ARM, Renesas,TI join move for low power MCU benchmark
he Embedded Microprocessor Benchmark Consortium (EEMBC) intends to create a standard method to evaluate the energy efficiency of ultra-low power (ULP) microcontrollers.
To date, the industry has lacked a common method to test, validate, and compare the real-world energy consumption of these microcontrollers that target applications such as portable medical devices, security systems, building automation, smart metering, and also applications using energy harvesting devices.
EEMBC benchmarks typically measure the performance of processors and systems. The proposed ULP benchmark will focus on measuring the energy consumed by microcontrollers running various computational workloads over an extended time period.
The benchmarking methodology will allow the microcontrollers to enter into their idle or sleep modes during the majority of time when they are not executing code, thereby simulating a real-world environment where products must support battery life measured in months, years, and even decades.
Support from ARM, Renesas and TI
Initial participation in the EEMBC ULP working group has come from industry-leading microcontroller vendors such as Analog Devices, ARM, Atmel, Cypress, Energy Micro, Freescale, Fujitsu, Microchip, Renesas, Silicon Labs, STMicro, and TI.
“We have seen a significant need for a well-constructed, industry-accepted benchmark to equitably evaluate the energy efficiency of microcontrollers,” said Horst Diewald, chief architect of MSP430 microcontrollers at Texas Instruments (TI), who will chair of the EEMBC ULP working group.
“Unfortunately, the application developer cannot rely on datasheet parameters alone to compare total microcontroller power consumption and select an appropriate microcontroller,” said Diewald.
“I am very excited that the EEMBC members are so motivated to develop this much-needed ULP benchmark,” said EEMBC president Markus Levy. “In the system developer’s interest, we encourage all relevant companies, including the system manufacturers, microcontroller vendors, and tool providers, to join us in this effort.”
All companies in the industry are invited to participate in this working group. Contact Markus Levy to inquire about participation and membership in EEMBC.
Preliminary details of the EEMBC ULP benchmark will be revealed on February 27, 2013, during the Ultra-low Power System Design Workshop at the Embedded World Conference in Nuremberg, Germany.
he Embedded Microprocessor Benchmark Consortium (EEMBC) intends to create a standard method to evaluate the energy efficiency of ultra-low power (ULP) microcontrollers.
To date, the industry has lacked a common method to test, validate, and compare the real-world energy consumption of these microcontrollers that target applications such as portable medical devices, security systems, building automation, smart metering, and also applications using energy harvesting devices.
EEMBC benchmarks typically measure the performance of processors and systems. The proposed ULP benchmark will focus on measuring the energy consumed by microcontrollers running various computational workloads over an extended time period.
The benchmarking methodology will allow the microcontrollers to enter into their idle or sleep modes during the majority of time when they are not executing code, thereby simulating a real-world environment where products must support battery life measured in months, years, and even decades.
Support from ARM, Renesas and TI
Initial participation in the EEMBC ULP working group has come from industry-leading microcontroller vendors such as Analog Devices, ARM, Atmel, Cypress, Energy Micro, Freescale, Fujitsu, Microchip, Renesas, Silicon Labs, STMicro, and TI.
“We have seen a significant need for a well-constructed, industry-accepted benchmark to equitably evaluate the energy efficiency of microcontrollers,” said Horst Diewald, chief architect of MSP430 microcontrollers at Texas Instruments (TI), who will chair of the EEMBC ULP working group.
“Unfortunately, the application developer cannot rely on datasheet parameters alone to compare total microcontroller power consumption and select an appropriate microcontroller,” said Diewald.
“I am very excited that the EEMBC members are so motivated to develop this much-needed ULP benchmark,” said EEMBC president Markus Levy. “In the system developer’s interest, we encourage all relevant companies, including the system manufacturers, microcontroller vendors, and tool providers, to join us in this effort.”
All companies in the industry are invited to participate in this working group. Contact Markus Levy to inquire about participation and membership in EEMBC.
Preliminary details of the EEMBC ULP benchmark will be revealed on February 27, 2013, during the Ultra-low Power System Design Workshop at the Embedded World Conference in Nuremberg, Germany.
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