Ordering Information Support Information Specials Site Map
 Search
Order Status Order Status
 Corporate

About Us

Delivery

Guarantee
 Services

PCB Manufacture

PCB Design

Board Assembly
 Need Help

Contact Us

News

Latest Products

Ordering Information

Hello. Welcome to Futurlec. The ELECTRONIC COMPONENTS Superstore. To find the component your looking for, either search by Part Number or visit the relative department. Need Help.


TOP STORIES



New Performance Record for ARM Cortex™-M Microcontroller


ST Microcelectronics STM32 F4 series featuring unique ART accelerator achieves record-breaking CoreMark™ benchmark with Green Hills Software


Independent Processor-Performance tests using the latest software tools from Green Hills Software have shown the new STM32 F4 Series ARM Microcontrollers, as the world's high performing ARM® Cortex-M Microcontroller.

ST Microelectronics STM32 Microcontroller
The Green Hills Software compiler version 2012 has unleashed 29% extra performance from the STM32 F4 series in industry-standard CoreMark™ tests 1. CoreMark tests produce a single-number score that helps developers compare processors from various manufacturers. This new elevated CoreMark score reassures customers using the STM32 F4 series that they have chosen the highest performance Cortex-M microcontroller available on the market, suited to fit even the most creative application requirements.

In executing from Flash memory, which is the most meaningful and challenging condition to measure the performance of an architecture, the CoreMark tests compiled using the Green Hills compiler version 2012, ST’s STM32 F4 series produced the highest ever score of 469, operating at its maximum frequency of 168MHz . This score is equivalent to 2.79 Coremark/MHz, another record among embedded processors. When executing from RAM, performance is even higher at 481 CoreMark or 2.86 CoreMark/MHz.

Helping establish the STM32 F4 series’ advantage over other Cortex-M processors is the device’s unique architecture that includes ST’s Adaptive Real-Time (ART) accelerator. The ART accelerator speeds up code and data retrieval from Flash memory to increase the performance of the standard Cortex-M4 processing engine, which comprises a 32-bit microcontroller, floating-point unit and enhancements that enable the efficient execution of digital-signal-processor single-cycle instructions.

“In combination with the enhanced Green Hills compiler, the ART accelerator is a key feature enabling the STM32 F4 series to extend its world-beating performance,” said ST’s Michel Buffa, General Manager, Microcontroller Division. “The advanced architecture of the STM32 F4 series allows customers to draw maximum benefit from the market-leading performance improvements of the latest Green Hills compiler. It is already the world’s most powerful Cortex-M processor based microcontroller available in the market, and compiler version 2012 demonstrates even more performance from the unique ART accelerator and other outstanding features of the family.”

Christopher Smith, Vice President of Marketing, Green Hills Software said, “With the new compiler version 2012, Green Hills Software has achieved a milestone by boosting the Cortex-M based STM32 F4 series to new performance records.”

About the ARM Cortex-M processor and STM32 family:

The ARM Cortex-M3 and Cortex-M4 licensable processor cores have revolutionized the embedded microcontroller marketplace. Providing 32-bit processing capability at a price competitive with proprietary 16-bit and some 8-bit processors, it has been chosen by microcontroller manufacturers worldwide as the basis for next-generation product families. The M4 core also features a floating-point unit and supports the efficient execution of digital-signal-processing single cycle instructions, which save designers adding a co-processor for special functions such as digital audio or high-speed sensing.

As one of the first ARM Cortex-M licensees, ST has built its extensive STM32® family of microcontrollers using these cores, adding many differentiating features to the processors’ inherently high performance and value for money. These include pin and software compatibility between devices, allowing developers to re-use proven software, standardize pc boards, and scale their designs easily. The integrated peripherals, such as communication interfaces, controllers and converters are also consistent across all devices. In all, there are over 250 STM32 variants, including the Value Line, Performance Line, Access Line, USB Access Line, Connectivity Line, and High-Density Line based on the M3 processor. The high-performance entry level M3-based STM32 F2 series, which features ST’s ART accelerator as well as a multi-layer bus matrix for high-speed program execution, is also available.

In addition, ST has combined the M3 processor with proprietary ultra low-power technology to create the STM32L family for energy-wise applications, such as battery operated applications. ST introduced the STM32 F4 series featuring the M4 DSP-enhanced core, multi-layer bus matrix and multi-DMA controllers delivering ultimate performance and allowing concurrent processing and data transfers in September 2011. This high-performance device provides features to optimize speed and dynamic power consumption such as back-up SRAM supporting low-power modes and integrated voltage-scaling capability. Its extensive peripheral integration including a 2.4 MSPS 12-bit ADC, and 12-bit analog-digital and digital-analog converters, camera interface, security co-processor, and serial interfaces such as Ethernet, USB, CAN and SD-card allows the STM32 F4 to target applications such as high-end automation, surveillance, home audio, networking, communications and digital media.


The company's Web site address is http://www.st.com/.
[Reprinted with kind permission from ST Microelectronics]


 Headlines
Linear Technology's New Power Monitoring IC

New Ultrasonic Flow Meter Design

New MPLAB Harmony Firmware from Microchip

Atmel Release Studio 6.2 IDE

New High Accuracy Pressure Sensor

 Other Stories
Dynamic NFC Tags for Comsumer Appliances

New Floating Switch Architecture for LED Lighting

New Power Monitoring IC from Microchip

STMicroelectronics Releases Unique HomePlug Smart System-on-Chip

Analog Devices Release New Mixed-Signal ARM-M4 Processor

New Wireless Power Chip for Qi Charging Stations

High-Performance Single-Chip AM/FM Radio Tuners

New Flourescent Ballast Control IC

New Ultra-Wideband High Linearity Mixer

New Near Field Communication Tags

New Freescale 5V 32-bit ARM Cortex-M0 MPUs

New DockPort Solution Enables Video, USB and Power Over a Single Cable

World's Smallest e-Compass Module

New Class-AB Audio Amplifers from NXP

TI Releases Li-Ion Battery Fast Charge Chipset

New Atmel Cortex-A5 MPU Loaded with Features

New Sound Chip Delivers Excellent Sound Quality

New PIC Microcontrollers with Integrated Op-Amps

Microchip Releases New High Density 1Mbit Serial SRAM

New e-Compass Module with Motion and Magnetic Sensors

Microchip Releases New USB PIC® Microcontrollers

Revolutionary New Audio IC Delivers 5 Times the Power

New Atmel ARM Cortex-M4 Microcontroller

New Fully Integrated Ultrasonic Signal Conditioner

New Java Design Platform for STM32 Microcontrollers

NXP Adds New GreenChip IC for Use With Mains LED Lighting

Microchip Releases Improved C Compiler for PIC Microcontrollers

New Atmel Studio 6 Release with Support for ARM Microcontrollers

Freescale Releases New Kinetis Microcontrollers with 16-bit ADC

New Low-Voltage Digital Thermometers/Thermostats from Maxim

NXP Adds New Low Power ARM Microcontrollers

Analog Devices New MEMS Accelerometers

New ZigBee Smart Energy IC with ARM Cortex-M3 Processor

New Touch Sensing IC with Capacitive and Resistive Sensors

New Performance Record for ARM Cortex™-M Microcontroller

New AVR Microcontroller with LF-RFID Reader

Microchip Releases New SPI Real-Time Clock




How To Order  |  What's New  |  Your Account  |  Order Status  |  Help

About Us  |  Contact Us

Copyright Information © 2014, Futurlec