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 TitleDate AddedCompany
whitepaper Using SUS With Windows XP Embedded Service Pack 22005-08-11 03:00:02
  Microsoft Software Update Services (SUS) provides a complete servicing solution to manage distributing Windows updates to Windows clients, including Microsoft Windows XP Embedded. SUS leverages the Microsoft Windows Update service to download and distribute updates to your deployed run-time images. This white paper provides information about installing, configuring, and using Microsoft Software Update Services (SUS) with Windows XP Embedded with Service Pack 2. The contents of this white paper are specific to Windows XP Embedded with Service Pack 2 only.   
whitepaper Differences Between Windows XP Embedded and Windows XP Professional2005-09-13 03:00:03
  Microsoft Windows XP Embedded is a componentized version of the Microsoft Windows XP Professional operating system that brings the rich feature set of Windows XP Professional to embedded devices. However, there are some differences between Windows XP Professional and Windows XP Embedded. The major difference is that Windows XP Embedded is engineered specifically to support embedded devices and their manufacturers. This white paper describes Windows XP Embedded solutions for common embedded scenarios, and describes Windows XP Professional features that Windows XP Embedded does not include.   
whitepaper Bluetooth Support in Microsoft Windows XP Embedded With Service Pack 22005-11-11 01:00:01
  This white paper provides a general description of Bluetooth support in Microsoft Windows XP Embedded. This paper also introduces a number of macro components that offer support for Bluetooth wireless technology in Windows XP Embedded with Service Pack 2. Microsoft Windows XP Embedded with Service Pack 2 (SP2) provides the same support for Bluetooth wireless technology that Windows XP Professional offers. Windows XP Embedded includes the Windows features that support Bluetooth as components in the Windows Embedded Studio component database.   
whitepaper Creating an Embedded Recovery CD by Using Windows PE and SDI2005-08-09 03:00:02
  This paper explains how to package Microsoft Windows Preinstallation Environment (Windows PE), a System Deployment Image (SDI) file, and SDI tools, to create a recovery CD. With this recovery CD, you can boot the device with Windows PE, and then restore the image on your device by installing an image from an SDI file. With a few modifications to the process outlined in this paper, you can use Windows PE and SDI to deploy Windows XP Embedded to a device, or upgrade an existing device in the field.   
whitepaper Best Practices for Protecting Windows XP Embedded Devices2005-09-14 03:00:03
  Security affects the entire Windows Embedded community by adding to the burden of device development and distracting from the core mission of getting high-quality embedded products to market quickly. Everyone in the community - OEMs, independent software vendors, integrators, end users, and Microsoft - has a role to play in making systems less vulnerable to attack. This white paper explains how OEMs and other device developers can make their Windows XP Embedded more secure by using best practices, including integration of a third-party firewall solution.   
whitepaper Programming Windows XP for Embedded IR Applications2005-09-14 03:00:02
  This paper details the tools, supporting technologies and procedures for the development of infrared applications on Windows XP based PC. A Windows XP (WinXP) application that interfaces with an embedded system via IrCOMM is included in the appendices of this application note. This source code demonstrates the use of the Windows Application Programming Interface (API) required for IrDA standard IR communication on Windows XP based platforms.   
whitepaper Creating a Windows XP Embedded Shell2005-08-09 03:00:02
  Microsoft Windows XP Embedded provides the ability to build a customized operating system image which contains the components and technologies that are appropriate for your specific device. The image may contain customized device drivers and applications, and in some cases, it would also be appropriate to boot the Windows XP Embedded device directly into a customized application, or shell. In this paper, you will learn how to build a Windows XP Embedded Shell Component. A custom shell component can be selected in the same manner as the standard Explorer Shell.   
whitepaper Enable Internet Connection Firewall in Windows XP Embedded With Service Pack 1 Images2005-08-09 03:00:02
  In Windows XP Embedded with Service Pack 1, Internet Connection Firewall (ICF) is disabled by default. This paper provides details about how to enable ICF by creating a custom ICF component, adding the custom component to a configuration, and then deploying and testing the run-time image. This paper is written for Microsoft partners who develop and deploy Windows XP Embedded images to networked devices, and it assumes a proficiency in using Microsoft Windows Embedded Studio (Component Designer, Component Database Manager, and Target Designer).   
whitepaper Building and Deploying XP Embedded Images2003-06-01 Microsoft
  This white paper is a collection of documentation that will walk embedded developers through the various steps involved with building and deploying Windows XP Embedded with Service Pack 1 run-time images using the Windows Embedded Studio tools. Topics covered include best practices in using the Target Analyzer Probe (TAP.exe) and Target Analyzer (TA.exe) applications, creating hardware macros in Component Designer, and using deployment technologies such as System Cloning, System Deployment Image (SDI), and PreBoot Execution Environment (PXE).   
whitepaper Intel Case Study: ADLINK Technology2005-06-15 03:00:01 Intel
  In this case study, three embedded Intel Architecture components form the foundation for two entirely different processing platforms: one for a mobile application, the other for a telecom storage application. This case study explains how the Intel Pentium M processor, Intel 855GME chipset, and Intel 6300ESB I/O controller hub help ADLINK deliver high-performance, low-power modular platforms for extremely fast time-to-market in two very different solutions.