Lowest Power Bluetooth in the World: Atmel BTLC1000 Bluetooth for IoT on ARM Cortex-M0 with up to 9 years of battery life
The Atmel BTLC1000 Bluetooth Smart SoC can run at sub-1µA in standby mode in a 2.1mmX2.1mm Wafer Level Chipscale Package (WLCSP), while delivering the industry’s best dynamic power consumption with a potential battery life of up to 9 years on a coin cell battery. Atmel designed BTLC1000 specifically for the rapidly growing IoT and for wearables market, including portable medical, activity trackers, human Interface devices, gaming controllers, beacons and much more.
Expanding upon the Atmel SmartConnect wireless portfolio, the BTLC1000 is a Bluetooth Smart link controller integrated circuit that connects as a companion to any Atmel AVR or Atmel | SMART MCU through a UART or SPI API requiring minimal resource on the host side. The standalone Atmel | SMART SAMB11 Bluetooth Smart Flash MCU leverages the embedded ARM Cortex-M0 core combined with the integrated analog and communication peripherals to implement application-specific functionalities and is available as a system-in-package or a certified module. Both devices are fully integrated with a self-contained Bluetooth Smart controller and stack enabling wireless connectivity for a variety of applications to be quickly implemented without the wireless expertise typically required.
In this interview, Free Electrons CTO Thomas Petazzoni and Opersys founder Karim Yaghmour exchange some thoughts about embedded Linux vs. Android, and then Thomas moves on to describe in more details the activities of the embedded Linux services company Free Electrons. Both Free Electrons and Opersys are unique amongst others things by the fact that they provide all their training materials freely on the web! Thomas also discusses the numerous Linux kernel contributions made by Free Electrons, which is ranked the 7th contributing company for the next Linux kernel release, in number of patches, an impressive result for a 9 persons business: Free Electrons has developed a core expertise in pushing the support for ARM processors to the upstream Linux kernel. More specifically, the work done by Free Electrons engineers on Atmel ARM platforms is presented, since Free Electrons was demonstrating an Atmel SAMA5D3 platform with a brand new DRM/KMS graphics driver that has been developped by Free Electrons engineer Boris Brezillon and recently merged in Linux 4.0.
Cypress makes programmable system-on-chip solutions used in a wide range of applications, from consumer and automotive to industrial and military products. They are launching the $10 CY8KIT-059 development board to program their ARM Cortex-M3 PSoC 5LP at http://www.cypress.com/?rid=108038 The Cypress PSoC platform includes several families of devices that feature an ARM Cortex processor surrounded by a host of programmable analog and digital resources that can easily be customized with a simple drag-and-drop design tool called PSoC Creator. Cypress’s newest PSoC innovation includes the PSoC 4 M-Series, which, with its 32-bit ARM Cortex M0- core, 128KB of flash, programmable analog and digital components, dual CAN interfaces and 55 GPIOs, make it an ideal replacement for standard 8-bit and 16-bit applications. Another recent Cypress innovation is the Cypress PSoC 4 BLE, which adds Bluetooth Low Energy connectivity to any device, and is ideal for a variety of wireless applications from fitness and health-monitoring wearables to sensor-based systems in homes.
The Atmel | SMART SAM S70 and E70 microcontrollers are based on the high-performance 32-bit ARM Cortex-M7 RISC processors with double precision floating point unit. They operate at a maximum speed of 300MHz and feature up to 2048KB of Flash, dual 16KB of cache memory and up to 384KB of SRAM. They can achieve 1500 CoreMarks or up to 645 DMIPS. On the memory side, they have a flexible SRAM which can be configured as Tightly Coupled Memory (TCM) up to 256KB. Allowing execution of deterministic code or fast processing data. Code executed from TCM is executed at full speed so at 300MHz. The SRAM is multi-port which is reducing the latency over the bus matrix. When they have a lot of burst the latency can be reduced by 16 thanks to the 4 ports. To accelerate the execution of the code from on-chip Flash or nonvolatile memory connected to QuadSPI or over the External Bus Interface, they have integrated a huge L1 cache of 16kByte for the instruction and 16kByte for the data. Both with ECC. The 384KByte of SRAM can be extended through the SDRAM interface. Looking at the features now, they have plenty of serial communications such as SPI, SDIO or USART. Atmel has one High-speed USB Host and Device, with integrated PHY which obviously save some cost and PCB space. There is one CMOS Camera interface for image acquisition. All the series offer two Advanced Analog Frontend (AFE) with Dual Sample and hold capability and Up to 16-bit resolution with hardware oversampling. They also have programmable Gain for small signal input. All series offer real-time event management through direct connection between PWM, Timer and ADC for motor control application. Both series are based on the same feature set, the only difference is coming from the Ethernet, CAN support (SAME70 integrates Ethernet and CAN). Atmel offers all series in BGA and QFP from 64 to 144 pins. Small 64-pin pincount option offers an entry level form factor high performance MCU. All series support the extended Industrial temperature range from -40 to 105°C.
Xilinx announces their next generation 16nm FPGA with quad-core ARM Cortex-A53 and dual-core ARM Cortex-R5, Mali400 GPU. The FPGA market is for designs where flexibility, high performance and fast time to market is important providing programmable hardware. The silicon is going to be available at the end of this year, so they are for now showing emulated version of their SoC. The dual-core ARM Cortex-R5 on the SoC are used for increased safety and security. By going with a 16nm 64bit design, Xilinx can pack a lot more performance without consuming more power than their previous dual-core ARM Cortex-A9 based Zynq 7000 which I filmed here http://armdevices.net/2011/03/04/xilinx-zynq-7000-series-cortex-a9-in-fpga-at-embedded-world-2011/
- Xilinx Introduces Zynq UltraScale+ MPSoC with Cortex A53 & R5 Cores, Ultrascale FPGA (cnx-software.com)
- 16nm Zynq SoC mixes Cortex-A53, FPGA, Cortex-R5 (linuxgizmos.com)
- 16-nm FPGA Includes 64-bit and Lockstep ARM Cortex Cores (electronicdesign.com)
- Xilinx puts seven ARM cores on 16nm finfet SoC (electronicsweekly.com)
MicroEJ demonstration on ARM Cortex-M4 Freescale K70 device, includes a Z-wave communication through USB host and Bluetooth communication with ARM Cortex-M0+ Freescale KL46Z device, driving a black&white 128x128 display. Both K70 and KL46Z are running MicroEJ Java platform, JVM footprint is 28KB ROM+1.5KB RAM. Boot time to Java main method is 2ms at 120MHz. Java technology brings OOP (oriented object programming) and virtualization (full simulator running on PC) to the embedded microcontroller software development. MicroEJ offers an App store called wadapps (http://wadapps.com), a new way to download application on connected devices. http://www.is2t.com
This video provides an overview of Freescale’s new ARM Cortex-M7 based MCU – the Kinetis V series KV5x family for motor control and digital power conversion applications. The KV5x is the newest member of the V series and combines leading-edge processing power, sophisticated analog and timing peripherals, and new connectivity, security and safety features. It brings increased motor efficiency, remote system management and end-node interoperability via the Internet of Things (IoT) to a vast range of applications, from home appliances to complex industrial drives. Also featured in the video are the new Kinetis V series Freedom Development Boards and High Voltage Development Platform. You can read more about the Freescale Kinetis V series and supporting development tools here: http://www.freescale.com/kinetis/vseries
Infineon shows €16 ARM Cortex-M0 XMC1100 Starter Kit Development Board with free DAVE “Digital Application Virtual Engineer”
Matthias Ackermann, Industrial Microcontrollers at Infineon Technologies presents the latest technologies around its XMC 32-bit industrial microcontroller families powered by ARM Cortex-M and a new version of DAVE in action – 600W LLC titanium class power conversion reference design using XMC4000 series, XMC MCU buck kit evaluation platform for XMC MCUs, 1kW BLDC power tool reference design using XMC1300 series, 2-axis FOC motor control using XMC4400 series, MATLAB Simulink coder library integration in DAVE, secure field update/upgrade for XMC4000 series, 24GHz radar for presence and distance detection, flicker-free LED lighting control with RGB LED lighting shield for Arduino.
The Infineon demos show typical use cases and implementations utilizing XMC MCUs that feature deterministic behavior (programmable hardware interconnect matrix), performance (with DSP and FPU or MATH co-processor enabling 32-bit DIV and 24-bit trigonometric calculations), accuracy (peripherals clock up to 120MHz, HRPWM with 150ps), full control (timer concatenate up to 64-bit, POSIF), integration (ΔΣ Demodulator, LED Brightness Color Control Unit), and flexible programmable communication interfaces for M2M and IoT.
The demos use DAVE. DAVE stands for “Digital Application Virtual Engineer”. It is the free of charge software development platform for XMC MCUs offering a configurable and reusable code repository called XMC Lib (low level driver) and DAVE APPs.
In this video, Thomas Ensergueix and Diya Soubra, product managers at ARM for Cortex-M processors,
discuss how software complexity is driving the increase in the deployment of 32bit Cortex-M processors in the embedded market.
The ARM Cortex-M processor family is a range of scalable and compatible, energy efficient, easy to use processors designed to help developers meet the needs of tomorrow’s smart and connected embedded applications. Those demands include delivering more features at a lower cost, increasing connectivity, better code reuse and improved energy efficiency. The Cortex-M family is optimized for cost and power sensitive MCU and mixed-signal devices for applications such as Internet of Things, connectivity, smart metering, human interface devices, automotive and industrial control systems, domestic household appliances, consumer products and medical instrumentation.
You can read more about the ARM Cortex-M series of processors at http://www.arm.com/products/processors/cortex-m/
ARM Cortex-M7 in STM32 F7 STMicroelectronics, IS2T brings MicroEJ Java apps store for embedded market
STMicroelectronics launches STM32 F7 series of very high performance Microcontroller Units based on the ARM Cortex-M7 core. The STM32 F7 devices are the world’s first ARM Cortex-M7 based 32-bit microcontrollers, improving on the benchmark performance. Taking advantage of ST’s ART Accelerator as well as an L1 cache, the STM32 F7 devices deliver the maximum theoretical performance of the Cortex-M7 no matter whether code is executed from embedded Flash or external Memory: 1000 CoreMark/428 DMIPS at 200 MHz fCPU.
Demonstrated running on the STM32 F7, IS2T MicroEJ SDK enables embedded Java development for any MCU and MPU, from the smallest ARM Cortex-M0+ to the newest Cortex-M7 and beyond. The embedded Java platform includes IS2T Java Virtual Machine (footprint: 28KB of RAM, 1.5KB of RAM) and IS2T libraries for IoT, GUI and communication applications. Boot time to first line of Java main is 2ms on a Cortex-M4@120MHz.
IoT solutions includes TPC/IP, Wifi, MQTT, Websockets, HTTP, JSON, XML, COAP... protocols. GUI solutions includes a full set of widgets, drawing, motions, anti-aliased... libraries - typical animations at 60FPS with less than 10% CPU load. Full Java applications run on MCU starting from 256KB of flash.
The MicroEJ demo running on STM32F7 device shows the Waddapps store connection, an online store of embedded applications that can be downloaded to the STM32F7 through any link (e.g. ethernet, Wifi, Bluetooth). Apps are downloaded, installed, started, stopped, uninstalled without reset - same as smartphone users would typically do with an Apps Store.
More information about STM32 F7: http://www.st.com/web/en/catalog/mmc/FM141/SC1169/SS1858?sc=stm32f7
Free MicroEJ SDK evaluation: http://www.is2t.com
Wadapps Store: http://www.wadapps.com