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Enabling new design possibilities for ultra-low power applications
We are excited to feature STMicroelectronics' industry-leading Serial EEPROM solutions, with a range of reliable SPI, I2C, and Microwire products, available in versatile packaging options such as SO8N, TSSOP8, DFN8, DFN5, WLCSP, and bare die configurations.
A top supplier in this field, STMicroelectronics’ EEPROM products provide the safest and most flexible solutions for manyroperational parameters, setup/calibration data, and small boot code storage needs.
We prioritize providing our customers with access to STMicroelectronics’ complete portfolio, boasting short lead times, exceptional volume flexibility, and global distribution channels through our trusted partners.
By selecting their EEPROM solutions, you gain access to many years of expertise through us, backed by ST’s status as a premier EEPROM supplier.
Serial EEPROM Standard & SPD series
Page EEPROM Series
M95P32-I / M95P32-E
About STMicroelectronics
Competitive products with low voltage, low power and the smallest form factor.
Robust and high performance products for high reliability applications.
Serial Presence Detect for DDR2, DDR3 and DDR4 DRAM modules.
Based on advanced 40nm process technology and a new architecture, Page EEPROM goes beyond today's market-standard EEPROMs.
Available in SO8N, DFN8 and WLCSP8 packages, the Page EEPROM product family brings the benefits of Serial EEPROM with breakthrough performance.
High density & performances for efficient management of mixed data and firmware
M95P32, M95P16, M95P08
The Page EEPROM family is manufactured with STMicroelectronics' advanced proprietary NVM technology. It offers byte flexibility, page alterability, high page cycling performance, and ultra-low power consumption, equivalent to that of EEPROM technology.
M95P32, M95P16, M95P08 are 32-Mbit, 16-Mbit, 8Mbit SPI page EEPROM devices organized as programmable pages of 512 bytes each, accessed through an SPI bus with high-performance dual- and quad-SPI outputs.
The devices offer two additional (identification) 512-byte pages:
Learn more: M95P32
