Introduce how to rapidly enable the Android OS based platform development including BSP source code downloading, development environment setup, how to build and burn an image for your own board, how to get support in an efficient way. 

Sensors are a primary source of data for IoT and are becoming more and more pervasive. In this session we will cover what these main requirements are and the challenges designing a sensor IoT node. How to reduce power consumption and size? How Freescale is ideally positioned to make the difference. Should the sensor simply collect and send raw data or do we need more embedded processing at the IoT node? There is no single approach, we will cover the pros and cons per application.In the tornado of IoT market demand, which applications should we target with Freescale sensors to win? Beside the presentation the audience will be updated on the latest key sensor solutions with live sensor demos that make the difference allowing us to win in the Iot market.

This session provides an overview of our automotive general purpose roadmap, with microcontroller products ranging from 8KB of flash up to 2MB of flash. Come learn about our line of new ARM® Cortex®-M microcontrollers that address general purpose and low-end automotive body applications, and also our line of highly integrated mixed-signal MCUs, combining a microcontroller and high-voltage analog components in a single piece of silicon to address LIN/CAN nodes in space-constrained applications, with optional motor-control pre-drivers. 

In this session, we will define what the IoT is and how it can be used in a healthcare environment to lower cost, improve patient outcomes and prevent future illness.

High-level training session designed to enlighten first-time users of i.MX applications processors with three critical hardware design areas: DRAM Interface Register settings, Major Processor Power Rail Treatment, and high-speed signal layout. Available Freescale resources designed to help customers in these areas will be highlighted.

In this session, we’ll take a look at how Micron is currently supporting the memory needs (DRAM, NAND, NOR, and SSD) of the automotive, industrial, medical, and military (AIMM) markets. Although memory is changing constantly and faster than ever, Micron understands that the AIMM markets require long product lifetimes as well as specific temperatures and package sizes. Learn more about how Micron is supporting these requirements by keeping a close eye on the latest market trends, technology, and interface roadmaps while offering a Product Longevity Program.

This session introduces Freescale's FXTH8715 TPMS that monitors tire pressure up to 1500 kPa, which provides the highest range in the industry. The solution can also be programmed to deliver tire usage data to facilitate fleet management.

During this presentation we will explain what makes the SoloX special within the i.MX 6 family, why you should use the SoloX for your real-time product, and how you can make the most of it. We will provide an analysis of the architecture and shop a demo we developed on the SoloX reference platform. The demo will show how the M4 core controls the backlight of a LVDS with MQX and MMA8451Q accelerometer input (placeholder for a sensor/real time processing), and will the A9 for advanced UI (HTML 5 + Node.js). To emphasize the advantage of such heterogeneous architecture, we will load/unload the A9 CPU via an button, to show that the UI is degraded, but the real-time processing is not.

An overview and details on the latest generation of TPMS solution, FXTH87xxx family portfolio. A general introduction on TPMS market, competition, system will be discussed and concept training of RF, LF and dynamic acceleration will be provided. Trainees will learn how to set up development environment for customers as well.

Connected and smart devices have been part of many visions for the last decade, but we are closer to the tipping point now than ever before. Part of this tipping point is related to enabling the explosion in the wearables market. In this session, we will define the wearables market, identify the key challenges and needs related to this market and discuss technologies that will spur innovation and growth. We'll walk through the new Wearables Reference Platform (WaRP) board which incorporates a hybrid architecture with an i.MX application processor and a Kinetis MCU to provide flexibility and scalability. WaRP also incorporates sensor and wireless technologies from Freescale for further capabilities. WaRP board is a collaboration between Freescale and development partners to enable you to take the concept beyond the marketing buzz to an end product. Presented by Robert Thompson Presented at DwF Silicon Valley - March 26, 2015 Session ID: AMF-HCW-T1031

This workshop intends to provide a basic overview of the LIN protocol and guide assistants through creating a basic LIN network with Freescale’s driver and MagniV devices. At the end of this training you will be capable of: Describing the LIN protocol and understand its main features. Create a basic LIN application with any of the devices supported by the driver.

This session provides an overview of the new Kinetis MCU auto product family, including KEA and KFA series MCUs. The Kinetis MCU auto family is a highly scalable portfolio of 32-bit ARM® Cortex®-M0+/M4-based, AEC Q100-certified MCUs aimed for the automotive market. The family is optimized for cost-sensitive applications offering a low pin-count option with very low power consumption. With 2.7-5.5 V supply and focus on exceptional EMC/ESD robustness, Kinetis MCU auto series devices are well suited to a wide range of applications, ranging from body applications, infotainment connection modules, parking assistance, safety companion chips or generic sensor nodes. All the members of the Kinetis MCU auto family share similar peripherals and are supported by a wide range of third-party and Freescale HW/SW development tools. Developers can start designing quickly with the Kinetis MCU auto family.

Presented by Lan Zhou from Landzo Presented at DwF Kinetis MCUs Based on ARM® Technology Shenzhen - January 27, 2015

This session will provide an opportunity to view a demo with the QorIQ LS1021A Tower board. We will go over using CodeWarrior for Digital Networking ARM®-based products, learn how to use the Processor Expert for QCS tool to generate RCW, how to load up uboot and RCW to the Tower board, and gain experience with the SDK. 

This session shall give an introduction to MAPS development kit for China market. Learn how to use it and run some examples.