	0x4E	01001110
O	79	0x4F	01001111
P	80	0x50	01010000
Q	81	0x51	01010001
R	82	0x52	01010010
S	83	0x53	01010011
T	84	0x54	01010100
U	85	0x55	01010101
V	86	0x56	01010110
W	87	0x57	01010111
X	88	0x58	01011000
Y	89	0x59	01011001
Z	90	0x5A	01011010
[	91	0x5B	01011011
\	92	0x5C	01011100
]	93	0x5D	01011101
^	94	0x5E	01011110
_	95	0x5F	01011111
`	96	0x60	01100000
a	97	0x61	01100001
b	98	0x62	01100010
c	99	0x63	01100011
d	100	0x64	01100100
e	101	0x65	01100101
f	102	0x66	01100110
g	103	0x67	01100111
h	104	0x68	01101000
i	105	0x69	01101001
j	106	0x6A	01101010
k	107	0x6B	01101011
l	108	0x6C	01101100
m	109	0x6D	01101101
n	110	0x6E	01101110
o	111	0x6F	01101111
p	112	0x70	01110000
q	113	0x71	01110001
r	114	0x72	01110010
s	115	0x73	01110011
t	116	0x74	01110100
u	117	0x75	01110101
v	118	0x76	01110110
w	119	0x77	01110111
x	120	0x78	01111000
y	121	0x79	01111001
z	122	0x7A	01111010
{	123	0x7B	01111011
\|	124	0x7C	01111100
}	125	0x7D	01111101
~	126	0x7E	01111110

FAQ

ASCII, explained.

Why does the table start at 32 instead of 0?

Codes 0–31 are non-printable control characters (like tab, line feed and escape) left over from teleprinter days. They don't display as a visible glyph, so this reference sticks to the 95 printable characters, 32 (space) through 126 (~).

What's the difference between ASCII and Unicode/UTF-8?

ASCII only covers these 128 codes (0–127), enough for basic English. Unicode (commonly encoded as UTF-8) extends this to every writing system and emoji in use — see it in action on the Binary Translator’s UTF-8 mode.

How do I look up a character's hex value quickly?

Find the character in this table for an instant lookup, or type it into the Hex Translator for a live, multi-character conversion.

ASCII, explained.

Binary Translator

Hex Translator

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