RidgeRun Professional SDK Turrialba for Freescale iMX6 Sabre SDP - Release Notes : RidgeRun Professional SDK Turrialba for Freescale iMX6 Sabre SDP - Release Notes - RidgeRun Developer Connection RidgeRun Professional SDK Turrialba for Boundary Devices iMX6 SabreLite - Release Notes : RidgeRun Professional SDK Turrialba for Boundary Devices iMX6 SabreLite - Release Notes - RidgeRun Developer Connection RidgeRun Professional SDK Turrialba for Boundary Devices iMX6 Nitrogen6X board - Release Notes : http://developer.ridgerun.com/wiki/index.php?title=RidgeRun_Professional_SDK_Turrialba_for_Boundary_Devices_iMX6_Nitrogen6X_board_-_Release_Notes RidgeRun Professional SDK Turrialba for iMX6 Variscite VAR-SOM-MX6 Board - Release Notes : RidgeRun Professional SDK Turrialba for iMX6 Variscite VAR-SOM-MX6 Board - Release Notes - RidgeRun Developer Connection Contact RidgeRun for more information and RidgeRun iMX6 Professional SDK at inquiries@ridgerun.com or Submit your comments/Inquiry at our Contact Us Link here.

LTC3676 datasheet Features Quad I 2 C Adjustable High Efficiency Step Down DC/DC Converters: 2.5A, 2.5A, 1.5A, 1.5A Three 300mA LDO Regulators (Two Adjustable) DDR Power Solution with V TT and VTTR Reference Pushbutton ON/OFF Control with System Reset Independent Enable Pin-Strap or I 2 C Sequencing Programmable Autonomous Power-Down Control Dynamic Voltage Scaling Power Good and Reset Functions Selectable 2.25MHz or 1.12MHz Switching Frequency Always Alive 25mA LDO Regulator 12μA Standby Current Low Profile 40-Lead 6mm × 6mm × 0.75mm QFN Package Linux Driver Instructions (Please note that this is a Beta Release Version) The driver is good reference code to illustrate how to communicate with LTC3676 via I2C. The .zip file also includes a test app and readme.txt with instructions. It has been tested with i.MX6Q NovPek board from NovTech. It is configured for the LTC3676-1 but also support LTC3676 by simply changing a flag and there are comments about the minor difference between the -1 and non-1 for the driver. Here is the description and instructions also contained in the included readme file: This package contains the linux driver for LTC3676 and LTC3676-1. It has been tested with i.MX6Q. It also includes a test app. It is configured for the LTC3676-1 but there are internal comments about the minor difference between the -1 and non-1 for the driver. Here are general instructions on how to include this new driver in the Linux build using ltib. You can also see that it is tested with linux-3.0.35 that Freescale has used for i.MX6. 1) cd ltib/rpm/BUILD/linux-3.0.35 (Where your Ltib folder is stored). 2) extract zip file: tar -zxpf LTC3676_Driver.tar.gz 3) Run LTIB configure: ./ltib -c 4) Select "Configure the kernel", exit, and yes to save. 5) When Kernel Menu appears, select "Device Drivers". 6) Select "Voltage and Current Regulator Support". 7) Select "Linear LTC3676 Regulator Driver" to compile into kernel. Don't build as a module. 😎 Exit and Save. 9) Ltib should build the kernel with the driver. Application Instructions: This builds in the ltc3676_1_test application to allow a user to check the regulators and dynamically change the voltage on the ARM core rail. The voltage movement is small to not push the i.MX6 outside normal operation. This test application does not have any overvoltage error checking for safety. It also does not change the processor frequency. It just tests the basic LTC3676 driver operation. 1) cd ltib (Where your Ltib folder is stored). 2) Run "./ltib -m prep -p imx-test" 3) Move the ltc3676_test folder extracted from this tar file: "mv rpm/BUILD/linux-3.0.35/ltc3676_test rpm/BUILD/imx-test-12.09.01/test/." 4) Run "./ltib -m scbuild -p imx-test" 5) Run "./ltib" 6) Burn SD Card, "./mk_mx6_sd -ukr /dev/sdb", /dev/sdb is the name of the SD card. 7) Safely Remove SD Card and install in NOVPEK board. 😎 Power and boot to Linux. 9) Run "cd /unit_test " 10) Run Application, ./ltc3676_1_test i.MX6 Board from NovTech (Click on this link) Schematics for LTC3676-1 Linear Technology Power Plug in Board available. Contact your local Linear Technology sales office Gerard Velcelean (gvelcelean@linear.com) or Steve Knoth (sknoth@linear.com) if you have any questions.

The Wandboard is a ultra low power complete computer with high performance multimedia capabilities based around the new upcoming Freescale i.MX6 Cortex-A9 processor and comes with a dazzling 1Ghz processor HDMI display interface and gigabit ethernet. The dualcore version of the Wandboard (The Wandboard DUAL) not only features 1GB of memory but also has onboard Wi-Fi and Bluetooth.     Wandboard Solo Wandboard Dual Processor Freescale i.MX6 Solo Freescale i.MX6 Duallite Cores Cortex-A9 Single core Cortex-A9 Dual core Memory 512 MB DDR3 1 GB DDR3 Audio • • Optical S/PDIF • • HDMI • • Camera interface • • micro SD cardslot 2 2 Serial port • • Expansion Header • • USB • • USB OTG • • SATA connector Not populated Not populated Gigabit LAN • • WIFI (802.11n) • Bluetooth • 69 USD 89 USD   www.wandboard.org Contact person : wandboard@gmail.com

Freescale i.MX6 UltraLite processor, 528MHz Up to 1GB DDR3 and 32GB on-board eMMC Dual-band 802.11a/b/g/n WiFi and BT 4.1 BLE Ethernet, 5x USB, 8x UART, 2x CAN, SDIO, 78x GPIO Miniature size - 36 x 68 x 5 mm               CL-SOM-iMX6UL​ is a tiny System-on-Module (SoM) / Computer-on-Module (CoM) board designed to serve as a building block in embedded applications. CL-SOM-iMX6UL is build around the Freescale i.MX6 UltraLite system-on-chip featuring an advanced Cortex-A7 ARM CPU. The SoC is coupled with up-to 1GB DDR3 and 32GB of on-board eMMC storage. The processor is supplemented with up-to 4GB DDR3 and 32GB of on-board SSD. Measuring only 36 x 68 x 5 mm CL-SOM-iMX6UL features a wide range of industry standard interfaces - Ethernet, WiFi 802.11, Bluetooth, USB, CAN bus, serial ports, I/O lines and ADC inputs. Low price makes CL-SOM-iMX6UL an ideal selection for cost-sensitive systems, while its small size and low power consumption facilitate integration into portable and space-constrained designs. CL-SOM-iMX6UL is provided with comprehensive documentation​ and full ready-to-run SW support for Linux operating system. CL-SOM-iMX6UL Detailed Spec​ CL-SOM-iMX6UL Block Diagram​ CL-SOM-iMX6UL Development Kit​ CL-SOM-iMX6UL Online Pricing​

The DA9063 from Dialog Semiconductors is a powerful system PMIC for the next generation of single, dual and quad-core application processors based on the ARM Cortex™ A9 and A15 architecture. The PMIC follows a scalable approach of output currents and rails to supply the entire system and is capable of delivering a total of up to 12A from its six DC-DC converters. The DA9063 simultaneously powers the processor (the core at up to 5A), external memory, wireless communications (WLAN and Bluetooth), GPS and FM receivers, and data modems.  The DC-DC converters can be paralleled to provide 3A and 5A rails. Description: DA9063 is a high current system PMIC suitable for Single, Dual and Quad-core processors used in smartphones, tablets and other handhelds applications that require up to a 5A core processor supply. There are multiple operating modes, five consuming <20μA including a 1.5μA RTC mode with alarm & wake up. A system monitor watchdog is enabled in Active mode. DA9063 contains 6x DC-DC Buck converters designed to use small external 1µH inductors capable of supplying in total up to 12A continuous output (0.3-3.3V). 11x SmartMirror™ programmable LDO regulators rated up to 300mA. All support remote capacitor placement and operate from low 1.5/1.8V input supply; this allows the linear regulators to be cascaded with a suitable buck supply to improve overall system efficiency. A number of LDOs can be configured as current limited bypass-switches to support external peripherals such as external accessory or memory cards. The Buck converters do not require external Schottky diodes, they dynamically optimise their efficiency depending on the load current using an Automatic Sleep Mode (ASM). They incorporate pin and s/w controlled Dynamic Voltage Control (DVC) to support processor load adaptive adjustment of the supply voltage. Processor core leakage reduction can be achieved using external FET switches driven by the rail switch controllers for ultra-fast power domain switching. The DA9063 provides a startup sequencing engine that offers autonomous hardware and software controlled system start-up. Customisable power modes  can also be configured using “Power Commander,” Dialog’s powerful graphical user interface. The ON-key feature detects the button press time and offers configurable key-lock and application shut-down functions. Up to 16 free configurable GPIO pins are able to perform system functions including keypad supervision, application wake-up and timing controlled enable of external regulators/power switches or other ICs. A 10-bit ADC supports voltage and temperature supervision from general purpose inputs including automatic interrupt from comparators and resistor measurement.  Three RGB-LED driver pins are provided with PWM control. LDO8 may be configured as a 6-bit PWM controlled vibration motor driver with automatic battery voltage correction. Features Input supply voltage range up to 5.5v 6 DC-DC Buck Converters with Dynamic Voltage control 2.5A  Buck 2.5A  Buck 2.5A  Buck 1.5A  Buck 1.5A  Buck 1.5A  Buck 3MHz Switching Frequency Enables use of  1.0mm high inductors Integrated Power Switches 11 LDO Regulators with programmable Output 3 low noise LDOs 4 with Dynamic Voltage Control 5 with current limited Switch option Fast controller for 2 Rail Switches Ultra low power 1.5µA Real-Time Clock with alarm, oscillator circuitry with crystal frequency adjustment and controlled signal provision Power Manager with programmable Start-up of internal and external regulators/rail switches and configurable low power modes Support of multiple master applications via two independent Control Interfaces System Monitor including Watchdog Timer Up to 16 free configurable GPIO Pins enable system control from DA9063 while the application is in standby RGB-LED driver (PWM) with autonomous flashing PWM vibration motor driver 10-Bit ADC with 9 Channels and configurable alarm thresholds Regulator Supervision with automatic under and over voltage protection Coin Cell/Super-Capacitor Backup Charger      -40 to +85°C Temperature range 100VFBGA 8.0x8.0x1.0mm (0.8mm pitch) package Block Diagram DA9063: For more information: http://www.dialog-semiconductor.com/products/power-management/DA9063

iWave’s latest offering RainboW-G15S is the industry first i.MX6 Dual Lite/ Solo ARM Cortex-A9 core CPU based Single Board Computer in Pico ITX format. Nevertheless, now iWave proudly announces its support for Windows Embedded Compact7 (WEC7) Board Support Package on this i.MX6 Pico ITX SBC. Being a pioneer in SOM offerings, iWave has extended its expertise in software solutions by supporting Windows Embedded Compact 7 BSP on its different i.MX6 platforms. Windows Embedded Compact 7 (WEC7) BSP has been customized to support the i.MX6 Pico ITX SBC platform with the availability of all major peripherals and devices. With UART debug, CAN and Ethernet, this BSP will provide efficient debug and communication support. This BSP provides efficient storage mechanisms through SD/MMC and USB. With OpenGL and OpenVG BSP provides rich graphics which is further accelerated by the 2D and 3D hardware accelerator support available in i.MX6 processor. By using Silverlight 3.0 and Expression Blend, the engineers can develop rich graphical user interfaces. Silverlight application will demonstrate the support of Silverlight on iWave’s Pico ITX SBC. Active sync is available on board to synchronize the device. iWave's new i.MX6 Pico ITX SBC with WEC7 BSP integrates all standard interfaces into a single board with ultra-compact yet highly integrated platform that can be utilized across multiple Embedded PC, Industrial designs and Embedded Systems. Moreover, it has got all the necessary functions that the embedded world demands on a single board to jump start their applications real quick. For more details on this product, kindly visit our website www.iwavesystems.com OR E-mail us on mktg@iwavesystems.com.....

Product Features: SMARC Development kit pre-loaded with Yocto OS Kit includes: (1). REV-SA01 SMARC Evaluation Carrier Board in 3.5" SBC Form Factor (2). SMA-IMX6QI Quad Core SMARC Module (3). Power Adapter: AC Input: 100-240V DC Output: 5.0V (4). Power Cable (5). Mini-USB Cable (6). Pre-loaded OS on onboard eMMC

From past few years wireless technology is booming to drive the innovations in the medical field. iWave is providing wireless video streaming solution on iWave’s i.MX6 Pico-ITX platform for various medical applications. iWave has expertise in HD video streaming of intraoral camera over the Wi-Fi network. The RTSP/RTP protocols (Real Time Streaming Protocols) are used for streaming between iWave’s Pico ITX board and the host PC which support VLC or Mplayer. Picture: Wireless Video Streaming Solution based on i.MX6 Video streaming platform features: Pico ITX board with i.MX6 quad CPU 720x480p/30FPS USB Intraoral Camera 802.11bgn Wi-Fi Module OS: Linux In addition to i.MX6 Pico ITX SBC iWave also offers following i.MX6 boards / products: i.MX6 Qseven SOM i.MX6 Qseven Development Board i.MX6 MXM SOM i.MX6 MXM Development Kit Windows Embedded Compact 7 BSP for i.MX6 Platforms For further information, please write to mktg@iwavesystems.com website: www.iwavesystems.com

This is a demo of the Nitrogen6X with BD_HDMI_MIPI daughter board. The Nitrogen6X is an i.MX6-based Single Board Computer (SBC) designed for both development and production use.  The BD_HDMI_MIPI daughter board utilizes the Toshiba TC358743XBG HDMI to MIPI CSI part to convert the HDMI signals to MIPI. The BD_HDMI_MIPI can be used with our Nitrogen6X, BD-SL-i.MX6, Nitrogen6_MAX boards as well as the Nitrogen6X_Carrier.  The daughter board can be used for evaluation as well as software development.  Please contact Boundary Devices for custom version. This demo shows the Nitrogen6X running Yocto based on 3.10.17 kernel and displaying the output of our Nitrogen6X_SOM on a 10.1" LG BD101LIC1 display.