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Join our teamThe i.MX35 Product Development Kit (PDK) provides an innovative three stack hardware platform and robust software solution to enable engineers to develop with the i.MX35 processor.
Based on the powerful Arm1136® core, the i.MX35 processor delivers a high-performance, low-power, cost-effective solution for a variety of devices, including those that require an open OS and a robust user interface such as automotive infotainment, portable navigation devices and human machine interface (HMI) applications.
Building on the success of the i.MX31 and i.MX27 PDKs, this comprehensive hardware and software development kit allows customers faster time to market by providing maximum re-use.
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This application note specifies the following: • The details of how to create a virtual machine using open source software on a Windows machine. • Installation of Debian Linux on this virtual machine. • Installation of Linux Target Image Builder (LTIB) on the virtual machine and set up the host to TFTP files on the target.
This application note describes the different memories available for the i.MX35 family.
This application note provides information, considerations and steps to add or adapt a new display panel to the BSP distribution for i.MX35 PDK.
This application note provides information, considerations and steps in order to add or adapt a new panel to the Board Support Package (BSP) distribution for the i.MX35 PDK.
This application note provides information about the image processing API for the i.MX platform.
This application note describes how to set up a Linux software development environment on the i.MX devices.
This application note provides general information regarding the board initialization process and the memory mapping implementation of the Linux kernel using the LTIB in an i.MX35 Board Support Package (BSP).
This application note explains the main differences between the i.MX31 and the i.MX35 processors.
This application note describes the different booting options available for the i.MX35 processor. The i.MX35 offers several interfaces to boot the processors, and thus it becomes flexible to implement multimedia applications.
In this application note, the reader is guided through the areas of the i.MX35 3-stack U-Boot source code where the adaptation is required.
This application note describes optimizing 2D graphics with OpenVG™ and i.MX35.
This document describes how to include a new NAND Flash model in customs design using the i.MX35 and Windows Embedded CE 6.0.
This application note describes the main characteristics that should be taken into consideration when selecting a Bluetooth solution that best fits the requirements.
This application note describes ATK customization including supporting new SDRAM, NAND Flash, NOR Flash devices and modifying the GUI.
The power-up sequence as implemented on all i.MX35 Product Development Kit CPU cards, does not comply with the recommendation for power up sequencing described in the i.MX35 Data Sheet
Based on a powerful Arm1136 ™ core, the i.MX35 PDK delivers a high-performance, low-power, cost-effective solution for a variety of solutions. The i.MX35 PDK is preconfigured with your choice of Linux ® (MCIMX35LPDK) or Windows ® Embedded CE 6.0, (MCIMX35WPDK) making it suitable for a wide range of multimedia applications.
The i.MX35 Product Development Kit (PDK) provides a robust hardware and software platform for the Windows® Embedded CE 6.0 and Linux® environments, based on the excellent capabilities of the i.MX35 applications processor.
Linux Multimedia Codecs Documentation SDK 2009.12 for i.MX35 and i.MX25
Includes Hello World App note, ReadMe doc, release notes,...
Interactive i.MX Pin Mux Tool for i.MX23, i.MX25, i.MX28, i.MX35, i.MX50, i.MX51 and i.MX53. Requires the .NET. Framework 4.0. 1. Removed NC pins from i.MX280 and i.MX283