Micros
NXP claims industry’s highest performance Cortex-M3 based microcontrollers
NXP has confirmed that the LPC1700 series is the industry’s highest performance Cortex-M3 microcontroller, based on results from the Embedded Microprocessor Benchmark Consortium (EEMBC). The EEMBC results show that the LPC1700 executes application code on average 35% faster than the leading Cortex-M3 competitors when running at the same clock speeds. NXP’s performance advantage is even greater when the LPC1700 runs at higher clock speeds.
The These certified EEMBC results highlight the fact that the design of the microcontroller and its memory interfaces is equally as important as the processor core itself, said Markus Levy, president of EEMBC. Furthermore, NXP’s motivation to have its EEMBC scores certified adds an extra level of assurance that the scores are repeatable and are generated according to the rules established by the consortium.
Dedicated to giving you more 32-bit microcontroller options, NXP is introducing two new members to the popular LPC1700 series. The LPC1768 and LPC1758, available in LQFP100 and LQFP80 packages respectively, extend the maximum Flash size of the LPC1700 series to 512KB. The LPC1700 series is now shipping in volume and free samples are available at www.nxp.com/experience_MCUoptions/.
Our EEMBC results confirm that the LPC1700 series is now the fastest and most efficient Cortex-M3 available in the market, said Geoff Lees, vice president and general manager, microcontroller product line, NXP Semiconductors. The immediate availability of this series, along with the new 512KB devices ensures that NXP continues to offer our customers the broadest range of 32-bit MCU options.
The NXP LPC1700 series is supported by the same large variety of tool vendors available today for NXP's ARM-based 32-bit MCUs, such as Keil (an ARM company), IAR Systems, Hitex Development Tools, Embedded Artists, and more. Code Red Technologies offers support for the LPC1700 in their Eclipse-based Red Suite software development platform.