The International Article Number (also known as European Article Number or EAN) is a standardized format to describe a barcode symbology and a numbering system. It is used in global trading to identify a product type or even more specific a certain product from a specific manufacturer. EAN numbers are not only used for lookup of global products but at the same time it can be used for other purposes like for example ordering or accounting. There are two versions of the EAN. One is the EAN-13 that has 13 digits. It is a superset of the original 12-digit Universal Product Code (UPC-A). For smaller packages with not much space on the package the 8-digit EAN-8 was introduced.
Country codes and manufacturer codes are specifically issued and managed by EAN national headquarters
Item code (5 more digits)
The 5-digit code is set by the manufacturer
Computer check code (last 1 digit)
The 8-digit EAN is a code set specifically for small commodities, so its components are different from the 13-digit EAN.
The composition of 8 bits is like this:
Country code (first 3 digits)
Manufacturer code (last 2 digits)
Country codes and manufacturer codes are specifically issued and managed by EAN national headquarters
Item code (2 more digits)
These 2-digit codes are set by the manufacturer
Computer check code (last 1 digit)
Commodity barcode EAN/UPC system member country and region prefix code list
Prefix code
Country or region
Prefix code
Country or region
Prefix code
Country or region
00-13
United States, Canada
569
Iceland
775
Peru
20-29
Store code
30-37
France
57
Denmark
777
Bolivia
380
Bulgaria
590
Poland
779
Argentina
383
Slovenia
594
Romania
780
Chile
385
Croatia
599
Hungary
784
Paraguay
387
Bosnia and Herzegovina
600, 601
South Africa
786
Ecuador
608
Bahrain
40-44
Germany
609
Mauritius
789-790
Brazil
45, 49
Japan
611
Morocco
80-83
Italy
460-469
Russia
613
Algeria
84
Spain
471
Taiwan, China
616
Kenya
850
Cuba
474
Estonia
619
Tunisia
858
Slovakia
475
Latvia
621
Syria
859
Czech Republic
476
Azerbaijan
622
Egypt
860
Yugoslavia
624
Syria
477
Lithuania
625
Jordan
867
North Korea
478
Uzbekistan
626
Iran
869
Turkey
479
Sri Lanka
627
Kuwait
628
Saudi Arabia
87
Netherlands
480
Philippines
629
United Arab Emirates
880
South Korea
64
Finland
481
Belarus
690-695
China
885
Thailand
482
Ukraine
70
Norway
888
Singapore
484
Moldova
729
Israel
890
India
485
Armenia
73
Sweden
893
Vietnam
486
Georgia
740
Guatemala
899
Indonesia
487
Kazakhstan
741
El Salvador
90, 91
Austria
489
Hong Kong, China
742
Honduras
93
Australia
50
United Kingdom
743
Nicaragua
94
New Zealand
520
Greece
744
Costa Rica
955
Malaysia
528
Lebanon
745
Panama
958
Macao, China
529
Cyprus
746
Dominica
531
Macedonia
750
Mexico
977
Serials
535
Malta
759
Venezuela
978, 979
Books
539
Ireland
76
Switzerland
980
Notes receivable
54
Belgium, Luxembourg
770
Colombia
981-982
Ordinary circulation coupons
560
Portugal
773
Uruguay
99
Coupon
The background of EAN
Early years
The United States based on the 12-digit Universal Product Code (UPC”) developed by IBM George Laurel in 1970, which was formulated as a standard in 1973 and later reclassified as “UPC-A” . A year later, in order to harmonize with the United States, Europe also specified a similar product code system. The European Article Association was established in 1977, and its members cover 98 countries around the world. In order to integrate the product codes of the United States and Europe, the Uniform Code Council (UCC) based in the United States refers to the EAN used today as EAN·UCC.
Rename
In 1981, EAN has developed into an international organization and changed its name to the International Commodity Numbering Association.
Now
In 2005, EAN was officially renamed GS1 (Global Standard One). From January 1, 2005, North America implemented the EAN-13 product code.
The application of EAN-13 code in barcode
A number is defined by two open lines and two dark lines.
The four line segments are based on the thinnest one, with four thicknesses of one time, two times, three times, and four times respectively.
At the same time, the thickness of the four line segments with one digit added up is exactly seven times the standard line segment (the thinnest line segment).
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