imx6 lcd panel free sample

These steps described creating a new filesystem SD card on the iMX6 Rex board. Check if the link is fit on the jumper JP3. If not fit them and reset the board.

> setenv bootcmd_mmc "run bootargs_base bootargs_mmc; mmc dev 1; ext2load mmc 1 0x10800000 imx6rex-uImage-lvds-clock-TSC2007-support-31-JUL-2014 3916620; bootm 0x10800000"

You may now select where and with what name to export the object file. On the left panel you will have the export options. It’s important to leave all options unchecked except for:

IAC-IMX6-KIT embedded mainboard, adopts Freescale i.MX6 processor, Cortex-A9 core with 1G Hz and can be compatible with solo/dual /quad micro processor for upgrading. This mainboard is with standard i.MX6 Dual series: The i.MX 6Dual family provides dual cores running up to 1.0 GHz with 1 MB of L2 cache and 64-bit DDR3 or 2-ch., 32-bit LPDDR2 support. Integrated FlexCAN, MLB bus, HD grade NEON SIMD Media Accelerator, Triple Play 3D/2D/VG Accelerator, 1080P video codec,PCI Express and SATA-2 provide excellent conne IAC-IMX6-Kit Hardware Manualctivity, while integration of LVDS, MIPI display port, MIPI camera port and HDMI v 1.4, the i.MX 6Dual provides a scalable solution for consumer, automotive and indust rial applications.

We have implemented all the cache optimizations possible for the iMX6 Cortex-A7 and Cortex-A9 in combination with the PL310 L2 Cache Controller and we have configured DDR3 per board at the most optimal, fully stress tested, settings. The GuruCE iMX6 BSP is (up to 6x) faster than any other iMX6 BSP on the market today. Speed guaranteed!

Our BSP supports the iMX6 UltraLight, ULL, Solo, DualLite, Dual, DualPlus, Quad and QuadPlus processor range, so you can scale your HW design up or down with ease.

All hardware definitions name-synchronized with the iMX6 Reference Manuals. A large amount of NXP (formerly Freescale) code re-factored, cleaned up & bug fixed, and all redundant code removed and restructured. No more searching for driver code distributed throughout the BSP in different folders. Now the BSP is easily maintainable, well-structured & production ready. If you have worked with BSPs from NXP/Freescale or some of our competitors before you know what this means and why this is so important. Code quality and BSP structure is everything!

Our iMX6 bootloader offers many more configuration options and features, like selecting the serial debug port to use, blowing fuses, configuring the Ethernet settings to be used in Windows Embedded Compact and starting the kernel with a clean registry hive. It also fully supports booting from SPI Flash, SATA, NAND, SD and MMC, and has full support for formatting and partitioning SATA, NAND, SD and MMC and erasing/writing SPI Flash.

This means you can plug in a 1360x768 monitor and have the CE desktop shown in that resolution, then unplug the monitor and plug in a 1920x1080 monitor and CE will dynamically change resolution and show the desktop in 1920x1080 resolution, all this of course without the purple line on the left (a long standing problem in all the other iMX6 BSPs available).

Fully configurable FlexCAN driver. Access and control 2 separate CAN buses from your application with full configuration and timing control. Our High Performance FlexCAN driver for real busy CAN buses is available for iMX6 as well.

Fully configurable, DMA enabled, Enhanced Configurable SPI driver. All functionality offered by the iMX6 is supported and configurable in our driver. Unfortunately the iMX6 still contains the same silicon bug as on the iMX53, but at least our driver warns you when you hit this condition.

We have implemented all the cache optimizations possible for the iMX6 Cortex-A7 and Cortex-A9 in combination with the PL310 L2 Cache Controller and we have configured DDR3 per board at the most optimal, fully stress tested, settings. The GuruCE iMX6 BSP is (up to 6x) faster than any other iMX6 BSP on the market today. Speed guaranteed!

Our BSP supports the iMX6 UltraLight, ULL, Solo, DualLite, Dual, DualPlus, Quad and QuadPlus processor range, so you can scale your HW design up or down with ease.

All hardware definitions name-synchronized with the iMX6 Reference Manuals. A large amount of NXP (formerly Freescale) code re-factored, cleaned up & bug fixed, and all redundant code removed and restructured. No more searching for driver code distributed throughout the BSP in different folders. Now the BSP is easily maintainable, well-structured & production ready. If you have worked with BSPs from NXP/Freescale or some of our competitors before you know what this means and why this is so important. Code quality and BSP structure is everything!

Our iMX6 bootloader offers many more configuration options and features, like selecting the serial debug port to use, blowing fuses, configuring the Ethernet settings to be used in Windows Embedded Compact and starting the kernel with a clean registry hive. It also fully supports booting from SPI Flash, SATA, NAND, SD and MMC, and has full support for formatting and partitioning SATA, NAND, SD and MMC and erasing/writing SPI Flash.

This means you can plug in a 1360x768 monitor and have the CE desktop shown in that resolution, then unplug the monitor and plug in a 1920x1080 monitor and CE will dynamically change resolution and show the desktop in 1920x1080 resolution, all this of course without the purple line on the left (a long standing problem in all the other iMX6 BSPs available).

Fully configurable FlexCAN driver. Access and control 2 separate CAN buses from your application with full configuration and timing control. Our High Performance FlexCAN driver for real busy CAN buses is available for iMX6 as well.

Fully configurable, DMA enabled, Enhanced Configurable SPI driver. All functionality offered by the iMX6 is supported and configurable in our driver. Unfortunately the iMX6 still contains the same silicon bug as on the iMX53, but at least our driver warns you when you hit this condition.

This means you can plug in a 1360x768 monitor and have the CE desktop shown in that resolution, then unplug the monitor and plug in a 1920x1080 monitor and CE will dynamically change resolution and show the desktop in 1920x1080 resolution, all this of course without the purple line on the left (a long standing problem in all the other iMX6 BSPs available).

The performance improvements also make Ethernet throughput a lot better. We"re only halfway to reaching the theoretical maximum possible on the iMX6 of ~45 MByte/s (it"s on our list of things to fix), but at least Ethernet speeds are out of the KByte range now (tested using NETIO on WEC7 & WEC2013):

For the Tegra modules, timings only affect the LCD output. For the other outputs, EDID data is read from the screen, and the most appropriate VESA timings are used.

(n) This parameter is located in [HKLM\Software\Nvidia Corporation\NVDDI\LCD]. The display controller uses dithering to emulate the color depth given in the Bpp parameter.

(p) For Txx modules enter the register value of the LCDCFG2 pad control register. More information about this setting can be found in the Technical Reference Manual - Tegra2, Tegra3. To minimize the drive strength try to set lcdbs to 0xF0000000.

★Step 2: Unpack the provided Embedded Wizard Build Environment for i.MX 6 with OpenGL and fbdev (IMX6-OpenGL-fbdev) into a new directory on your Windows PC.

The provided Embedded Wizard Build Environment for i.MX 6 with OpenGL and fbdev (IMX6-OpenGL-fbdev) contains everything you need to create, compile and link an Embedded Wizard UI application for the i.MX 6 target. After unpacking, you will find the following subdirectories and files:

•\ClimateCabinet - The ClimateCabinet demo shows the implementation of a control panel for a climatic exposure test cabinet. The user can define a heating time, a nominal temperature and humidity, a dwell time and the final cooling time.

The following section contains the version history of the Build Environment (including Graphics Engine and Runtime Environment) for i.MX 6 with OpenGL and fbdev (IMX6-OpenGL-fbdev). These release notes describe only the platform specific aspects - for all general improvements and enhancements please see the Embedded Wizard release notes.