RFID Scan Scan Write 3.8

RFID Scan Scan Write requires a compatible TSL Bluetooth® UHF RFID Reader to explore the full functionality of the App.

RFID Scan Scan Write is designed to rapidly commission UHF RFID tags with both industry standard and custom EPCs. The app can take GS1 barcode information and then encode tags with GS1 SGTIN-96, GRAI-96, or GIAI-96 compliant EPCs or use scanned Hex/ASCII data directly to generate custom EPC values. Tags can also be locked, and passwords specified to secure them against unauthorized modification.

For Hex and ASCII custom EPCs:

1. Scan a barcode containing the new EPC value as Hex or ASCII.
2. Scan the tag’s temporary EPC barcode or pull the trigger if not using temporary EPC barcodes - ensure the target tag is the only tag near the reader. The reader automatically writes the new EPC to the tag.

Working with UHF RFID tags that support Multi-vendor Chip-based Serialisation (MCS), a user can easily commission serialized tags in a two-step process:

1. Scan a GS1 GTIN or UPC barcode.
2. Scan the tag’s temporary EPC barcode or pull the trigger if not using temporary EPC barcodes. The reader automatically writes an SGTIN-96 compliant EPC to the tag.

Generating SGTIN-96 tags requires pre-printed UHF RFID tags that are Multi-vendor Chip-based Serialisation compliant. Currently Impinj Monza 4, 5, 6, and Monza X tags are supported.

Technology Solutions (UK) Ltd (TSL) specializes in the design, development, and manufacture of handheld Radio Frequency Identification Devices (RFID). TSL’s RFID Scan Scan Write is one of a series of apps built around TSL's sophisticated, parameterized ASCII 2 Protocol that allows sets of pre-configured commands to be executed locally within the Bluetooth® UHF RFID reader. The ASCII 2 protocol provides the developer with a powerful set of parameterized commands to execute complex UHF RFID transponder operations in a simple, easy-to-grasp way. Using these simple, pre-configured ASCII commands, TSL Bluetooth® UHF RFID readers can be rapidly integrated into applications for unparalleled levels of productivity.