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i.MX31: Applications Processor  Favorite



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MCIMX31C 
i.MX31C and i.MX31LC Multimedia Applications Processors for Industrial and Automotive Products Data Sheet
Data Sheetspdf15724.32/2/2010
MCIMX31C - i.MX31C and i.MX31LC electrical characteristics and package information

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MCIMX31_5 
i.MX31 and i.MX31L Multimedia Applications Processors at 532MHz Data Sheet
Data Sheetspdf10834.312/31/2009
MCIMX31_5 - i.MX31 and i.MX31L Multimedia Applications Processors product overview including electrical characterization and package information

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MCIMX31CE 
MCIMX31 and MCIMX31L Chip Errata
Erratapdf7535.71/24/2013
MCIMX31CE - This document contains the silicon errata information for the i.MX31 and i.MX31L products.

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MCIMX31RMAD 
Errata to MCIMX31 and MCIMX31L Application Processors Reference Manual, Rev. 2.4
Erratapdf4211.14/28/2010
MCIMX31RMAD - This document describes corrections to the MCIMX31 and MCIMX31L Applications Processors Reference Manual, Revision 2.4.

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AN4553 
Using Open Source Debugging Tools for Linux on i.MX Processors
Application Notespdf24507/19/2012
AN4553 - The aim of this document is to introduce a Linux software??integrator i.MX platform to quick debug and diagnosis??methods. It presents Linux generic concepts that can be easily??and practically extrapolated from the concrete i.MX 6??examples to all i.MX products.

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AN4130 
Changing the i.MX31 USB PHY
Application Notespdf166915/6/2012
AN4130 - This application note helps to interface the most
common USB PHYs with the i.MX31 microprocessor.

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AN4136 
Hardware Configurations for the i.MX Family USB Modules
Application Notespdf57806/30/2010
AN4136 - This application note shows block diagrams for possible USB configurations, and also discusses some hardware implementation issues.

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AN4040 
Hardware Basic Recommendations for Prototyping with the i.MX31
Application Notespdf51901/28/2010
AN4040 - This application note describes the basic recommendations that should be implemented when an application using the i.MX31 processor is at the prototyping stage.

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AN3981 
Adding SDIO Wi-Fi Solution to i.MX Windows CE 5.0/Windows CE 6.0
Application Notespdf46504/27/2010
AN3981 - This application note describes the main characteristics that should be taken into consideration when selecting a Wi-Fi solution.

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AN4044 
3D Animation Techniques on the i.MX31 PDK
Application Notespdf62201/25/2010
AN4044 - This application note intends to be a guide for picking and implementing a technique for animation.

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AN4132 
3D Math Overview and 3D Graphics Foundations
Application Notespdf64705/21/2010
AN4132 - This application note describes the basics of 3D graphics from basic terminology to specific i.MX MBX tips and tricks.

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AN4045 
Building a 3D Graphic User Interface in Linux
Application Notespdf76701/20/2010
AN4045 - This application note provides an overview and a guide for creating a complex 3D User Interface (UI) in Linux® for the embedded devices.

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AN4174 
Media Streaming to i.MX31 PDK through Wireless LAN
Application Notespdf93707/15/2010
AN4174 - This application note describes how to set up a basic media streaming session between a PC and the i.MX31 PDK, through a Wireless LAN (Wi-Fi).

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AN3870 
Developing an Application for the i.MX Devices on Linux Platform
Application Notespdf124508/13/2010
AN3870 - This application note describes how to set up a Linux software development environment on the i.MX devices.

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AN4041 
Different Display Configurations on the i.MX31 WinCE PDK
Application Notespdf100803/11/2010
AN4041 - This application note provides the necessary information, considerations, and the procedure to add or adapt a new Liquid Crystal Display (LCD) panel to the Board Support Package (BSP) distribution for the i.MX31 PDK.

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AN3963 
Interfacing DDR Memories with the i.MX31
Application Notespdf109203/10/2010
AN3963 - This application note describes the different considerations and methods to route the double data rate (DDR) interface memory with the i.MX31.

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AN4042 
Image Processing API for the i.MX Platform
Application Notespdf66705/7/2010
AN4042 - This application note provides information about the image processing API for the i.MX platform.

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AN4180 
System-80 Asynchronous Display on the i.MX31 WINCE 6.0 PDK
Application Notespdf88708/6/2010
AN4180 - This application note provides the necessary information, considerations, and procedure to add or adapt a System-80 Type 2 asynchronous panel to the WINCE600 BSP for the i.MX31 PDK.

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AN4182 
Different Display Configurations on the i.MX31 Linux PDK
Application Notespdf84008/6/2010
AN4182 - This application note provides the necessary information, considerations, and procedures to add or adapt new Liquid Crystal Display (LCD) panel to the Board Support Package (BSP) distribution for the i.MX31 Product Development Kit (PDK).

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AN3672 
ST Micro and Micron 2 Kbytes/Page NAND Flash Connection toi.MX27 (MCIMX27) and i.MX31 (MCIMX31)
Application Notespdf49921/29/2009
AN3672 -

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AN3884 
Efficient Low-Level Software Development for the i.MX Platform
Application Notespdf108407/27/2009
AN3884 - This application note describes how to write efficient C code for the i.MX platform. Because the i.MX platform is based on the ARM® cores, this application note is applicable for all i.MX devices. This document uses standard C for the examples; however, the techniques described apply equally to C++. The examples in this document are simple and concise in order to highlight specific issues.

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AN3951 
i.MX Layout Recommendations
Application Notespdf444319/11/2009
AN3951 - This document gives recommendations for PCB design to improve the behavior of the signals and create more robust designs. The i.MX31 is used as an example; however, the recommendations apply to the entire i.MX family of processors.

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MCIMX31RM 
MCIMX31 and MCIMX31L Multimedia Applications Processors Reference Manual
Reference Manualspdf124692.412/19/2008
MCIMX31RM - The MCIMX31 and MCIMX31L Multimedia Applications Processors Reference Manual describes the features and operation of the i.MX31 and i.MX31L Multimedia Applications Processors. This manual provides details to initialize, configure, and program.

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MCIMX31PB 
i.MX31and i.MX31L Multimedia Applications Processors Product Brief
Product Briefspdf56912/13/2006
MCIMX31PB - The i.MX31 and i.MX31L multimedia applications processors represent Freescale Semiconductors latest achievement in multimedia integrated applications processors that are part of a growing family of multimedia-focused products offering high performance processing optimized for lowest power consumption. The i.MX31 and i.MX31L processors feature Freescales advanced and power-efficient implementation of the ARM1136JF-S core, which operates at speeds starting at 532 MHz.

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IMX31TRAININGFS 
i.MX31 Multimedia Processors Training
Fact Sheetspdf74339/19/2008
IMX31TRAININGFS -

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MC9328MX31FS 
i.MX31 and i.MX31L Processors - Fact Sheet
Fact Sheetspdf15728/2/2007
MC9328MX31FS - Based on an ARM1136JF-S™ core, Freescale's i.MX31 and i.MX31L processors, starting at 532 MHz, with a vector floating point co-processor and L2 cache, are designed for any wireless device running computationally intensive multimedia applications.

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FLYRIMXPRDCMPR 
i.MX Family Comparison Table
Brochurespdf200158/20/2012
FLYRIMXPRDCMPR - Freescale's i.MX Family of applications processors is designed for use in smartphones, wireless PDAs, gaming and many other mobile wireless applications.

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XECLCDWP 
XEC-LCD White Paper
White Paperspdf34104/20/2011
XECLCDWP - Freescale Semiconductor's eXtreme Energy Conservation (XEC) technology is a multi-phase, multi-generational project to develop advanced power-saving software for Freescale handset platforms.

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SMRTSPDMFWP 
Smart Speed™ Technology - Driving the Mobile Future
White Paperspdf339214/13/2009
SMRTSPDMFWP -

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IMXAUTOINFOTMTWP 
Freescale i.MX applications processors: solutions for automotive infotainment
White Paperspdf14702/11/2008
IMXAUTOINFOTMTWP -

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NWDBGWP 
The New Debugging
White Paperspdf27904/1/2008
NWDBGWP -

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SMSPTECHWP 
Smart Speed™ Technology - Results of Modeling for Embedded Applications
White Paperspdf12109/14/2007
SMSPTECHWP -

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IMX31MULTIWP 
Multimedia Support in the i.MX31 and i.MX31L Applications Processors
White Paperspdf55902/13/2006
IMX31MULTIWP - In the endeavor for differentiation in wireless handheld mobile entertainment devices, multimedia capabilities tops the features list. Dynamic, rich and fast-paced video with 3D graphics and stereo sound can make the heart race, but it creates a bevy of challenges that can make an embedded device engineer’s heart palpitate.
This paper presents how Freescale design engineers address the issues of performance and low power in handheld devices while delivering an incredible multimedia experience in the i.MX31 multimedia applications processors.

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IMX31POWERWP 
i.MX31 and i.MX31L Power Management
White Paperspdf590112/12/2006
IMX31POWERWP - Microprocessors have long been classified, rated, differentiated and marketed on their clock speed, measured in kilohertz, megahertz, and now even gigahertz. When processors were still fairly simple machines, this measure was sufficient. In todays mobile global society, using the clock speed as a measurement is inadequate and outdated. Current microprocessors designed with the clock speed accelerated consume power rapidly, compromising battery life. The complexity of todays microprocessor architectures mandates a new metric.

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XTMENRGYCNSVWP 
eXtreme Energy Conservation: Advanced Power-Saving Software for Wireless Devices
White Paperspdf13102/9/2006
XTMENRGYCNSVWP -

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IMX31GRAPHICSWP 
2D/3D Graphics Support in the i.MX31 and i.MX31L Multimedia Applications Processors
White Paperspdf72406/6/2005
IMX31GRAPHICSWP - As multi-functional information devices such as smartphones and PDAs become ubiquitous, there is an increased demand for more and more functionality in these devices. A rapidly emerging consumer demand is the ability to use the device to play 3D games. Success in this marketplace requires graphics performance that is comparable with the user experience with 3D graphics game performance in computer applications and game consoles. The ability to deliver 3D game performance may represent the next killer application for the next generation of applications processors.

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IMX31SECURITYWP 
Security Features in the i.MX31 and i.MX31L Multimedia Applications Processors
White Paperspdf23506/6/2005
IMX31SECURITYWP - Security is an increasingly important feature of wireless mobile devices such as cell phones, ultra-portable computers and integrated media players. Instances of hackers and pirates breaking into portable devices and stealing private information and copyrighted content are becoming more and more common. As such, security is a high priority for i.MX31 and i.MX31L processors. Products built with Freescale applications processors provide a platform that consumers will trust to help protect their personal and confidential data. Private information, such as credit card numbers and access licenses, can be stored in a protected manner and used, allowing e-commerce and advanced content-based subscriber services. Products built using our processors will be able to demonstrate to content providers that they reliably help to protect licensed content.

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98ARE10692D 
98ARE10692D, 1931-03, 1931, 473 I/O PBGA, Low profile, fine pitch, PBGA, 19 x 19 pkg, 0.8MM Pitch (MAP)
Packaging Informationpdf80B6/10/2008
98ARE10692D - 98ARE10692D, 1931-03, 473 I/O PBGA

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IMX31_15_LINUX_MMDOCS_BUNDLE  
Linux Multimedia Codecs Documentation SDK 1.5 for i.MX31
Supporting Informationzip12031.56/24/2010
IMX31_15_LINUX_MMDOCS_BUNDLE -

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IMX31_15_WIN60_MMDOCS_BUNDLE 
Windows CE Multimedia Codecs Documentation SDK 1.5 for i.MX31
Supporting Informationzip15641.56/24/2010
IMX31_15_WIN60_MMDOCS_BUNDLE -

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IMX31_PDK15_LINUXDOCS_BUNDLE 
i.MX31 PDK 1.5 Linux Documentation Bundle
Supporting Informationzip38741.55/27/2009
IMX31_PDK15_LINUXDOCS_BUNDLE -

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IMX31_PDK15_WIN60DOCS_BUNDLE 
i.MX31 PDK 1.5 Windows Embedded CE 6.0 Documentation Bundle. Includes Hello World App note, ReadMe doc, release notes,...
Supporting Informationzip115021.55/27/2009
IMX31_PDK15_WIN60DOCS_BUNDLE -

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