NXP SL3S1014FUD/BG1Z - UCODE G2iL Series RFID Transponder IC

The NXP SL3S1014FUD/BG1Z is a high-performance UHF RFID transponder IC that is part of the UCODE G2iL series, designed for a wide range of applications where reliable and secure wireless data transmission is required. This product offers an advanced feature set that makes it ideal for supply chain management, inventory control, asset tracking, and access control systems.

Key Features:

• High Sensitivity: The IC is engineered for exceptional read and write sensitivity, which enables long-range operation and reliable performance even in challenging environments.
• Memory: Equipped with 128 bits of EPC memory, 96 bits TID memory, and 512 bits of user memory, the SL3S1014FUD/BG1Z provides ample storage for unique identifiers and user data.
• Security: The inclusion of originality signature and password-protected access ensures that stored data is secure from unauthorized access, providing a high level of security for sensitive applications.
• Global Operation: This RFID transponder IC is designed to operate globally, supporting the UHF frequency bands used around the world, making it a versatile choice for international deployment.
• Energy Harvesting: The UCODE G2iL series features an energy harvesting capability, which allows the IC to power small external devices using the energy from the RFID reader, contributing to the development of battery-less solutions.
• Product Longevity: NXP's commitment to quality and durability ensures that the SL3S1014FUD/BG1Z is built to last, providing a reliable solution for long-term deployments.

Applications:

• Supply Chain & Logistics
• Retail Inventory Management
• Asset Tracking
• Access Control
• Counterfeit Protection

The NXP SL3S1014FUD/BG1Z RFID transponder IC is a prime example of cutting-edge technology designed to streamline operations and enhance the security of various systems. Its robust feature set and adaptability make it an excellent choice for businesses looking to leverage the power of RFID technology.