Binary to Hex
Binary to hexadecimal converter allows you to convert binary to hex format with one click. Just type your binary digits and press convert to get the accurate conversion.
You can convert your complex binary codes into the hexadecimal format by following the below steps.
Step-1: Enter the binary code in the input box that you want to convert to hex digits.
Step-2: Click the “Convert” button for conversion.
Step-3: The results will appear in the right box immediately.
Step-4: Copy results to your clipboard or save the file by clicking on the “Download” button.
The main functionalities of our free binary to hex converter are as follow:
Completely Free
You can find many online binary to hexadecimal converters, but most are paid and require registration. However, Duplichecker provides a free binary to hex converter that does not require any registration from users. You can use the utility as many times as you desire without any restriction.
Easy to Use Interface
The binary to hex converter has a user-friendly interface that lets you use it without any complex procedure. Even if you are a beginner, you can easily use the utility and perform conversion straightaway.
Speedy Conversion
Unlike most online binary to hex converters, our bin to hex conversion tool doesn’t make you wait long for conversion. Once you enter the binary code and press the convert button, the utility will quickly convert binary to hexadecimal digits.
Accurate Outcomes
The binary to hex converter provides you with accurate results in just a few seconds. If you were not sure about the accuracy, you can further examine the results manually.
Device Compatibility
The online binary to hex converter is a web-based utility that can be accessed from all devices, including Android, Mac, Tablets, and personal computers.
The conventional ways of converting binary to hex values often require extensive time and strong mathematical skills. Moreover, you have to make lengthy calculations and remember the conversion table values to accomplish this task. However, you can take help from the below methods to convert binary to hex format. Let’s have a look.
Method 1: Convert Binary to Hex with Conversion Table
The most preferred and easiest way of converting binary to hexadecimal is by using a conversion table. We all know that binary numbers consist of 0 and 1, which are known as bits. In contrast, hexadecimal is also a positional numeral system in which each hex digit represents 4 bits (binary digits) or numbers containing Alphabets from A to F.
Let’s understand how this method works by converting (00101101101)2 to hexadecimal.
For example: Convert (00101101101)2 to Hexadecimal.
First, group the binary numbers into the set of 4 digits starting from the right. We all know that every 4 numbers in binary become 1 digit in hexadecimal. If the total numbers cannot be divided into four digits, we add zeros to the left of the last digit.
0001 0110 1101
Now, find the corresponding hexadecimal number from the binary to hexadecimal table.
0001 = 1, 0110 = 6, 1101 = D
Now, combine the numbers to get the final value.
(00101101101)2 = 16D
Method 2: Convert Binary to Hex Without Conversion Table
The following method allows you to convert binary numbers to hexadecimal without using a conversion table. In this method, binary numbers are first converted to decimal, and then they will translate into hexadecimal. The binary number can be translated into a decimal number by multiplying each binary digit by the respective power of 2. Later, convert decimal to hexadecimal by dividing 16 until the quotient is zero.
The following binary to hexadecimal example will help you get familiar with the method adequately.
For example: Convert (0101010101011)2 to Hexadecimal.
First, we translate the binary number to decimal.
(0101010101011)2 = 0 × 212 + 1 × 211 + 0 × 210 + 1 × 29 + 0 × 28 + 1 × 27 + 0 × 26 + 1 × 25 + 0 × 24 + 1 × 23 + 0 × 22 + 1 × 21 + 1 × 20
(0101010101011)2 = 0 × 4096 + 1 × 2048 + 0 × 1024 + 1 × 512 + 0 × 256 + 1 × 128 + 0 × 64 + 1 × 32 + 0 × 16 + 1 × 8 + 0 × 4 + 1 × 2 + 1 × 1
(0101010101011)2 = 0 + 2048 + 0 + 512 + 0 + 128 + 0 + 32 + 0 + 8 + 0 + 2 + 1
(0101010101011)2 = 2731
Therefore, (0101010101011)2 = (2731)10
Now, as we have obtained the decimal number, we convert it into hexadecimal. We will divide the decimal value, which is 2731 by 16 until the quotient is zero.
2731/16 = 170 is the quotient; the remainder is 11
170/16 = 10 is the quotient; the remainder is 10
10/16 = 0 is the quotient; the remainder is 10
The final obtained number by positioning the numbers from bottom to top will be 101011. As we all know that the hexadecimal number system only deals with 0 - 9 in numbers and 10 -15 in alphabets as A - F; therefore, the obtained number in hexadecimal will be = AAB
Hence, (0101010101011)2 = (AAB)16
Hexadecimal Number System
Hexadecimal, often shortened as hex, is a system based on the base 16 that is used to simplify how binary numbers are represented. The hexadecimal numeral system is a 16 symbols numeral system developed so that an 8-bit binary number can be written.
It can be represented using only two diverse hex digits - one hex digit illustrating each nibble or either in 4-bits. The hexadecimal system is more successful than other number systems because it is easier to write numbers as hexadecimal.
The hexadecimal system uses the decimal numbers (0-9) and depicts six extra symbols A B C D E F. Letters which are taken from the English alphabet, used as the numerical symbols for the values which are greater than ten. For instance, Hexadecimal “A” represents decimal 10, and hexadecimal “F” indicates decimal 15.
Uses of Hexadecimal Number System
The hexadecimal number system is mostly preferred by the software developers and coders to simplify the base-2 number system. The binary system is used by a computer system; however, humans use the hexadecimal system to shorten binary numbers. Moreover, converting binary to hex format will make it easier for humans to understand it easily.
The primary uses of the hexadecimal system are as follows:
- Hexadecimal numbers are often used to define the locations in memory. They can easily describe each byte as two hexadecimal digits that can be compared to eight digits while using binary format.
- Web developers often use hexadecimal numbers to define colors on web pages. The RGB colors are often characterized by two hexadecimal digits. For instance, RR stands for red, GG stands for green, and BB stands for blue.
- Hexadecimal is also used to represent Media Access Control (MAC) addresses which consist of 12-digit hexadecimal numbers.
- Hexadecimal is used to display error messages. It will also help programmers to find and fix an error.
Binary Number System
The binary system is a base-2 system that contains two digits (0,1). Humans mostly use the decimal system whereas, computers and all digital devices generally use a binary language system. The system has a string of zeros and ones that are encoded into the computers to receive and provide a command. Professionals who work with computers tend to group bits for a more precise understanding.
| Binary | Hexadecimal | ASCII |
|---|---|---|
| 00000000 | 00 | NUL |
| 00000001 | 01 | SOH |
| 00000010 | 02 | STX |
| 00000011 | 03 | ETX |
| 00000100 | 04 | EOT |
| 00000101 | 05 | ENQ |
| 00000110 | 06 | ACK |
| 00000111 | 07 | BEL |
| 00001000 | 08 | BS |
| 00001001 | 09 | HT |
| 00001010 | 0A | LF |
| 00001011 | 0B | VT |
| 00001100 | 0C | FF |
| 00001101 | 0D | CR |
| 00001110 | 0E | SO |
| 00001111 | 0F | SI |
| 00010000 | 10 | DLE |
| 00010001 | 11 | DC1 |
| 00010010 | 12 | DC2 |
| 00010011 | 13 | DC3 |
| 00010100 | 14 | DC4 |
| 00010101 | 15 | NAK |
| 00010110 | 16 | SYN |
| 00010111 | 17 | ETB |
| 00011000 | 18 | CAN |
| 00011001 | 19 | EM |
| 00011010 | 1A | SUB |
| 00011011 | 1B | ESC |
| 00011100 | 1C | FS |
| 00011101 | 1D | GS |
| 00011110 | 1E | RS |
| 00011111 | 1F | US |
| 00100000 | 20 | Space |
| 00100001 | 21 | ! |
| 00100010 | 22 | " |
| 00100011 | 23 | # |
| 00100100 | 24 | $ |
| 00100101 | 25 | % |
| 00100110 | 26 | & |
| 00100111 | 27 | ' |
| 00101000 | 28 | ( |
| 00101001 | 29 | ) |
| 00101010 | 2A | * |
| 00101011 | 2B | + |
| 00101101 | 2D | - |
| 00101110 | 2E | . |
| 00101111 | 2F | / |
| 00110000 | 30 | 0 |
| 00110001 | 31 | 1 |
| 00110010 | 32 | 2 |
| 00110011 | 33 | 3 |
| 00110100 | 34 | 4 |
| 00110101 | 35 | 5 |
| 00110110 | 36 | 6 |
| 00110111 | 37 | 7 |
| 00111000 | 38 | 8 |
| 00111001 | 39 | 9 |
| 00111010 | 3A | : |
| 00111011 | 3B | ; |
| 00111100 | 3C | < |
| 00111101 | 3D | = |
| 00111110 | 3E | > |
| 00111111 | 3F | ? |
| 01000000 | 40 | @ |
| 01000001 | 41 | A |
| 01000010 | 42 | B |
| 01000011 | 43 | C |
| 01000100 | 44 | D |
| 01000101 | 45 | E |
| 01000110 | 46 | F |
| 01000111 | 47 | G |
| 01001000 | 48 | H |
| 01001001 | 49 | I |
| 01001010 | 4A | J |
| 01001011 | 4B | K |
| 01001100 | 4C | L |
| 01001101 | 4D | M |
| 01001110 | 4E | N |
| 01001111 | 4F | O |
| 01010000 | 50 | P |
| 01010001 | 51 | Q |
| 01010010 | 52 | R |
| 01010011 | 53 | S |
| 01010100 | 54 | T |
| 01010101 | 55 | U |
| 01010110 | 56 | V |
| 01010111 | 57 | W |
| 01011000 | 58 | X |
| 01011001 | 59 | Y |
| 01011010 | 5A | Z |
| 01011011 | 5B | [ |
| 01011100 | 5C | \ |
| 01011101 | 5D | ] |
| 01011110 | 5E | ^ |
| 01011111 | 5F | _ |
| 01100000 | 60 | ` |
| 01100001 | 61 | a |
| 01100010 | 62 | b |
| 01100011 | 63 | c |
| 01100100 | 64 | d |
| 01100101 | 65 | e |
| 01100110 | 66 | f |
| 01100111 | 67 | g |
| 01101000 | 68 | h |
| 01101001 | 69 | i |
| 01101010 | 6A | j |
| 01101011 | 6B | k |
| 01101100 | 6C | l |
| 01101101 | 6D | m |
| 01101110 | 6E | n |
| 01101111 | 6F | o |
| 01110000 | 70 | p |
| 01110001 | 71 | q |
| 01110010 | 72 | r |
| 01110011 | 73 | s |
| 01110100 | 74 | t |
| 01110101 | 75 | u |
| 01110110 | 76 | v |
| 01110111 | 77 | w |
| 01111000 | 78 | x |
| 01111001 | 79 | y |
| 01111010 | 7A | z |
| 01111011 | 7B | { |
| 01111100 | 7C | | |
| 01111101 | 7D | } |
| 01111110 | 7E | ~ |
| 01111111 | 7F | DEL |
