hellgogl.blogg.se - Tagging data creator

#TAGGING DATA CREATOR HOW TO#
#TAGGING DATA CREATOR SERIAL#
#TAGGING DATA CREATOR ISO#

RAIN tags should be approached thoughtfully and properly formatted and encoded. Begin with a clear understanding of which tag data formatting standard you will choose and why. RAIN RFID tag memory should not be treated as a blank slate for simply any data in any format. The extent of GS1 Encoding Schemes and AFI is wide-reaching and complex. RAIN RFID Tags: Key Takeaways for Better Encoding to Optimize Functionality Industry/ApplicationĪutomatic Vehicle Identification (AVI) per Odetteīarcode content (text-based) for applications such as product, item and part identification, logistics, Returnable Transport Items, etc. A list of commonly used AFIs can be found on the AIM global website.

#TAGGING DATA CREATOR ISO#

The ISO equivalent to the EPC Encoding Scheme is the Application Family Identifier (AFI). There are many AFI’s and below are several examples. View more about specific, commonly used GS1 Encoding Schemes at GS1.org. The “Header” is what gets encoded onto the tags. Sometimes a specific encoding scheme is mandated by your customers.īelow are several GS1 Encoding Scheme examples. These encoding schemes are generally intended for use in a specific type of application such as individual apparel items, airplane parts, or a case of whiskey. The next step is to select the proper encoding scheme from GS1 or ISO, respectively. Most chip manufacturers deliver chips with the T bit set to zero, but it is always prudent to verify the value prior to formatting. Once you select a standard for use, ensure that you encode the tags using the correct T bit value.

ISO: Provides greater flexibility and advanced options.

GS1: More help and supporting infrastructure with somewhat simpler rules.

If you are on your own to select a standard, some good rules of thumb are: A specific industry such as retail or automotive may indicate which standard they expect you to use. Should you encode your tags as GS1 or ISO? The answer here depends on the application.

If the T bit is set to 1, then encoding should follow ISO standards.

If the T bit is set to 0, then encoding should follow the GS1 Tag Data Standard.

Each RAIN tag has one particular memory bit called the “T bit.” Tags should be encoded as either GS1 or ISO. GS1 EPC’s Tag Data Standard is even included as a sub-set of the ISO standards, but for our purposes, we will view them as two separate approaches to formatting the data on tags. It should be noted that these standards overlap in many ways and are very similar. RAIN RFID tags/labels should be deployed using a specific data formatting standard based on either:

#TAGGING DATA CREATOR HOW TO#

RAIN RFID Labels: Available Data Formatting Standards and How To Select The Right One

Configure readers to quickly identify and filter only tags of interest, which is possible only if the tags have been properly encoded.

Properly format tags based on standards.

The RAIN RFID Alliance is working towards two solutions to address these issues:

A killed tag that is still fully functional (i.e., a zombie tag).

Tags that are cloned or fraudulent and appear to be legitimate targeted tags.

Other tags that mistakenly appear to be targeted tags.

Additional RAIN-enabled tags in the read-zone that prevent the targeted tags from being read.

An excess of tags in the read-zone, resulting in some tags not being read.

The rise in usage has resulted in two undesirable outcomes: “RAIN Flooding” and “Acid RAIN.” Below are descriptions of these two scenarios from the RAIN RFID Alliance. Below we explain RAIN RFID data formatting challenges, ways to address them by the use of standards, and additional information to support effective use of RAIN tags.Ĭommon RAIN RFID Label Challenges: RAIN Flooding and Acid RAIN Encoding RAIN RFID tags requires proper data formatting in order to avoid the problems and optimize processing, printing, and accuracy.

#TAGGING DATA CREATOR SERIAL#

The problems occur because many people approach RAIN RFID tags/labels as though they have blank memory that simply requires encoding it with a unique serial number. RAIN RFID tags can create challenges if the tag data are not properly formatted during the encoding process.