STMicroelectronics M95640-WMN6TP 64Kbit SPI EEPROM Memory IC - 8-SOIC Package

Revolutionize Your Embedded Systems with STMicroelectronics' High-Performance EEPROM

STMicroelectronics continues to redefine memory solutions with its M95640-WMN6TP 64Kbit SPI EEPROM IC, a cutting-edge memory device engineered for reliability and versatility in modern electronic applications. This advanced memory chip combines high-speed operation with industrial-grade durability, making it an ideal choice for engineers seeking robust data storage solutions in compact formats.

Technical Excellence in Memory Technology

At the heart of this device lies a sophisticated SPI (Serial Peripheral Interface) architecture optimized for 20MHz clock frequency operations, ensuring lightning-fast data transfer rates while maintaining exceptional power efficiency. The 64Kbit (8K x 8) memory array provides ample storage capacity for critical data retention applications, while the device's non-volatile EEPROM technology guarantees data integrity for up to 40 years without power supply.

Industrial-Grade Reliability in Compact Packaging

Designed for demanding environments, this 8-SOIC packaged memory IC features a robust construction that maintains performance across extreme temperature ranges (-40°C to 85°C). The surface mount technology (SMT) compatible package enables seamless integration into modern PCB designs while minimizing board space requirements. With a 5ms write cycle time and comprehensive voltage tolerance (2.5V-5.5V), this device offers exceptional adaptability to various power supply conditions.

Optimized for Diverse Applications

The M95640-WMN6TP demonstrates remarkable versatility across multiple industries, including:

• Industrial automation systems requiring precise calibration data storage

• Consumer electronics needing reliable configuration memory

• Automotive applications demanding temperature-resilient storage solutions

• Medical devices requiring non-volatile data retention

• IoT devices operating in challenging environmental conditions

Technical Advantages

This SPI EEPROM IC offers several key benefits that set it apart from conventional memory solutions:

• Enhanced data security through hardware write protection

• Low-power consumption design for energy-efficient systems

• Seamless SPI interface compatibility with popular microcontrollers

• Extended temperature tolerance for industrial-grade reliability

• Space-saving 8-SOIC packaging for compact device designs

Why Choose STMicroelectronics' M95640-WMN6TP

Engineers and designers worldwide prefer this memory solution for its perfect balance of performance, reliability, and design flexibility. Unlike standard memory ICs, this device combines high-speed SPI communication with EEPROM's inherent non-volatility, eliminating the need for battery-backed SRAM solutions. Its wide voltage range (2.5V-5.5V) ensures compatibility with both legacy and modern systems, while the industrial temperature rating (-40°C to 85°C) makes it suitable for deployment in extreme environments.

Compared to alternative memory technologies, the M95640-WMN6TP offers significant advantages:

• Superior endurance compared to flash memory solutions

• No need for complex wear-leveling algorithms

• Faster access times than traditional EEPROM modules

• Smaller footprint than parallel-interface memory chips

Conclusion

For designers seeking a reliable, high-performance memory solution that combines cutting-edge technology with proven reliability, the STMicroelectronics M95640-WMN6TP 64Kbit SPI EEPROM IC stands out as an exceptional choice. Its comprehensive feature set, industrial-grade specifications, and compact packaging make it an ideal component for next-generation electronic systems requiring dependable data storage in demanding environments. Whether developing consumer electronics, industrial equipment, or automotive systems, this memory IC provides the perfect foundation for creating robust, future-proof designs.

Tags: EEPROM Memory, SPI Interface, Industrial Grade, Compact IC, Embedded Systems