FRAM MCUs Race Data, Raze Power

May 2, 2011
Heralded as the industry’s first ultra-low-power ferroelectric random access memory (FRAM) 16-bit microcontrollers (MCUs), the MSP430FR57xx FRAM series claims to achieve data writing speeds more than 100 times faster while using 250 times less power than flash- and EEPROM-based MCUs.

Heralded as the industry’s first ultra-low-power ferroelectric random access memory (FRAM) 16-bit microcontrollers (MCUs), the MSP430FR57xx FRAM series claims to achieve data writing speeds more than 100 times faster while using 250 times less power than flash- and EEPROM-based MCUs. Of particular note, on-chip FRAM allows data retention in all power modes, supports more than 100 trillion write cycles, and allows users to partition data and programming memory with changes in software. Other features include reliable remote software upgrades, FRAM densities up to 16 kB, analog and connectivity peripheral options including 10-bit ADCs, 32-bit hardware multipliers, up to five 16-bit timers, multiple enhanced SPI/I2C/UART buses, and code compatibility across MSP platforms. Pricing for MSP430FR57xx MCUs starts at $1.20 each/10,000. TEXAS INSTRUMENTS INC., Dallas, TX. (800) 477-8924.

Sponsored Recommendations

Highly Integrated 20A Digital Power Module for High Current Applications

March 20, 2024
Renesas latest power module delivers the highest efficiency (up to 94% peak) and fast time-to-market solution in an extremely small footprint. The RRM12120 is ideal for space...

Empowering Innovation: Your Power Partner for Tomorrow's Challenges

March 20, 2024
Discover how innovation, quality, and reliability are embedded into every aspect of Renesas' power products.

Article: Meeting the challenges of power conversion in e-bikes

March 18, 2024
Managing electrical noise in a compact and lightweight vehicle is a perpetual obstacle

Power modules provide high-efficiency conversion between 400V and 800V systems for electric vehicles

March 18, 2024
Porsche, Hyundai and GMC all are converting 400 – 800V today in very different ways. Learn more about how power modules stack up to these discrete designs.

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!