Binary Code Converter - Free Online Tool to Convert Binary code to Text

Binary Code Converter - Free Online Tool to Convert Binary code to Text

This is a free online tool that lets you convert binary code into text. It's simple, fast and easy to use.
Just paste your binary code in the box below and click on "Convert" button.
Your translation will be displayed right after that!

Enter or paste your Binary:

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About Binary Code Converter - Free Online Tool to Convert Binary code to Text

How to use Binary Code Converter

Follow these steps to convert Binary Code to English text using the best binary translator.

Step 1: Enter your binary code or paste it into the text box.

Step 2: Click on the Convert to Text button.

Step 3: Tool will convert the Binary Code to English Text. For example "01000001" will be converted to A.

In spite of the fact that there are many binary to string converters online, our tool is highly accurate. To convert Text to Binary, you can use Text to Binary Converter.

What are Binary Numbers?

Digital electronics uses binary numbers to represent information numerically. 0 and 1, respectively. These bits are represented on computers as on (1) and off (0) respectively (0 as off/false & 1 as on/true). The digital term BIT is shorthand for "Binary digIT".

Bits in a computer are the smallest unit of data used to represent a single binary value, either 0 or 1. A byte consists of eight bits, which together encode a single character.

ASCII - Binary to Text Conversion Table

Use this table to refer ASCII values for Text

Binary	Text (ASCII)
00000000	NUL
00000001	SOH
00000010	STX
00000011	ETX
00000100	EOT
00000101	ENQ
00000110	ACK
00000111	BEL
00001000	BS
00001001	HT
00001010	LF
00001011	VT
00001100	FF
00001101	CR
00001110	SO
00001111	SI
00010000	DLE
00010001	DC1
00010010	DC2
00010011	DC3
00010100	DC4
00010101	NAK
00010110	SYN
00010111	ETB
00011000	CAN
00011001	EM
00011010	SUB
00011011	ESC
00011100	FS
00011101	GS
00011110	RS
00011111	US
00100000	Space
00100001	!
00100010	"
00100011	#
00100100	$
00100101	%
00100110	&
00100111	'
00101000	(
00101001	)
00101010	*
00101011	+
00101101	-
00101110	.
00101111	/
00110000	0
00110001	1
00110010	2
00110011	3
00110100	4
00110101	5
00110110	6
00110111	7
00111000	8
00111001	9
00111010	:
00111011	;
00111100	<
00111101	=
00111110	>
00111111	?
01000000	@
01000001	A
01000010	B
01000011	C
01000100	D
01000101	E
01000110	F
01000111	G
01001000	H
01001001	I
01001010	J
01001011	K
01001100	L
01001101	M
01001110	N
01001111	O
01010000	P
01010001	Q
01010010	R
01010011	S
01010100	T
01010101	U
01010110	V
01010111	W
01011000	X
01011001	Y
01011010	Z
01011011	[
01011100	\
01011101	]
01011110	^
01011111	_
01100000	`
01100001	a
01100010	b
01100011	c
01100100	d
01100101	e
01100110	f
01100111	g
01101000	h
01101001	i
01101010	j
01101011	k
01101100	l
01101101	m
01101110	n
01101111	o
01110000	p
01110001	q
01110010	r
01110011	s
01110100	t
01110101	u
01110110	v
01110111	w
01111000	x
01111001	y
01111010	z
01111011	{
01111100	\|
01111101	}
01111110	~
01111111	DEL