Binary to HEX
Biner ke HEX (Heksadesimal) adalah proses mengubah bilangan biner (basis-2) menjadi bilangan heksadesimal yang setara (basis-16). Konversi ini umum terjadi dalam komputasi karena heksadesimal menyediakan cara yang lebih ringkas dan mudah dibaca manusia untuk merepresentasikan data biner, terutama ketika berhadapan dengan string biner yang panjang.
Binary to HEX (Hexadecimal) is the process of converting a binary number (base-2) into its equivalent hexadecimal number (base-16). This conversion is common in computing because hexadecimal provides a more compact and human-readable way to represent binary data, especially when dealing with long binary strings.
How It Works:
- Group the binary number into 4-bit chunks (since 4 binary digits represent one hexadecimal digit).
- Convert each 4-bit chunk to its corresponding hexadecimal value: Each 4-bit group (or nibble) corresponds to a single hexadecimal digit.
- Combine the hexadecimal digits to form the full hexadecimal number.
Example of Binary to HEX Conversion:
Let's convert the binary number 110110101011
into hexadecimal.
- Group the binary number into 4-bit chunks:
1101 1010 1011
- Convert each 4-bit chunk to its corresponding hexadecimal value:
1101
(binary) =D
(hexadecimal)1010
(binary) =A
(hexadecimal)1011
(binary) =B
(hexadecimal)
- Result: The binary number
110110101011
corresponds to the hexadecimal valueDAB
.
Example 2:
Let's convert the binary number 101101001
into hexadecimal.
- Group the binary number into 4-bit chunks:
1011 0100 1
(but we need to add leading zeros to complete the last group)0010 1101 0001
becomes1011 0100 0001
.
- Convert each 4-bit chunk to its corresponding hexadecimal value:
1011
(binary) =B
(hexadecimal)0100
(binary) =4
(hexadecimal)0001
(binary) =1
(hexadecimal)
- Result: The binary number
101101001
isB41
in hexadecimal.
Steps of Conversion:
- Step 1: Group the binary number into 4-bit chunks starting from the right. If the number of bits is not a multiple of 4, add leading zeros to the left.
- Step 2: Convert each 4-bit group into its hexadecimal equivalent.
- Step 3: Write the corresponding hexadecimal digits in sequence to form the final hexadecimal value.
Why Use Binary to HEX Conversion?
- Compact Representation: Hexadecimal is more compact than binary, making it easier to work with long binary values, especially in programming, debugging, and data representation.
- Human Readability: Hexadecimal is often used in programming because it is easier for humans to read and understand than long binary sequences.
- Efficient Memory Representation: Hexadecimal is used in computing to represent data in memory, file systems, and network protocols, as it provides a shorthand for binary data.
Common Uses of Binary to HEX Conversion:
- Programming: In programming, hexadecimal is used to represent memory addresses, colors, and other data structures more efficiently than binary.
- Networking: Hexadecimal is used to represent IP addresses and MAC addresses in network protocols.
- Digital Electronics: Hexadecimal is used to simplify binary numbers in the design and debugging of circuits, microprocessors, and other digital systems.
- File Encoding: Many file formats (such as images or executables) encode data in hexadecimal to make it more manageable and readable.
Binary to HEX Conversion Table for Reference:
Here’s a table showing the binary-to-hexadecimal conversions for 4-bit binary values:
Binary | Hexadecimal |
---|---|
0000 | 0 |
0001 | 1 |
0010 | 2 |
0011 | 3 |
0100 | 4 |
0101 | 5 |
0110 | 6 |
0111 | 7 |
1000 | 8 |
1001 | 9 |
1010 | A |
1011 | B |
1100 | C |
1101 | D |
1110 | E |
1111 | F |
Example 3:
Convert 111110111110
(binary) to hexadecimal:
- Group the binary number into 4-bit chunks:
1111 1011 1110
- Convert each 4-bit chunk to its corresponding hexadecimal value:
1111
(binary) =F
(hexadecimal)1011
(binary) =B
(hexadecimal)1110
(binary) =E
(hexadecimal)
- Result: The binary number
111110111110
corresponds to the hexadecimal valueFBE
.
Summary:
Binary to HEX conversion is essential in computing, programming, and digital electronics for simplifying and representing binary data in a more compact and readable form. It's commonly used in various fields such as networking, data encoding, memory addressing, and debugging.

Codebee Co., Ltd.
Development Team
Nikmati hal-hal kecil dalam hidup. Untuk suatu hari, Anda mungkin melihat ke belakang dan menyadari bahwa itu adalah hal yang besar. Banyak kegagalan hidup yang disebabkan oleh orang-orang yang tidak menyadari betapa dekatnya mereka dengan kesuksesan ketika mereka menyerah.