Encode UHF AND HF RFID Chips In Sequence, Without Stopping, Very Fast

GlueLogix has patented and implemented a design that:

Works with both UHF and HF chips. Supported HF chips are:

ISO15693 including SLIX. ST25TV can be encoded but not configured by this system.
ISO14443 Ultralight and variants including Infineon and Fudan
ISO14443 NXP NTAG 210 through 213 including proprietary Mirroring (Mirroring reduces system speed)
Ntag424DNA and Classic are NOT supported by EncodeInMotion because it takes too much time to encode them.

Is not encumbered by pay-per-chip license fees

Does not depend on proprietary features of any reader or chip

Works with all parts of supported chips, not just the Gen2 EPC

Works with all companies' RFID chips and inlays and does not favor any chip company

Does not depend on special RFID reader firmware

Uses the time tested GlueLogix Timing Control Unit (TCU) for realtime operations

Implemented on world certified Feig RFID readers

Works "up to" 20/sec, the limit of UID/TID capture in a practical read test system

20/sec shown in lab in 2017, UHF EPC only, 0.75" repeat, constant data, special firmware
See inset below right for production speed progress

Does not enforce any more distance between inlays than does a read test system

GlueLogo

Main Algorithm

In each cycle:

Capture barcode data
Capture UID or TID of the chip at that station
Allocate an encoder and format the data to encode
Trigger the allocated encoder
Listen for feedback from the active encoders
Evaluate status of tag at printer/marker
Insert VOID mark for bad label
Send print data or mark signal
Report finished label data and status to PC

General Encoding

LineLogix Encoding: Slower but ok for special cases

View details »

"Other" Continuous Encoding Systems: why they fall short

View details »

Status Jun2024

24Jun2024: Resolution: The problem in March was heat. TcuV4P2 designs will now have heatsinks and enclosure fans. 15/sec now reliable in the lab, on M730 chips at 1 inch repeat (100 FPM). HF issues fixed with new antenna design.
04Mar2024: Setback: 15/sec has not been repeatable in the lab. Beta site visit in February could not demonstrate UHF encoding above 5 per second, or any HF. Working...
30Sep2023: New TcuV4P2 enables 15 per second on UHF inlays, 1.25" repeat. HF Ntag213 running at 10 per second. HF ISO15693 supported but not speed tested recently. Classic, Ntag424DNA, DesFire not supported.
Summer 2023:Second delivered system running UHF at 10/sec: https://youtu.be/nX6UHciiA0o
Christmas 2017: First Look Video released: https://youtu.be/aPK6QcmrDO4
Available as Installed System or Licensed Design
Encoding UHF Gen2, ISO15693 and low end ISO14443-A (Ultralight and NTAG)
Encoding AFI and DSFID of ISO15693 chips
Locking all supported chips
Merging Barcode/OCR data, chip UID/TID and Timestamps into encoded data
Marking bad labels OR inserting VOID print pattern for bad labels