All About DataMatrix Barcodes

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A Data Matrix is a type of 2D barcode that may contain an incredible quantity of data. Every 2D Data Matrix barcode can hold anywhere from a couple of bytes as much as 2 kilobytes of knowledge, in other words, about 2,335 characters. If only numeric characters are used, 3,116 numbers could also be encoded. A 2D Matrix barcode can include textual content or raw data made up of alphabets and numerals. Data Matrixes are scalable, meaning that they can be as small as 300 micrometers and as large as 1 meter, making it a very versatile barcode. The minimal amount of modules is 10 by 10 and the utmost is a hundred and forty four by 144. Physical attributes comprise a random sequence of white and black modules in a square (or rectangle) that appears pixelated. Two solid borders line the Data Matrix in an L-form frame. The size of the overall Data Matrix will range in line with the amount of data encoded.
Data Matrix History
International Data Matrix, Inc. (ID Matrix) invented the Data Matrix barcode in approximately 2005. It, in a while, merged into RVSI/Acuity CiMatrix and was acquired by Siemens AG in October of the same year. Three years later, it's now a part of Microscan Systems. It's covered by several ISO/IEC standards. Old and newer variations exist, with a specific name for each. Older variations could have contained an odd number of modules while the new variations all the time have an even number.
Data Matrix Utilization
They're routinely seen on labels, letters, tiny parts, and in the food industry in auto coding systems. They serve an ideal number of functions: tracking, inventory checks, labeling, and business use. The matrix barcode is used for engineering, electronic and even aerospace functions (airplane components for instance). It can be seen in more areas as well because of its flexibility and high encoded data capabilities. It has a free license, making it a useful gizmo for the general public domain in many applications.
Pros and Cons of Data Matrix
The Data Matrix barcode is specifically designed to be more compact while sustaining its ability to lodge giant amount of information. This type of 2D barcode is actually the smallest of all barcode types. It is usually fairly secure due to the built-in error correction mechanism, called ECC200 error correction code, leaving a slim likelihood of faultiness. This leads to safe and quick decoding by a 2D matrix scanner even when the damage is current on the barcode. However, you require specialized equipment to scan Data Matrixes; a laser scanner or CCD cameras will due. Some mobile phones can also be adapted to be used as a Data Matrix scanner. You will need hardware and software that can serve as a 2D data matrix code generator Matrix generator, and they're more expensive than 1D barcode generators. Considering the advantages, a Data Matrix affords larger benefits than negative features to most industries that require a considerable amount of data to be encoded.