Providing a wireless link between products and information management systems, the consumable Tag-it transponder consists of an integrated circuit and an antenna. Tag-it smart labels from Texas Instruments bring affordable RFID technology to a wide range of new applications. Tag-it™ smart labels are a part of the applicationproven Texas Instruments RFID family of products that offer state-of-the-art solutions for automatic data collection.ĭata collection made fast and error-free. A breakthrough in radio frequency identification (RFID) called “smart labels” is delivering dramatically higher levels of performance in automatic identification and tracking.
#BARCODE TAGIT MANUAL#
These systems rely on accurate data collection-not always possible with manual approaches, or even barcode systems. Radio Frequency Identification(RFID) SystemsĪcross the world, highly sophisticated datamanagement systems track inventories, control quality, automate accounting, and try to keep track of the fast-moving business world. A staff member with a handheld must manually scan each item at every phase.ĭoing a side by side comparison of RFID vs Barcodes, it is easy to see which is best suited for your individual warehouse.TI Tag-it HF-1 Standard Card, TI256 Card. If a barcode gets too worn, it is easy to print a new one to be placed on the bin.īarcodes require a line-of-site readings. However, barcodes are very easy to recreate if damaged. If these stickers get damaged or dirty, it may be hard for the reader to interpret the barcode. Once a barcode is created, any barcode reader anywhere in the world, can read it and extract the information that is encoded onto it.Įach barcode is printed on a sticker to be placed on each bin.
There is a considerable initial investment, but will pay for itself over time due to less labor and loss of revenue from misplaced/miscounted data as well as out of stock items.ĭue to the copper antennae of the tag, placing the tag on any other metal service or on a container containing water, may interrupt transmission to the reader.īarcodes have been around for much longer than RFID and can be found on almost all products in retail shops and grocery stores.
While there are many pros to introducing this type of system into the current warehouse management, there are just a couple cons. Since there is no scanning involved, the tags can become dirty without interrupting the transmission to the readers. The tags can withstand even the harshest conditions including extreme temperatures and can be adhered to most materials. This makes RFID suitable for security applications such as ID cards.Įach tag is made out of plastic material that makes its very durable and virtually indestructible. Tags can monitor temperature and bacteria levels and can automatically detect events without having to inspect every item.ĭue to the unique way of embedding information in the tag, it is virtually impossible to copy. It can also tell the exact contents to ensure proper handling. They can provide transit information and inform the user of exactly where any particular item has been within the system. A scanning device can be anywhere within a specified distance and can read up to 800 tags per second.Įach tag can hold vast amounts of information, making them ideal for almost every use. RFID systems do not require line-of-site scanning. Radio Frequency Identification (RFID) are tags that are placed on products that contain every bit of information necessary to best utilize that particular product. Being able to compare them side by side may help that decision making process. When considering converting a warehouse system to a new supply chain solution, one decision to be made is whether to go with barcodes or radio frequency identification (RFID).