NT2H1611G0DUDV 16Mb NFC EEPROM Memory IC – SO8 Package

NT2H1611G0DUDV Overview

The NT2H1611G0DUDV is a sophisticated NFC Type 2 Tag IC featuring 1 KB of user memory, designed for seamless integration into a variety of industrial and consumer electronics applications. Its robust architecture supports energy-efficient passive communication, enabling devices to interact wirelessly with NFC-enabled readers. With enhanced data retention and fast response times, this IC is tailored for secure data exchange and inventory tracking solutions. The compact package and flexible interface options make it ideal for embedding into smart labels, access control, and contactless authentication systems. For more detailed product information, visit IC Manufacturer.

NT2H1611G0DUDV Technical Specifications

NT2H1611G0DUDV Key Features

• 1 KB EEPROM Memory: Provides ample space for storing identification data, URLs, or small datasets, allowing flexible application design without memory constraints.
• ISO/IEC 14443 Type A Compatibility: Ensures seamless interoperability with standard NFC readers and devices, simplifying integration into existing systems.
• Passive Operation Mode: Powered solely by the RF field, eliminating the need for batteries and enabling long-term deployment in embedded applications.
• Robust Data Retention and Endurance: Guarantees reliable memory performance with 10 years of data retention and at least 100,000 write cycles, critical for industrial-grade reliability.
• Compact 2×2 mm DFN6 Package: Facilitates integration into space-constrained applications such as smart labels, wearables, and compact access control devices.
• Fast Read and Write Access: Supports efficient data transactions, enhancing user experience in interactive applications.
• Wide Operating Temperature Range: Suitable for deployment in harsh environments, maintaining performance from -25??C up to +85??C.

NT2H1611G0DUDV Advantages vs Typical Alternatives

This NFC tag IC stands out with its balance of memory capacity and compact packaging, offering enhanced data retention and endurance compared to typical alternatives. Its compliance with standard NFC protocols ensures broad compatibility, while passive operation reduces system complexity and power consumption. These factors collectively provide engineers with a reliable, efficient solution ideal for embedded applications requiring secure and fast wireless data exchange.

Typical Applications

• Smart Packaging and Product Authentication: Enables secure identification and anti-counterfeiting by embedding the IC into labels and packaging for consumer electronics and pharmaceuticals.
• Access Control Systems: Facilitates contactless entry by storing user credentials that are quickly read by NFC-enabled readers, improving security and user convenience.
• Inventory and Asset Management: Simplifies tracking of goods and equipment through wireless identification, reducing manual errors and enhancing operational efficiency.
• Interactive Marketing and Consumer Engagement: Allows embedding of URLs or multimedia links in promotional materials, enabling consumers to interact with products via NFC-enabled smartphones.

NT2H1611G0DUDV Brand Info

The NT2H1611G0DUDV is developed by a leading semiconductor manufacturer specializing in high-performance NFC solutions. This product line embodies the company??s commitment to delivering reliable and interoperable contactless communication devices that meet industrial standards. Designed for ease of integration and long-term durability, this NFC tag IC reflects advanced manufacturing techniques and rigorous quality control processes, making it a trusted component in smart technology ecosystems worldwide.

FAQ

What communication standards does this NFC tag IC support?

This device supports ISO/IEC 14443 Type A communication standards, which is widely used in NFC applications. This ensures compatibility with most NFC readers and smartphones, enabling secure and efficient wireless data exchange without requiring proprietary protocols.

Can this IC operate without an external power source?

Yes, the IC operates passively by harvesting energy from the RF field generated by the NFC reader. This eliminates the need for batteries or external power supplies, making it ideal for embedded applications where power availability is limited or maintenance is difficult.

What is the data retention capability of the embedded EEPROM?

The internal EEPROM memory offers data retention for up to 10 years under typical operating conditions. This long retention period ensures that stored information remains intact and reliable over extended product lifecycles.

How durable is the memory with respect to write cycles?

The EEPROM is designed to endure at least 100,000 write cycles, providing robust performance for applications that require frequent data updates, such as dynamic asset tracking or interactive user interfaces.

What environmental conditions can this NFC IC withstand?

The device operates reliably within a temperature range of -25??C to +85??C, making it suitable for a variety of industrial and commercial environments, including those subject to temperature fluctuations and moderate environmental stress.