You can input in any of the fields and get equivalent values.

## How to convert Hex to Binary?

In

**hex system**, the numbering is from**0 to 9, A to F**representing upto 15.In

**binary system**, we can represent each hex with 4 bits ranging from**0000 (0 in hex) to 1111(A in hex)**Take every hex digit and represent it by its binary equivalent and discard the leading zeroes.

For eg,

**to convert 1FA7 to binary**,take each hex and convert to binary 1- 0001 F- 1111 A - 1010 7 - 0111 1FA7 to binary = 11111101001111FA7

**hex to binary**is equal to**1111110100111**

## How to convert Binary to Hex?

Take 4 bits starting from left to right (LSB) and convert to its equivalent hex value and keep repeating.

Eg if the

**binary value is 111011**, take the last 4 bits 1011, this maps to B in hex (11 in decimal) The remaining 2 bits are 11 which is 3 in hex. Concatenate them to get the hex value.01 1011 in binary is

**3B in hex**

## Hex to Binary Converter - Binary to Hexadecimal table

## Hexadecimal | ## Binary | ## Decimal |
---|---|---|

## 0 | ## 0 | ## 0 |

## 1 | ## 1 | ## 1 |

## 2 | ## 10 | ## 2 |

## 3 | ## 11 | ## 3 |

## 4 | ## 100 | ## 4 |

## 5 | ## 101 | ## 5 |

## 6 | ## 110 | ## 6 |

## 7 | ## 111 | ## 7 |

## 8 | ## 1000 | ## 8 |

## 9 | ## 1001 | ## 9 |

## A | ## 1010 | ## 10 |

## B | ## 1011 | ## 11 |

## C | ## 1100 | ## 12 |

## D | ## 1101 | ## 13 |

## E | ## 1110 | ## 14 |

## F | ## 1111 | ## 15 |

## 18 | ## 11000 | ## 24 |

## 19 | ## 11001 | ## 25 |

## 1A | ## 11010 | ## 26 |

## 1B | ## 11011 | ## 27 |

## 1C | ## 11100 | ## 28 |

## 1D | ## 11101 | ## 29 |

## 1E | ## 11110 | ## 30 |

## 20 | ## 100000 | ## 32 |

## 30 | ## 110000 | ## 48 |

## 32 | ## 110010 | ## 50 |

## 38 | ## 111000 | ## 56 |

## 40 | ## 1000000 | ## 64 |

## 80 | ## 10000000 | ## 128 |

## 100 | ## 100000000 | ## 256 |

## 200 | ## 1000000000 | ## 512 |

## 400 | ## 10000000000 | ## 1024 |

## 800 | ## 100000000000 | ## 2048 |

## Frequently Asked Questions on Binary to Hexadecimal converter

Hexadecimal is a numbering system which having 16 as base. It is used to represent large numbers. This number system is also called as base-16. Mainly used in computers to reduce large string of binary to four digits to understand easily.

Hexadecimal is a numbering system which having 16 as base. It is used to represent large numbers. This number system is also called as base-16. Mainly used in computers to reduce large string of binary to four digits to understand easily.

Binary is number system having two values as 0 and 1 Digits(0 and 1) in this system is called bit. Used to represent two possible states ON/Off as 0 and 1

Binary is number system having two values as 0 and 1 Digits(0 and 1) in this system is called bit. Used to represent two possible states ON/Off as 0 and 1

To ocnvert hexadecimal to binary, convert each hex digit to its 4 bit binary equivalent. An hexadecimal value ranges from 0 to F and it can be respresented in binary from 0000 (0) to 1111 (F)

FF in hex is F=> 1111 1111 in binary 52 in hex is 5 => 0101 , 2 => 0010 in binary and so it is 01010010

To ocnvert hexadecimal to binary, convert each hex digit to its 4 bit binary equivalent. An hexadecimal value ranges from 0 to F and it can be respresented in binary from 0000 (0) to 1111 (F)

FF in hex is F=> 1111 1111 in binary 52 in hex is 5 => 0101 , 2 => 0010 in binary and so it is 01010010

To ocnvert binary to hexadecimal, take 4 bits each from the left most side and convert to hex value. Hex value is 0 to 9 and A to F and these are represented in 4 bits. Eg 010001 is 11 (0001=>1 01 => 1)

To ocnvert binary to hexadecimal, take 4 bits each from the left most side and convert to hex value. Hex value is 0 to 9 and A to F and these are represented in 4 bits. Eg 010001 is 11 (0001=>1 01 => 1)