EAN-130000000000154   EAN-13 barcode 0000000000154
UPC-A000000000154   UPC-A barcode 000000000154
UPC-E00001504   UPC-E barcode 00001504
Product NameCabernet Armoire - Ha831020020-21a
CategoryHome: Furniture / Decoration
Amazon.comA Buy on Amazon ~ B001I6SGBA
Long DescriptionCabernet Armoire - HA831020020-21A This Cabernet Armoire will be an impressive focal point in your classic bedroom. Perfect for either clothes storage or entertainment equipment this styling and warm cherry finish will enhance your room.
Created04-10-2013 6:48:12pm
Modified02-13-2017 8:54:04pm
MD585630e45c57f15c5e1c507ccf696ea6a
SHA256d70e67cd958be0686c4333c7fe109690e5d36df311c1ac4ca964f50a79664918
Search Googleby EAN or by Title
Query Time0.0004292

Code 128 is a high-density 1D barcode symbology. This barcode set makes use of the entire 128 ASCII characters which include letter, number and symbols.

Code 128 Barcode

As with all barcodes, there are indicators to identify where the barcode starts and stops. These are marked in yellow below. Code 128 also has a check character which has been marked in green. The remainder of the barcode is the data being encoded. The text below the barcode is optional and is for human consumption in the event the barcode can't be scanned or if people also need to know what the code means.

Code 128 Barcode

Each character in the barcode symbol is composed of three bars and three spaces. Each bar or space must range from 1-4 units and the sum of all the width of all bars must work out to an even number. The stop marker is special because it adds an extra bar of 2 units at the very end (4 bars and 3 spaces). There are three different start markers to to identify which code set is being used. To represent all 128 characters, the code sets can be within a single barcode as needed by using control characters 98-101 (depending on the code set).

The check character is calculated by summing the value of each character and multiplying it by its position. The start character is also part of the sum but is added without weight (multiply by 1 just like the first encoded data character) then when you have the sum take the modulo 103 remainder. This gets a little more complex when mixing modes within a single barcode.

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