Binary to Text

Binary to Text

How it works - Each character in the binary-to-text converter uses a fixed 1 byte. For each character, a different number of bytes are used. Each binary number must have a delimiter. A simple utility for converting binary data to text is our online binary-to-text covert. Convert, Copy, and Paste. This simple binary translator makes it simple to convert binary code to ordinary (English) text. A conversion table from Binary to Text is included at the end of this post

Why is Binary Code Converted to Text?

Direct communication with individuals via binary code is uncommon. While computers store, sort, and transfer data using binary digits, they convert these 0s and 1s into other, more comprehensible representations.

 There are various potential justifications for using a binary converter. It takes time, even if you already know how to translate between binary code and various different languages manually. Binary strings can be swiftly copied and pasted into a binary-to-text converter, and the output is seen almost instantly.

Our online tool will assist you in rapidly decoding any binary-based codes that have been used to conceal information. You may easily copy and paste the string into the first text field to translate the text no matter where it appears on the internet.

In an environment where everything is expressed in binary data, you can be required to convert binary data as part of your homework or to solve a problem. This is where the text-to-binary tool comes into place.

Why use our tool - Speed and convenience are the key benefits of using a binary translator over a manual conversion procedure. However, understanding how to handle and convert binary code can be very instructive and beneficial. That why we have included the Binary to ASCII text conversion table at the bottom of this post

Steps to Convert Binary to Text

  1. Select the text you want to convert – Copy the text
  2. Paste the text you copied from step one into the above text box
  3. Click the ‘Convert’ button

Binary

ASCII
Character

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

+

00101100

,

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

 

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