Freescale first with low cost ARM M0+ microcontrollers to push 8bit to 32bit transition
It has already taped out devices for its KL1 and KL2 families that are pin compatible with its K10 and K20 family of Cortex-M4-based microcontrollers and expects to ship these to early customers next quarter and in volume production in September in the 50cent to $1.50 range.
To accelerate the move from 8 and 16bit it has also developed a family that is pin compatible with its SO8 8bit family with 16 to 48 pins so that existing customers can move easily to the new core. The KL family will be sampling towards the end of 2012 with volume in the middle of 2013 at 30 to 60cents.
“We’re excited to further strengthen our relationship with ARM as a lead partner in the definition, and first licensee of the smallest, lowest-power ARM Cortex-M series processor yet,” said Dr Reza Kazerounian, senior vice president and general manager of Freescale’s Automotive, Industrial & Multi-Market Solutions group. “The addition of products built on the Cortex M0+ processor will make our fast-growing Kinetis MCU line one of the industry’s most scalable portfolios based on the ARM Cortex architecture. With the ability to reuse code, higher performance and improved energy efficiency, the Cortex M0+ processor will enable designers to transition from legacy 8-bit and 16-bit proprietary architectures to our new Kinetis devices, without sacrificing cost and ease of use benefits.”
Freescale did not license the original M0 but now sees the M0+ as an appropriate core with the re-design of the core to two stages, single cycle I/O and better interface to flash memory to keep the power consumption down.
Versions for the K30 and K40 based around the higher performance Cortex-M4F DSP core will follow next year.
NXP is also a licensee of the M0 and is planning devices using the M0+, while Energy Micro in Sweden is also planning to use the M0+ core for its Zero Gecko family of 16 microcontrollers due out later this year.
- Battery cell controllers for low-cell-count connected designs
- RF power LDMOS amps boost efficiency in industrial radios
- RF power transistors to reach consumers' dishes
- Freescale's multicore ARM-based i.MX 7 processors maximise performance/power
- NXP agrees RF power business sell off
- L-band power transistor portfolio targets avionics markets
- Power management IC for Freescale i.MX 6SoloLite processors
- Atmel starts sampling lowest power ARM Cortex-M based solution
- Silicon Labs and ARM to collaborate on driving mbed IoT device paltforms
- Suite of IP from ARM targets low-power future premium mobile devices
- 1.7-GHz ARM Cortex-A7 draws only 200-mW of dynamic power
- Subthreshold design at MCU-scale yields 10x energy efficiency
- 15-Watt Qi-compliant device enebles ultra-fast wireless recharging
- Infineon's secret weapon: Dresden Fab, 48V car battery
- 16nm FinFET technology; TSMC fabs fully-functional networking processor
- Internet blackouts by 2020, warns nanoelectronics book
- Huawei reveals rapid charge batteries: 50% capacity charged in minutes
- Want longer lasting lithium ion batteries? Just add hydrogen
- Will solar cells power a Li-FI revolution?
- Samsung unveils next-generation bendable batteries for smart devices
- 48V system achieves near full-hybrid characteristics
- Perovskite advance targets long-wavelength sunlight to boost solar cell efficiency
- Universal wireless charger meets multiple standards
- Tandem thin film solar cells add perovskite to boost efficiency
- London black cabs begin journey towards battery power
- Ultra-thin perovskite nanocrystals enable tunable, energy-efficient LEDs
- IDT to acquire ZMDI for $310million
- PoWiFi optimizes energy harvesting to power IoT sensors
- Redox-flow batteries: Higher performance at lower costs revealed
- A4WP and PMA combine for create AirFuel Alliance
- Battery Size Matters
- Isolation in AC Motor Drives: Understanding the IEC 61800-5-1 Safety Standard
- Multichemistry Buck Battery Charger Controller
- Why Making the Move from a Variable Transformer to a VariPLUS is the Right Decision
- Determine Balancing Current for the LTC3305 Lead-Acid Battery Balancer
- Testing PSRR with High-Frequency Ripple
- A SEPIC Fed Buck Converter