Demo Watch this training video about NXP’s new 65 V LDMOS technology that speeds RF power design. This extra-high voltage LDMOS process will give rise to a new generation of products: the MRFX series   Products MRFX1K80H|1800 W CW, 1.8-470 MHz, 65 V|NXP  MRFX1K80N|1800 W CW, 1.8-470 MHz, 65 V|NXP 

Demo Owner: Matt Hoover Embedded Planet's CEO Matt Hoover demonstrates the Wireless Sensor Gateway featuring i.MX6 applications processor at the FTF Americas 2014.       Features Bringing wireless sensor data tied to sensors that is brought into the i.MX6 based gateway via Verizon Cellular and  taken up to the cloud, then shown in a web portal Take the data from the field into the gateway via wire or wireless medium and take that data up to their server based system or a cloud based portal Featured NXP Products ARM® Cortex®-A9 Cores: i.MX 6 Series Multicore Processors Links NXP Connect - Embedded Planet  

KVM (kernel virtual machine) is a Linux-based virtualization technology that enables a Linux system to boot operating systems in virtual machines. This demo showcases KVM and it's capabilities: multiple VMs on a system, flexible configuration of memory and CPUs for VMs, virtual I/O capabilities including network and disk I/O, direct assignment of USB and PCI.       Features Getting the most out of multicore resources Feature rich Linux-based virtualization Hardware-based security and isolation for Virtual Machines (VM) Virtual I/O capabilities Featured NXP Products P2041 QorIQ

Overview NXP® and Jungo Ltd. collaborated to deliver an Office-in-a-Box reference platform for the small-to-medium business (SMB) multi-service gateway market. The platform blends Jungo's field OpenSMB software with the NXP MPC8349E mITX reference board. The board features the MPC8349E PowerQUICC® II Pro processor containing a core built on Power Architecture technology and Vitesse's SparX Gigabit Ethernet switch technology. The MPC8349E-mITX reference platform and Jungo's software provide a complete and integrated solution for designing SMB gateways. Create a fully functional gateway within minutes, using the hardware/software reference design. Features MPC8349E mITX Office in a Box Reference Platform features: In addition to the highly integrated MPC8349E processor, the reference platform leverages external components to support these additional features: 10/100/1000 Ethernet port, a 5-port Gigabit Ethernet switch Four-port USB 2.0 interface On-board 4-port PCI serial advanced technology attachment (SATA) controller 32-bit PCI slot, and a 32-bit MiniPCI slot FLASH memory slot Robust memory subsystem Two-port RS-232C interface Power supply SATA hard drive Jungo Software Features: OpenRG/OpenSMB Modules Routing and bridging Networking applications Network Address Translator (NAT)/Network Address Protocol Translator (NAPT) Web-based management Simple Network Management Protocol (SNMP) Remote firmware update PPP: PPPoA and PPPoE Firewall and security Content filtering VPN: IPSec, PPTP and L2TP WLAN security: WPA, 802.1x and RADIUS client File server Print server Zero Configuration VLAN IPv6 VoIP: H.323, SIP and MGCP TR-069—WAN Zero Configuration Management Protocol TR-064—LAN-side DSL CPE Configuration QoS—End-to-end Quality of Service Dual WAN—Fail-over and load balancing Block Diagram Board Design Resources

KL25Z    FRDM-KL25Z|Freedom Development Platform|Kinetis MCU|NXP K64F FRDM-K64F|Freedom Development Platform|Kinetis MCUs|NXP Links to MBED FRDM-KL25Z | mbed FRDM-K64F | mbed

Demo DPDK provides a platform independent and vendor-neutral standard APIs for optimized packet processing and traditional networking services. This demo showcases DPDK based networking applications working over NXP QorIQ ARM Processors in host and virtual environment. Come discuss with us how NXP is providing support for these common API while leveraging specific acceleration advantages of the NXP data plane architectures   Features: NXP supports DPDK APIs for developing high performance networking applications in host and virtual environment NXP DPDK implementation leverages the underlying DPAA infrastructure and accelerators to offload the component of packet processing Existing DPDK based applications can seamlessly work over NXP QorIQ platforms.   _______________________________________________________________________________________________________   Featured NXP Products: QorIQ Processors Bades on ARM Technology|NXP QorIQ LS2045A and LS2085A Communication processors _______________________________________________________________________________________________________     N25

Demo This is an ideal tri-radio system solution. The demo shows one board with 3 Wi-Fi radios. They are 2.4GHz, 5 GHz, 802.11AC working in conjunction with BLE devices, then running a virtual IoT network where different virtual machines will handle different parts of the processes. One of the virtual machines will handle all IoT communications (from the BLE devices). Another virtual machine will take care of the DLNA  (Video streaming to a wireless tablet) and the last virtual machine will run the firewall system. All data that is being transferred through the platform can be visually displayed on the GUI for each of the instances shown. Products Product Link QorIQ® LS1043A reference design board QorIQ® LS1043A-RDB | NXP  Freedom Development Kit for Kinetis® KW41Z/31Z/21Z MCUs https://www.nxp.com/design/development-boards/freedom-development-boards/wireless-connectivy/freedom-development-kit-for-kinetis-kw41z-31z-21z-mcus:FRDM-KW41Z?&fsrch=1&sr=8&pageNum=1 Training Containers 

NXP Thread Commissioning Demo with Arrayent’s Cloud Control Thread devices can be monitored and controlled from anywhere in the world using Arrayent Connect Cloud Devices are easily commissioned onto a Thread network using NXP Thread App & QR code Devices are secure using Arrayent Unique ID (whitelisting) and AES-128 bit encryption. This Demo Is Probably of Interest If You: Want to monitor and control Thread devices that sit behind a consumer grade firewall from anywhere in the world. Want to commission Thread devices in a easy way. Differentiation This Demo Highlights Control and monitor Thread devices that sit behind a consumer grade firewall from anywhere in the world. Commission Thread devices using QR code Description The Thread network is managed by a LS1021A  IT Gateway with FRDM-KW24 Thread Border border reference design. The board supports Thread, Wi-Fi, BlueTooth and NFC too. NXP’s Thread commissioning android App discovers the Thread border router. NXP powered Thread “device” is a card with a NXP Kinetis® KW2xD 802.15.4 Wireless chip with an ARM Cortex M4 MCU board running the Thread protocol and the lightweight Arrayent Connect Agent. The Thread device boards are commissioned (or “paired”) on to the Thread network by using the NXP Thread commissioning Android App takes the device’s unique ID from the  QR code on the  device and pushes Thread network credentials into the device. This is shown again with a second card. Arrayent’s Connect Agent has been pre-loaded into the device boards.  And once the board is connected to the Thread network, the device board starts communicates directly to the Arrayent Cloud. Essentially key attributes on the board are presented up to the Arrayent Connect Cloud web services APIs. The final step is to use the Arrayent devkit app to monitor and control the device board from anywhere in the world.  In this case the we can demonstrate three monitor/control use cases: 1.     Turn on and off the device LED from the mobile app. 2.     Press a button three times to update the Apps button press counter (in this case three times.) 3.     Push the board temperature to the mobile app. What this Demo is All About Video Link : 5310 Find more information Press release: Read on The Business Journals Blog posts to read: NXP and Arrayent Collaborate to Connect Thread Devices at Embedded World, Nuremberg, Germany Thread-Enabled Smart Home Powered by Arrayent Demo Diagram IoT Physical Components Gateways SOC: NXP i.MX6 Applications Processor, NXP Kinetis®KW24D SoC Software: Embedded Linux, NXP Thread Stack for border router End User Products: LS1021A IT Gateway with FRDM-KW24 Thread Border border reference design Edge Devices SOC: NXP Kinetis®KW24D (802.15.4 Wireless chip with an ARM Cortex M4 MCU) Boards/Modules: NXP FRDM-KW24D  Development Board Software: Arrayent Connect Agent ported to the KW2xD, NXP Thread Stack for router end devices Wireless Connectivity SOC: NXP Kinetis®KW24D (802.15.4 Wireless chip with an ARM Cortex M4 MCU) Sensors SOC: KW24D On-chip Temperature, MMA8451Q 3-axis accelerometer Cloud Infrastructure/Services Software/Services: Arrayent Connect Cloud Smart Devices/Apps Software: Arrayent Android DevKit sample app and SDK Software: NXP Android Thread provisioning app IoT System Capabilities Device Management Each device is flashed at time of manufacturing a unique Arrayent Device ID and AES key.  The device ID is bound to a specific customer account at time of device commissioning. Cloud/App Communications/Interworking Arrayent devkit app talks to the Arrayent Connect Cloud’s device services interface through the Arrayent Connect Agent embedded software to connect to the device boards. The App is used to monitor and control the device board from anywhere in the world.  In this case the we can demonstrate three monitor/control use cases: Turn on and off the device LED from the mobile app. Press a button three times to update the Apps button press counter (in this case three times.) Push the board temperature to the mobile app. Security Arrayent uses device ID Whitelisting, that is Arrayent issued device ID is flashed into endpoint MCU memory at time of manufacturing.  The per device unique ID is reserved in the cloud. Arrayent ACA embedded agent and ACC cloud services support AES-128 bit end-to-end encryption with dynamic temporal key refresh. Analytics/Data The Arrayent Connect Cloud support IoT Product Type Product/Component Vendor Research or Procure This Product/Component End User Hardware USB Wireless Keyboard and Touchpad Commercial Logitech Wireless Touch Keyboard K400 with Built-in Multi-Touch Touchpad, Black End User Hardware Dell 22" HDMI Monitor Commercial Dell 22" Monitor End User Smart Device Motorola XT1032 Moto G Android Smart Phone Commercial Motorola Android Smart Phone End User Edge Device Xfinity XR2 Remote Control Unit Commercial Comcast Remote Control End User Edge Device Philips HUE Bulb ZigBee Lightlink (HA 1.2) Commercial Hue, Professional Wireless LED Lighting | Philips Lighting End User Edge Device CentraLite 3-Series Appliance Module (4257050-RZHAC) (Zigbee HA 1.2) Commercial SmartPlug End User Edge Device Axis 0301004 M1011-W camera (WiFi g) Commercial AXIS M1011-W Network Camera, a small wireless IP camera | Axis Communications End User Edge Device Maxxima Style Night Light w/ sensor Commercial Night Light End User Edge Device TP-LINK TL-MR3020 3G/4G Wireless N 150 Portable Router Commercial WiFi Router

With IoT, municipalities are controlling our infrastructure via the Internet and what was once physically secure is now open to attack. Using the Green Hills Crypto toolkit and INTEGRITY RTOS on NXP's Crypto platform, a secure firewall can enable our infrastructure to utilize the new IoT technology.       Features Internet connectivity, secured communications and M2M management Cryptography reference board running certified INTEGRITY RTOS Demo shows tablet connected to devices with the ability to change devices' behavior in a private, hack-proof system   Featured NXP Products Crypto Coprocessor|NXP Links Real-Time Operating Systems (RTOS), Embedded Development Tools, OptimizingCompilers, IDE tools, Debuggers - Green Hills … Securing the Internet of Things with Green Hills Softwa Block Diagram  

In some use case, when user program size>128K，it will display verify error when download, and the user code can’t run normally. Especially the second time download in IAR, after user modify the FlexRAM allocation. The root cause is IAR default Flash Loader use all the default 128K OCRAM as the download buffer in .ICF, if user changed the FlexRAM allocation in user code, for example: setting OCRAM to 32K, it will lead to error as there is no 128K buffer size, this demo code is used to fix it.

This demo shows a use case of the NXP QN9021 in the Zepp Bluetooth Smart sports sensor to send sensor data to smartphone app for data analysis and provide feedback to users     Features: Zepp Bluetooth Smart sports sensors are designed to monitor performance with a smartphone app for baseball, golf and tennis. Zepp allows you to get to know your swing or stroke inside and out through instant 3D and video analysis. Users can learn from the pros; capture your personal mechanics and compare your swing side-by-side to many of the world’s greatest athletes _________________________________________________________________________________________________________________________   Featured NXP Products: Ultra low power Bluetooth LE system-on-chip s|NXP _________________________________________________________________________________________________________________________   Other Helpful links: ZEPP _________________________________________________________________________________________________________________________

Demo Owner: Eric Dudley   Wireless LAN access point on the demo. This demonstration shows the P1023 in a Wireless LAN application. The dual-core QorIQ Processor with DPAA performs full offload of access points using CAPWAP and DTLS.  This hardware offload permits you to implement wirespeed GbE AP to Controller connectivity while freeing all CPU cycles to execute value added applications.     Features The P1023 is specifically designed for offloading wireless LAN access points Lowest end product that has an offload engine called Data Path Acceleration Architecture (DPAA) The offload engine is taking Layer 2 tunneled and layer 3 encrypted packets that are going from the access point back to the controller and it's doing all that connectivity at wire rate without using the CPU For multi-radio devices that need CPU head room for radio management and other processing tasks   Featured NXP Products P1023 - NXP Links Wireless Access Points QorIQ - NXP Block Diagrams  

Demo This development board for RF power products is now available from Richardson, one of NXPs distributors Demo / product features This next generation board provides RF design engineers with best efficiency, a range of frequencies and voltage. Richardson has a combined depth of real-world RF technical experience and a solid partnership with NXP that enables us to serve the unique needs of the RF design engineer. Richardson and NXP serve customers across a similar set of vertical markets, including aerospace and defense, military, wireless infrastructure, mobile, broadcast and ISM. Links RF | NXP Richardson RFPD - NXP Semiconductors

Overview The Camera reference design is developed using the Kinetis KL28Z through the standalone peripheral module FlexIO. The Kinetis KL28Z board is powered by an Arm® Cortex®-M0, providing up to 96 MHz CPU performance besides supporting ultra-low power. Kinetis KL28Z's FlexIO module is used to emulate camera interface and capture the image data. A TFT LCD module with SPI interface is used to display the real-time images. DMA is used to copy the image data from FlexIO to SRAM. DAM or polling method is used to copy the image data from SRAM to SPI TX FIFO, having up to 15fps sample rate. Features Features the Kinetis KL2828Z512 Board, enabling the interaction between a camera module by FlexIO, a highly configurable module capable of emulating a wide range of different communication protocols. The important feature of this peripheral is that it enables the user to build their own peripheral directly in the MCU. Combined and powered by NXP technology, these key elements make possible to capture video from the Camera and display it live in the LCD Panel. Developed using Kinetis Software Development Kit (SDK), comprehensive software support for Kinetis MCUs and drivers for each MCU peripheral, middleware, real-time OS and example applications designed to simplify and accelerate application development on Kinetis MCUs. Block Diagram Board Design Resources

Demo Owner: Gregory Camuzat Get a quick overview of the the TWR-KV10Z32 Tower System with the Kinetis Microcontroller KV1x. This demonstration shows how to get the low-voltage 3-phase BLDC motor spinning and how to control its speed using the KV1 Tower System board and your Window.     Features Get a quick overview of the the TWR-KV10Z32 Tower System with the Kinetis Microcontroller This demoshows how to get the low-voltage 3-phase BLDC motor spinning and how to control its speed using the KV1 Tower System board and your Windows PC. Featured NXP Products Product Link Kinetis® KV1x Family Tower System Module TWR-KV10Z32|Tower System Board|Kinetis® MCUs | NXP  FreeMASTER Run-Time Debugging Tool https://www.nxp.com/design/software/development-software/freemaster-run-time-debugging-tool:FREEMASTER?&tid=vanFREEMASTER Links PEMicro Windows USB Drivers IAR Embedded Workbench for ARM  

This demo uses a magnetic field around a magnet to simulate Hydraulics and Pneumatics system control of a valve.   Demo / product features Valve Controller SoC: MC34SB0800 (Octal valves driver) and MC34SB0410 (Quad valves driver) Integrated coil drivers with current regulation or PWM mode Safe switching off mode for safety and robustness SPI interface to command all functions Fault management (under/overvoltage, over temperature, open load, overcurrent…)   NXP Recommends Product Link Tower Board - SB0800, Octal Valve/Pump Controller SoC Tower Board - SB0800, Octal Valve/Pump Controller SoC | NXP  Tower Board - SB0410, Quad Valve/Pump Controller SoC Tower Board - SB0410, Quad Valve/Pump Controller SoC | NXP  Processor Expert Valve Driver based on MC34SB0410 or MC34SB0800 SB0410 / SB0800 Valves Controller | NXP  Valve Driver based on MC34SB0410/MC34SB0800 Embedded Software: Valve Driver | NXP  Octal Valve Controller System on Chip https://www.nxp.com/products/power-management/smart-switches-and-drivers/low-side-switches/octal-valve-controller-system-on-chip:MC34SB0800?&fsrch=1&sr=1&pageNum=1 Quad Valve Controller System on Chip https://www.nxp.com/products/power-management/smart-switches-and-drivers/low-side-switches/quad-valve-controller-system-on-chip:MC34SB0410?&lang_cd=en          

Demo Virtual Doctor       Features Connecting patients with clinicians anywhere, anytime, with real steaming secure patient data, vital signs, diagnostics, video conferencing Integrated Medical Tablet IDM100 is a secure HIPAA compliant healthcare platform designed for clinical and at home use Powered by NXP’s IMX6x MCU and was prototyped using the Healthcare AFE Reference Design   NXP Recommends i.MX 6Dual Processors|Advanced 3D Graphics Kinetis K20 100 MHz|ARM Cortex-M4|32-bit USB MCUs Power Management for i.MX Processors   Links Dictum Health   P13

Demo NXP demonstrates the industry’s highest power LDMOS narrowband transistor for IFF and civil transponders     Demo / product features MMRF2010N 250 W Pulse 50 V LDMOS Transistor 250 W Peak, 1030-1090 MHz reference circuit Plastic package TO-270WB-14 50 Ohm Input matching Singe ended   MMRF1317H 1500 W Pulse 50 V LDMOS Transistor Highest power narrowband IFF transistor for defense and civil use Ceramic package NI-1230H-4S 1500 W Peak, 1030-1090 MHz reference circuit > 10:1 VSWR   NXP Recommends MMG3005N MMRF2010N MMRF1317H