Systems are complex, and increasing complexity does not translate to product differentiation. Extracting the maximum networking performance or battery life requires knowledge of the underlying silicon and software. Developer resources are tight, and shifting the focus to product development above platform development maximizes return on investment. Freescale has deep enablement technology, comprehensive support and a vibrant ecosystem available to assist getting your product to market quickly--sometimes you need more. In this session  we will focus on the software, tools and  professional services offering, including CodeWarrior Integrated Development Tool (IDE), QorIQ Configuration Suite (QCS), QorIQ Optimization Suite (QOS), VortiQa Application software for SDN and Wireless Layer 1 and Professional Software services. Presented by Gino Gatto Presented at DwF Istanbul and Ankara - May 12 and 14, 2015 Session ID: EUF-SNT-T1467

Presented by Jason Chiang Presented at DwF Hsinchu

Microcontroller Solutions Enabling multi product development across wide range of price performance points Reduction in cost of SW ownership Faster time to market with hardware & software solutions tightly integrated Services & support NXP Microcontrollers Kinetis & LPC MCUs. Smart. Secured. Secure, Connected. Smart Increasing performance, reducing space & power budgets to deliver more power efficient & intelligent edge node processing Secure Delivering scalable security across the families to facilitate secure edge node processing at right price/performance rations Connected Providing all key wired & in-home wireless connectivity backbones while facilitating reduced cost of ownership for

Design, Software and Services Insight and Innovation Smart Home and Buildings Smart Networks

January DwF Tel Aviv - 2015-01-27 DwF Kinetis MCUs Based on ARM® Technology - Shenzhen - 2015-01-27 DwF DwF Digital Networking - Shenzhen - 2015-01-28 March DwF Kinetis MCUs Based on ARM® Technology - Nanjing - 2015-03-12 DwF IoT Multicore Technologies and Enablement Software Solutions - Porto Alegre - 2015-03-19 DwF MCU and Automotive Solutions - Tianan - 2015-03-19 DwF Kinetis MCUs Based on ARM® Technology - Tianjin - 2015-03-19 DwF Silicon Valley - 2015-03-26 DwF MCU Solutions - Zhengzhou - 2015-03-31 April DwF RF Solutions - Chengdu - 2015-04-09 DwF Kinetis MCUs Based on ARM® Technology - Jinan - 2015-04-22 DwF IoT Wireless Module Solutions - Jinan - 2015-04-23 May DwF Kinetis and i.MX Solutions Based on ARM® Technology - Zhuhai - 2015-05-07 DwF Taipei - 2015-05-07 DwF Istanbul - 2015-05-12 DwF Ankara - 2015-05-14 DwF Digital Networking - Nanjing - 2015-05-21 DwF Kinetis MCUs Based on ARM® Technology - Wuhan - 2015-05-27 DwF IoT Wireless Module Solutions - Wuhan - 2015-05-28 June DwF Kinetis MCUs Based on ARM® Technology - Guangzhou - 2015-06-10 DwF IoT Wireless Module Solutions - Guangzhou - 2015-06-11 DwF Warsaw - 2015-06-18 DwF Shenzhen - 2015-06-25 DwF Kinetis MCUs Based on ARM® Technology - Xiamen - 2015-06-30 July DwF TechDay Toulouse - 2015-07-02 DwF Singapore - 2015-07-03 DwF RF Solutions - Quanzhou - 2015-07-07 DwF Shanghai - 2015-07-14 DwF Digital Networking - Fuzhou - 2015-07-21 DwF Kinetis MCUs Based on ARM® Technology - Suzhou - 2015-07-23 DwF Kinetis MCUs Based on ARM Technology - Wuxi - 2015-07-30 August DwF Hangzhou - 2015-08-05 DwF Digital Networking - Wuhan - 2015-08-12 DwF RF Solutions - Wuhan - 2015-08-13 DwF MCU and Automotive Solutions - Kaohsiung - 2015-08-14 DwF Automotive Solutions - Chongqing - 2015-08-19 DwF MCU Solutions Based on ARM® Technology - HCMC - 2015-08-26 September DwF Beijing - 2015-09-09 DwF Hsinchu - 2015-09-17 DwF Kinetis and i.MX Solutions Based on ARM® Technology - Changsha - 2015-09-22 DwF Detroit - 2015-09-23 October DwF Rochester - 2015-10-01 DwF Paris - 2015-10-01 DwF Kinetis and i.MX Solutions Based on ARM® Technology - Chengdu - 2015-10-14 DwF Digital Networking - Taipei - 2015-10-15 DwF Toronto - 2015-10-29 November DwF Ottawa - 2015-11-03

Presented by Beta Chen Presented at DwF Hsinchu

Freescale's Digital Networking products (e.g., QorIQ, QorlQ Qonverge, C29x and Layerscape architecture) incorporate a high-performance cryptosecurity engine called the SEC. In this session, we provide a brief overview of the SEC hardware capabilities, then cover the SEC's programming model, virtualization capabilities and supporting enablement in the SDK, including the SEC Descriptor RunTime Assembler, use within Linux® kernel and user space for IPsec and SSL. Examples will be provided for QorIQ and the C29x public key co-processor. The SEC enablement roadmap for the SDK will also be discussed. Presented by Geoff Waters Presented at DwF Silicon Valley - March 26, 2015 Session ID: AMF-SNT-T1008

This session will give an overview on Freescale ARM microcontrollers and product series roadmap for Kinetis MCUs based on ARM® Cortex®-M4 / M+ and i.MX applications processors based on Cortex-A8 and Cortex-A9. The session will also introduce Freescale segment focus on Kinetis MCUs, such as KM, KM and KV series.  Presented by James Huang Presented at DwF Taipei - May 7, 2015 Session ID: APF-IND-T1453

Join this hands-on workshop to learn about the newest Kinetis software development tools (e.g., Kinetis Design Studio IDE, Processor Expert, SDK) and work with a Freedom platform to kick-start your next application development based on Kinetis MCUs. During this class we will walk through hands-on labs showing you how to create and debug a project for the Freedom development platform for Kinetis MCUs. It will dive into the internals of the Kinetis SDK libraries exploring board configurations, clock management, the hardware abstraction layer, peripheral driver usage, the USB stack, RTOS integration and more. Presented by Antonio Concio & Lorenzo Daniele Presented at DwF Istanbul - May 12, 2015 Session ID: EUF-IND-T1475

Automotive and Connected Car Design, Software and Services Healthcare and Wearables Smart Industry Insight and Innovation Smart Home and Buildings Smart Networks

Ethercat, Profinet, PROFIBUS, CAN, RS232, etc. are extensively used in communications networks in factories, buildings, transport infrastructures and monitoring/control equipment in our cities. Technologies such as EtherCAT, PROFINET and EtherNet/IP are testament to this. In this session, we will explore how QorIQ LS1 processor families can help equipment manufacturers span this landscape using a QUICC Engine (QE) controller for UART/Ethernet-based protocol implementation, an Enhanced Triple Speed Ethernet Controller (eTSEC) for intelligent Ethernet classification and 2-port switching, and an eight-port gigabit Ethernet switch for wire-rate switching. Further we will look on how QorIQ LS1 family meet the emerging Internet of Things (IoT) requirements as also as the Broadband Home router and NAS market. Presented by Gino Gatto Presented at DwF Istanbul and Ankara- May 12 and 14, 2015 Session ID: EUF-SNT-T1468

The new Kinetis V series of MCUs enables ARM® Cortex®-savvy developers to create advanced motor control and power conversion solutions with Cortex-M0+, Cortex-M4 and Cortex-M7 based devices, spanning a wide range of packages, pinouts and features for low-cost to high-performance applications. This class provides an overview of the trends, solutions and roadmaps offered by Freescale, details on the Kinetis V series product families, the available enablement hardware and software to jump-start your motor control system design. Presented by Lorenzo Daniele Presented at DwF Istanbul - May 12, 2015 Session ID: EUF-IND-T1473

Automotive and Connected Car Smart Industry Smart Cities Smart Networks

This session will be discuss Layerscape devices, their differentials, software and tools available and examples of applications Presentation by Bruno Castelucci Presented at DwF IoT Multicore Technologies and Enablement Software Solutions - Porto Alegre - 19 March 2015 Session ID: LAT-IND-T1017

Smart Networks QorIQ SDN Service Switch Solution

This section describes some advanced topics and tips to get high experiences in camera use cases in the i.MX 8 boards The i.MX 8QM MEK includes the use of the dual MIPI-CSI interfaces and two MX8XMIPI4CAM2 in combination with eight MCIMXCAMERA1MP daughter cards connected to them. For this, change the DTB file to fsl-imx8qm-mek-8cam.dtb and boot the board. Figure 1. Show i.MX 8QM MEK 8 cameras example.   Multiple cameras output In order to use more than one camera at the same time displayed in the same monitor output, boot the board and enter with the following command line to get the cameras ids: $ v4l2-ctl --list-devices It will result in something similar to the image below: Figure 2. v4l2-ctl results According to the image, mxc-isi found and set four cameras to /dev/video0, video1, video2, and video3. So we can build the GStreamer pipeline below changing it as required: $ gst-launch-1.0 -v imxcompositor_g2d name=comp \ sink_0::xpos=0 sink_0::ypos=0 sink_0::width=640 sink_0::height=480 \ sink_1::xpos=0 sink_1::ypos=480 sink_1::width=640 sink_1::height=480 \ sink_2::xpos=640 sink_2::ypos=0 sink_2::width=640 sink_2::height=480 \ sink_3::xpos=640 sink_3::ypos=480 sink_3::width=640 sink_3::height=480 \ ! video/x-raw,format=RGB16 ! waylandsink \ v4l2src device=/dev/video0 ! video/x-raw,width=640,height=480 ! comp.sink_0 \ v4l2src device=/dev/video1 ! video/x-raw,width=640,height=480 ! comp.sink_1 \ v4l2src device=/dev/video2 ! video/x-raw,width=640,height=480 ! comp.sink_2 \ v4l2src device=/dev/video3 ! video/x-raw,width=640,height=480 ! comp.sink_3   This pipeline enables the user to set up more than one camera to the same screen using the imxcompositor_g2d for it. This is the unique solution available to create an interface over Weston/Wayland interface, i.e., in i.MX 8 devices we need to use GPU to create interfaces GUI. This pipeline results in the image below: Figure 3. GStreamer 4 cameras output It is just an example and you are encouraged to change it for other camera use cases, such as the eight cameras supported by the i.MX 8QM MEK.          

Advanced driver assist systems (ADAS) and autonomous driving (AD) require a combination of high-performance processing and functional safety. There is currently no single SoC capable of meeting AD performance requirements with the intrinsic safety capabilities required for expected regulatory requirements. To facilitate development and testing of AD sensor inputs, vehicle control algorithms, and functional safety fault detection and response mechanisms, Freescale has developed prototype ECU hardware based on a high-performance ‘Number Cruncher’ and an ISO 26262 ‘Safety Controller’, which we call the Blue Box. This session covers the Blue Box hardware and software features, and intended usage.