ARM Forecast To Become The Leading 32-bit Microcontroller Architecture In 2011

–  ARM is forecast to pass Power Architecture and x86 to become the leading 32-bit microcontroller and embedded microprocessor architecture in 2011, according to the latest analysis from Semicast Research.

Findings from the Semicast study on the global market for 32/64-bit microcontrollers (MCUs) and embedded microprocessors (eMPUs) show that automotive and industrial (including medical) applications are forecast to be the two key growth sectors, with total revenues for ARM-based MCUs/eMPUs set to increase at a CAGR of 21% over the period 2007-2013. Revenue growth for ARM-based MCUs is forecast to be driven in particular by the introduction of low cost parts based on the ARM Cortex M3 and M0 cores. Colin Barnden, principal analyst at Semicast Research and study author commented “As was evident at the recent Embedded Systems Conference in San Jose, the ARM architecture continues to gain momentum in the MCU market, with suppliers such as Atmel, Luminary Micro, NXP and STMicroelectronics all demonstrating Cortex M3 MCUs and NXP also introducing the first parts based on Cortex M0”.

Following ARM, next highest revenue growth is forecast for Power Architecture, which over the medium term is forecast to benefit from a recovery in the automotive sector and increased spending on communications infrastructure. High growth is also identified for x86, which is set to continue to benefit from a leading position in industrial automation and communications infrastructure, while medium term growth prospects for SuperH also remain strong.

Barnden summed up “Cortex M0 is a highly innovative extension of the ARM architecture into traditional 8/16-bit MCU territory. The response from established MCU suppliers such as Freescale, NEC and Renesas to the threat posed by both Cortex M3 and M0 will set up a fierce battle in the years ahead”.



Note:
The source material for this news release is taken from the Semicast report “32/64-bit Microcontrollers, Embedded Microprocessors & DSPs”, published in April 2009. A copy of the study brochure can be viewed here.