Xerafy adds NXP UCODE 9xm to industrial RFID tags

By AI, Created 7:35 AM UTC, May 25, 2026, /AGP/ – Xerafy said May 25, 2026, that it has expanded its industrial RAIN RFID portfolio with NXP’s UCODE 9xm platform to improve memory capacity and read performance for manufacturing traceability. The upgrade is aimed at item-level identification, structured data capture and Digital Product Passport readiness in metal-heavy production environments.

Why it matters: - Manufacturing is moving toward item-level traceability and structured data capture across production and supply chains. - The expanded RFID tags are designed to help manufacturers reduce manual interventions, close data gaps and support Digital Product Passport requirements. - Higher memory and stronger read performance can improve work-in-progress tracking and asset identification without changing existing infrastructure.

What happened: - Xerafy announced an expansion of its industrial RAIN RFID portfolio with NXP Semiconductors’ UCODE 9xm platform. - The announcement was made in Singapore on May 25, 2026. - The upgrade is intended to support manufacturing traceability with higher memory capacity and improved RF performance. - Xerafy said the NXP UCODE 9xm-enabled user-memory RFID tags are available now. - Product specifications, samples and deployment inquiries can be directed to Xerafy or a local representative.

The details: - Xerafy said its user-memory RAIN RFID tags are already deployed in automotive and industrial manufacturing environments. - The UCODE 9xm platform provides expanded user memory with flexible user-configurable memory banks for asset-level information. - The platform includes a read sensitivity of -24 dBm. - Xerafy said the tags support more consistent reads in real production conditions. - The portfolio includes MICRO Industrial, MICRO Paint Shop, MICRO Autoclave, XS Dot, XS Wedge and NANO Plus. - The tags are designed for metal-heavy and high-density production environments. - Xerafy said the upgraded tags support item-level serialization and structured data across production and supply chain processes. - The tags are engineered to support stable read performance without changes to existing RFID infrastructure or production workflows. - NXP UCODE 9xm includes memory safeguard functionality that can detect and correct a bit failure.

Between the lines: - The move pairs tag design expertise with IC-level innovation to address the hardest part of manufacturing RFID: reliable performance in difficult environments. - The emphasis on structured memory suggests manufacturers want RFID tags to carry more than identifiers, including process and lifecycle data. - Digital Product Passport requirements are adding pressure for durable, trustworthy asset-level records across multiple stages. - The announcement positions RFID as a process-control tool, not just an inventory tool.

What’s next: - Xerafy and NXP are positioning the upgraded tags for broader deployment across automotive production tracking, process control and end-to-end asset identification. - Manufacturers evaluating traceability upgrades can use the new platform without replacing existing RFID systems. - The companies are likely to focus on scaling adoption in production environments where read reliability and data integrity are critical.

The bottom line: - Xerafy is betting that manufacturing traceability now depends as much on data quality and memory capacity as on tag identification.