How much data can a QR Code hold? - Pop Video
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How much data can a QR Code hold?

Below are examples of each QR Code Version Level with a table of how much data they can each hold.

The examples below also explain QR Code Versions and what a QR Code Correction Level is

Learn more about the Anatomy of a QR Code here

 

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QR Code Version 1

Number of modules: 21 x 21

Example QRCode version 1 which has 21 modules and can store between 25 and 10 characters
Correction LevelLMQH
Characters25201610
Example of 25 Characters: QR codes are designed t

QR Code Version 2

Number of modules: 25 x 25

Example QRCode version 2 which has 25 modules and can store between 47 and 20 characters
Correction LevelLMQH
Characters47382920
Example of 47 Characters: QR codes are designed to store information in

QR Code Version 3

Number of modules: 29 x 29

Example QRCode version 3 which has 29 modules and can store between 77 and 35 characters
Correction LevelLMQH
Characters77614735
Example of 77 Characters: QR codes are designed to store information in a two-dimensional barcode, an

QR Code Version 4

Number of modules: 33 x 33

Example QRCode version 4 which has 33 modules and can store between 114 and 50 characters
Correction LevelLMQH
Characters114906750
Example of 114 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two

QR Code Version 5

Number of modules: 37 x 37

Example QRCode version 5 which has 37 modules and can store between 154 and 64 characters
Correction LevelLMQH
Characters1541228764
Example of 154 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the

QR Code Version 6

Number of modules: 41 x 41

Example QRCode version 6 which has 41 modules and can store between 195 and 84 characters
Correction LevelLMQH
Characters19515410884
Example of 195 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors in

QR Code Version 7

Number of modules: 45 x 45

Example QRCode version 7 which has 45 modules and can store between 224 and 93 characters
Correction LevelLMQH
Characters22417812593
Example of 224 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the

QR Code Version 8

Number of modules: 49 x 49

Example QRCode version 8 which has 49 modules and can store between 279 and 122 characters
Correction LevelLMQH
Characters279221157122
Example of 279 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-de

QR Code Version 9

Number of modules: 53 x 53

Example QRCode version 9 which has 53 modules and can store between 335 and 143 characters
Correction LevelLMQH
Characters335262189143
Example of 335 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-depth explanation of versions 1 through 40 and how the fou

QR Code Version 10

Number of modules: 57 x 57

Example QRCode version 10 which has 57 modules and can store between 395 and 174 characters
Correction LevelLMQH
Characters395311221174
Example of 395 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-depth explanation of versions 1 through 40 and how the four error correction levels—L, M, Q, and H—affect the capa

QR Code Version 11

Number of modules: 61 x 61

Example QRCode version 11 which has 61 modules and can store between 468 and 200 characters
Correction LevelLMQH
Characters468366259200
Example of 468 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-depth explanation of versions 1 through 40 and how the four error correction levels—L, M, Q, and H—affect the capacity and reliability of QR codes.

Versions 1 Through 40

QR

QR Code Version 12

Number of modules: 65 x 65

Example QRCode version 12 which has 65 modules and can store between 535 and 227 characters
Correction LevelLMQH
Characters535419296227
Example of 535 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-depth explanation of versions 1 through 40 and how the four error correction levels—L, M, Q, and H—affect the capacity and reliability of QR codes.

Versions 1 Through 40

QR codes come in 40 versions, each determining the number of modules (

QR Code Version 13

Number of modules: 69 x 69

Example QRCode version 13 which has 69 modules and can store between 619 and 259 characters
Correction LevelLMQH
Characters619483352259
Example of 619 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-depth explanation of versions 1 through 40 and how the four error correction levels—L, M, Q, and H—affect the capacity and reliability of QR codes.

Versions 1 Through 40

QR codes come in 40 versions, each determining the number of modules (or tiny squares) that make up the code. Version 1, the smallest, consists of a 21x21

QR Code Version 14

Number of modules: 73 x 73

Example QRCode version 14 which has 73 modules and can store between 667 and 283 characters
Correction LevelLMQH
Characters667528376283
Example of 667 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-depth explanation of versions 1 through 40 and how the four error correction levels—L, M, Q, and H—affect the capacity and reliability of QR codes.

Versions 1 Through 40

QR codes come in 40 versions, each determining the number of modules (or tiny squares) that make up the code. Version 1, the smallest, consists of a 21x21 module grid. Each subsequent version adds four

QR Code Version 15

Number of modules: 77 x 77

Example QRCode version 15 which has 77 modules and can store between 758 and 321 characters
Correction LevelLMQH
Characters758600426321
Example of 758 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-depth explanation of versions 1 through 40 and how the four error correction levels—L, M, Q, and H—affect the capacity and reliability of QR codes.

Versions 1 Through 40

QR codes come in 40 versions, each determining the number of modules (or tiny squares) that make up the code. Version 1, the smallest, consists of a 21x21 module grid. Each subsequent version adds four modules per side, with Version 40, the largest, comprising a 177x177 module grid.

Her

QR Code Version 16

Number of modules: 81 x 81

Example QRCode version 16 which has 81 modules and can store between 854 and 365 characters
Correction LevelLMQH
Characters854656470365
Example of 854 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-depth explanation of versions 1 through 40 and how the four error correction levels—L, M, Q, and H—affect the capacity and reliability of QR codes.

Versions 1 Through 40

QR codes come in 40 versions, each determining the number of modules (or tiny squares) that make up the code. Version 1, the smallest, consists of a 21x21 module grid. Each subsequent version adds four modules per side, with Version 40, the largest, comprising a 177x177 module grid.

Here’s a breakdown of how the size of the QR code scales with its version number:

QR Code Version 17

Number of modules: 85 x 85

Example QRCode version 17 which has 85 modules and can store between 938 and 408 characters
Correction LevelLMQH
Characters938734531408
Example of 938 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-depth explanation of versions 1 through 40 and how the four error correction levels—L, M, Q, and H—affect the capacity and reliability of QR codes.

Versions 1 Through 40

QR codes come in 40 versions, each determining the number of modules (or tiny squares) that make up the code. Version 1, the smallest, consists of a 21x21 module grid. Each subsequent version adds four modules per side, with Version 40, the largest, comprising a 177x177 module grid.

Here’s a breakdown of how the size of the QR code scales with its version number:

  • Version 1: 21x21 modules
  • Version 2: 25x25 modu

QR Code Version 18

Number of modules: 89 x 89

Example QRCode version 18 which has 89 modules and can store between 1046 and 452 characters
Correction LevelLMQH
Characters1046816574452
Example of 1046 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-depth explanation of versions 1 through 40 and how the four error correction levels—L, M, Q, and H—affect the capacity and reliability of QR codes.

Versions 1 Through 40

QR codes come in 40 versions, each determining the number of modules (or tiny squares) that make up the code. Version 1, the smallest, consists of a 21x21 module grid. Each subsequent version adds four modules per side, with Version 40, the largest, comprising a 177x177 module grid.

Here’s a breakdown of how the size of the QR code scales with its version number:

  • Version 1: 21x21 modules
  • Version 2: 25x25 modules
  • Version 3: 29x29 modules
  • ...
  • Version 4

QR Code Version 19

Number of modules: 93 x 93

Example QRCode version 19 which has 93 modules and can store between 1153 and 493 characters
Correction LevelLMQH
Characters1153909644493
Example of 1153 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-depth explanation of versions 1 through 40 and how the four error correction levels—L, M, Q, and H—affect the capacity and reliability of QR codes.

Versions 1 Through 40

QR codes come in 40 versions, each determining the number of modules (or tiny squares) that make up the code. Version 1, the smallest, consists of a 21x21 module grid. Each subsequent version adds four modules per side, with Version 40, the largest, comprising a 177x177 module grid.

Here’s a breakdown of how the size of the QR code scales with its version number:

  • Version 1: 21x21 modules
  • Version 2: 25x25 modules
  • Version 3: 29x29 modules
  • ...
  • Version 40: 177x177 modules

The size increase allows higher versions to store more data. For ex

QR Code Version 20

Number of modules: 97 x 97

Example QRCode version 20 which has 97 modules and can store between 1249 and 557 characters
Correction LevelLMQH
Characters1249970702557
Example of 1249 Characters: QR codes are designed to store information in a two-dimensional barcode, and their data capacity depends on two main factors: the version number and the error correction level. These factors influence both the size of the QR code and its resilience to damage. Below is an in-depth explanation of versions 1 through 40 and how the four error correction levels—L, M, Q, and H—affect the capacity and reliability of QR codes.

Versions 1 Through 40

QR codes come in 40 versions, each determining the number of modules (or tiny squares) that make up the code. Version 1, the smallest, consists of a 21x21 module grid. Each subsequent version adds four modules per side, with Version 40, the largest, comprising a 177x177 module grid.

Here’s a breakdown of how the size of the QR code scales with its version number:

  • Version 1: 21x21 modules
  • Version 2: 25x25 modules
  • Version 3: 29x29 modules
  • ...
  • Version 40: 177x177 modules

The size increase allows higher versions to store more data. For example:

  • Version 1 can store up to 25 alphanumeric characters with low
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