Microchip - Adding USB, Ethernet, or Wireless Connectivity to an Embedded Design 8:00am -12:00pm. Cypress - PSOC3/5 workshop

Size: px

Start display at page:

Download "Microchip - Adding USB, Ethernet, or Wireless Connectivity to an Embedded Design 8:00am -12:00pm. Cypress - PSOC3/5 workshop"

Agnes Bradford
5 years ago
Views:

1 Wednesday JUNE 15th 9:00am - 4:00pm Freescale Semiconductor - Android and Linux on the NEW i.mx53 processor (full day session) Freescale Semiconductor - New Kinetis K40-based Tower Development Tool Renesas - Extreme (RX) MCU Architecture and LCD Software Solution for Driving a Color TFT-LCD Panel Microchip - Adding USB, Ethernet, or Wireless Connectivity to an Embedded Design Cypress - PSOC3/5 workshop National Semiconductor - WEBENCH Power Architect and Power Supply Design NXP - High Performance RF for the Most Demanding Applications NXP - Cortex-M0 Workshop STMicroelectronics - STM32 ARM -based Embedded MCUs 8:00am - 5:00pm Future Lighting Solutions - LED Lighting Module Seminar (full day session) Freescale Semiconductor - Power Architecture/QorIQ Solutions for Industrial Applications Renesas - RL78 and 78K0 Low Power Workshop Microchip - Implementing Touch Sense and Graphics to Embedded Applications Cypress - PSOC3/5 workshop Note: repeat of classes National Semiconductor - New Single Chip Sensor AFEs & Power Modules NXP - Cortex-M0 Workshop Note: repeat of classes STMicroelectronics - STM32 ARM -based Embedded MCUs Note: repeat of classes

2 Wednesday JUNE 15th 9:00am - 4:00pm Freescale Semiconductor - Android and Linux on the NEW i.mx53 processor (full day session) In this hands-on class, attendees will learn how to get Android up and running on the Freescale i.mx53 Quick Start board. They will also learn how to build a Linux host environment and to build Linux/Android kernels, drivers and applications. Laptops and i.mx53 Quick Start boards will be provided for the training class. Attendees will receive a coupon to purchase the new i.mx53 Quick Start board ($149 value) for a discounted price of $99. BYOAP - Bring Your Own Android Phone (if you have one). The VMWare image of the host Linux environment used in class will be posted at and so attendees can develop Linux or Android applications for the i.mx53 on any Windows-based computer. Freescale Semiconductor - New Kinetis K40-based Tower Development Tool In this hands on session, you will be introduced to the features of the Freescale s Kinetis ARM Cortex M4 family, their features, the complimentary MQX RTOS, and development tools. You will use the Tower K40 board with LCD to understand the key concepts of Tasks in MQX, how to manage priority level and inversion. As well you will understand the build process, and how to program and debug your application using an RTOS aware debugger. Renesas - Extreme (RX) MCU Architecture and LCD Software Solution for Driving a Color TFT-LCD Panel This session will provide a brief introduction to the #1 MCU vendor in the world. Technical details will be provided on the industry s first 200-MHz MCU architecture: Renesas next-generation 16/32-bit platform, called Renesas Extreme (RX). The presentation describes the RX s best-in-class performance, superior code density, unique peripheral features, and ability to provide high throughput while consuming minimum power (500μA/MHz). The second half of the session provides a hands-on introduction to the use of the Renesas Rx MCU to directly drive an LCD. The session is divided up into three parts, each focusing on different aspects of the solution: developing icons, creating animation and implementing event activation. Detailed instructions are given for the achievement of specified objectives. Participants are also asked to find their own solutions to other problems.

3 That compatibility lets customers reuse and build upon engineering investments made when applying the products in our current MCU lineup. Finally, the session highlights our commitment to keep adding enhanced MCUs to our existing product lines by boosting speeds, decreasing operating voltages, cutting power consumption, and adding flexible peripherals that provide smooth MCU migration paths. System engineers applying MCUs in the Renesas RX600 family gain advantages by using the RX Peripheral Driver Library (RPDL) and the RX Peripheral Driver Generator (PDG). This session explains what the RPDL and PDG are and how they can be used to speed up development work and make it easier. The hardware platform used for the lab demonstrations is the RX board, which uses an RX6xx MCU. Microchip - Adding USB, Ethernet, or Wireless Connectivity to an Embedded Design We live in a highly connected world. From personal devices to industrial systems, data transfer and control is critical to success. Two of the most widely deployed wired solutions are USB and Ethernet. This session helps embedded designers understand the challenges of using either of these communications standards in their applications and Microchip s complete solution for easy integration. Embedded engineers are increasingly being asked to add wireless communication to their systems. Each new implementation requires the designer to understand varying system needs such as cost, performance and interoperability. This session also presents alternatives to solve this problem: the interoperable ZigBee protocol, the proprietary Microchip MiWi protocol and the ever present WiFi. Attendees will be shown the differences between these protocols and learn about the products and tools used to implement solutions. Cypress - PSOC3/5 workshop 101 Architecture and Design Flow 102 System Resources 103 Digital Peripherals 104 Analog Peripherals National Semiconductor - WEBENCH Power Architect and Power Supply Design WEBENCH FPGA Power Architect incorporates the detailed supply requirements of the newest FPGA devices from Altera, Xilinx, Actel, and Lattice. High performance FPGA power supplies are complex, requiring the designer to meet unique multiple voltage levels with precise voltage, current, ripple, noise filtering, synchronization, soft start, and supply separation demands. The power supply designs delivered by WEBENCH incorporate comprehensive power requirements published by the FPGA manufacturers, giving the designer confidence that their power supplies will meet these constraints while saving critical time in the process. Customers will learn techniques and considerations for designing power supplies using buck, boost, flyback, buck-boost and septic configurations to achieve the most efficiency, smallest board space and least expensive solution.

4 NXP - High Performance RF for the Most Demanding Applications Uniquely positioned in the RF market with a rich portfolio of highperformance processes in-house, NXP s broad RF portfolio spans high-power LDMOS for power amplifiers to the most advanced SiGe:C BiCMOS for RF/IF MMICs. Additionally, our advanced CMOS process for high-speed converters completes the RF front-end. As all these technologies are designed and manufactured in-house, they are customtuned to application specific requirements. Additionally, NXP has a long history as one of the industry s leading compact model developers, so all technologies have their associated, fully characterized RF models. Our exclusive 180GHz ft SiGe:C BiCMOS process commands unprecedented levels of high-frequency integration while our LDMOS power amplifiers boost system efficiencies creating smaller, more reliable and costefficient systems.this in-house process supports our design team in leading innovation and the development of products and solutions for some of the most pressing RF front-end challenges. Our next generation of high-speed converters boasts the most advanced serialization techniques and low-power highly linear cores. These product features allow us to quickly and effectively solve complex routing issues with simplified board layouts and reduced layers significantly speeding application development and time-to-market. Come to our seminar with Future Electronics and learn about the many new advanced RF products for radio systems operating from HF to Ku Ba. NXP - Cortex-M0 Workshop NXP Microcontroller Overview Cortex-M0 Overview/Architecture Clock Generation + PLL NVIC SYSTICK Timer CMSIS Overview GPIO Windowed Watchdog Timer ROM Code Divider RTC STMicroelectronics - STM32 ARM -based Embedded MCUs ST has a comprehensive portfolio of STM32 Cortex-M MCUs supported by a robust ecosystem giving embedded developers an unprecedented choice of performance and features. The STM32 is the industry s broadest portfolio of Cortex-M MCUs featuring 180 pin- and software-compatible devices in 7 product lines ranging from the ultra-low-power STM32L product line to the high performance 150DMIP STM32 F-2 product line. This comprehensive portfolio offers embedded Flash options from 16KBytes to 1MByte and is available in a broad range of packages from 36 to 144 pins.

5 The growing portfolio of fully compatible STM32 Cortex-M MCUs allows embedded designers the flexibility to design a broad range of products based on a single MCU platform. Thus embedded applications that range from the most energy efficient ultra-low-power to applications requiring the very highest performance level can be addressed with a single MCU platform. STM32 Product Lines: STM32 F-2 series MHz CPU with ART accelerator, 1 Mbyte Flash, Ethernet MAC, USB 2.0 HS OTG, camera interface, encryption Ultra-Low-Power line STM32L15x EnergyLite 32MHz CPU with USB, Data EEPROM, LCD and lowest power mode 270nA Connectivity line STM32F105/107xx - 72 MHz CPU with Ethernet MAC, CAN and USB 2.0 OTG Performance line STM32F103xx - 72 MHz, up to 1 Mbyte Flash with motor control, USB and CAN USB access line STM32F102xx - 48 MHz CPU with USB FS Access line STM32F101xx - 36 MHz CPU, up to 1 Mbyte Flash Value line STM32F100xx - 24 MHz CPU with motor control and CEC functions 8:00am - 4:30pm Future Lighting Solutions - LED Lighting Module Seminar (full day session) Do you want to decrease your time to market and experience the ease of assembling a luminaire using Philips LED Light Module Systems for General Lighting? Then Future Lighting Solutions invites you to attend this FREE Seminar/ Workshop on the latest Philips LED Light Module Systems and their associated Thermal & Optical solutions. Agenda Understanding LEDs for General Lighting Philips LED Modular Systems for retail, commercial and scene setting Thermal and Optical solutions for the Philips Systems FLS Suite of Automated Design Tools Freescale Semiconductor - Freescale Power Architecture/QorIQ Solutions for Industrial Applications This course will provide a comprehensive view of the growing industrial market and related Freescale solutions. Included in the discussion are Freescale system-on-chip products, an overview of Freescale s third party industrial protocol solution partners (e.g. EtherCAT, ProNET, CAN, IEEE1588 time stamping, etc.), and use cases/application examples. Upon completing this session you will be able to select the best Freescale solution for your industrial control and networking projects, and easily locate the latest reference designs, enablement and partner support for Freescale s industrial control and networking solutions. Renesas - RL78 and 78K0 Low Power Workshop The features of the RL78 and 78K0R MCUs that make them excellent choices of low-power applications are explored in this laboratory session. The 78K0R-KE3l Demo Board is used to explore the valuable low-power modes that the devices provide.

6 Microchip - Implementing Touch Sense and Graphics to Embedded Applications Graphical and touch-based user interfaces have moved from a product differentiator to a necessity. An engaging, intuitive user interface can be the difference between product success and failure. In this session, attendees will learn about Microchip s hardware and software solutions including projected capacitive touch and metal over capacitive. Cypress - PSOC3/5 Workshop (Repeat) PSOC3/5 will be covered by 4 individual labs on the content below. 101 Architecture and Design Flow 102 System Resources 103 Digital Peripherals 104 Analog Peripherals National Semiconductor - New Single Chip Sensor AFEs & Power Modules Overview of product family, WEBENCH design tools, evaluation boards and Sensor AFE applications. National s new Sensor AFEs and WEBENCH tools allow designers to rapidly configure an AFE for a multitude of sensors (temperature, pressure, chemical, etc.). The LMP90100 is a highly integrated, multi-channel, low power 24-bit Sensor AFE with a low-noise programmable gain amplifier and a fully differential high impedance analog input multiplexer. A true continuous background calibration feature allows calibration at all gains and output data rates without interrupting the signal path. The background calibration feature essentially eliminates gain and offset errors across temperature and time, providing measurement accuracy without sacrificing speed and power consumption. The LMP91000 is a programmable Analog Front End (AFE) for use in micropower electrochemical sensing applications. It provides a complete signal path solution between a sensor and a microcontroller that generates an output voltage proportional to the cell current. The LMP91000 s programmability enables it to support multiple electrochemical sensors such as 3-lead toxic gas sensors and 2-lead galvanic cell sensors with a single design as opposed to the multiple discrete solutions. The LMP91000 supports gas sensitivities over a range of 0.5 na/ppm to 9500 na/ppm. It also allows for an easy conversion of current ranges from 5µA to 750µA full scale. New 2nd Generation Power Modules from NSC. Product overview, design tools and evaluation board information. Customers will learn about the online and data sheet design tools to solve their power supply problems using NSC s new Power Modules that allow Freq. Sync, Current Sharing, Extreme Temp ranges, Low EMI, etc.

7 NXP - Cortex-M0 Workshop (Repeat) NXP Microcontroller Overview Cortex-M0 Overview/Architecture Clock Generation + PLL NVIC SYSTICK Timer CMSIS Overview GPIO Windowed Watchdog Timer ROM Code Divider RTC STMicroelectronics - STM32 ARM -based Embedded MCUs (Repeat) ST has a comprehensive portfolio of STM32 Cortex-M MCUs supported by a robust ecosystem giving embedded developers an unprecedented choice of performance and features. The STM32 is the industry s broadest portfolio of Cortex-M MCUs featuring 180 pin- and software-compatible devices in 7 product lines ranging from the ultra-low-power STM32L product line to the high performance 150DMIP STM32 F-2 product line. This comprehensive portfolio offers embedded Flash options from 16KBytes to 1MByte and is available in a broad range of packages from 36 to 144 pins. The growing portfolio of fully compatible STM32 Cortex-M MCUs allows embedded designers the flexibility to design a broad range of products based on a single MCU platform. Thus embedded applications that range from the most energy efficient ultra-low-power to applications requiring the very highest performance level can be addressed with a single MCU platform. STM32 Product Lines: STM32 F-2 series MHz CPU with ART accelerator, 1 Mbyte Flash, Ethernet MAC, USB 2.0 HS OTG, camera interface, encryption Ultra-Low-Power line STM32L15x EnergyLite 32MHz CPU with USB, Data EEPROM, LCD and lowest power mode 270nA Connectivity line STM32F105/107xx - 72 MHz CPU with Ethernet MAC, CAN and USB 2.0 OTG Performance line STM32F103xx - 72 MHz, up to 1 Mbyte Flash with motor control, USB and CAN USB access line STM32F102xx - 48 MHz CPU with USB FS Access line STM32F101xx - 36 MHz CPU, up to 1 Mbyte Flash Value line STM32F100xx - 24 MHz CPU with motor control and CEC functions

STM32 Cortex-M3 STM32F STM32L STM32W

STM32 Cortex-M3 STM32F STM32L STM32W 01 01 STM32 Cortex-M3 introduction to family 1/2 STM32F combine high performance with first-class peripherals and lowpower, low-voltage operation. They offer the maximum