Windows IoT, short for Windows Internet of Things and formerly known as Windows Embedded, is a family of operating systems from Microsoft designed for use in embedded systems. Microsoft has three different subfamilies of operating systems for embedded devices targeting a wide market, ranging from small-footprint, real-time devices to point of sale (POS) devices like kiosks. Windows Embedded operating systems are available to original equipment manufacturers (OEMs), who make it available to end users preloaded with their hardware, in addition to volume license customers in some cases.
Windows Embedded Compact (previously known as Windows Embedded CE or Windows CE)[12] is the variant of Windows Embedded for very small computers and embedded systems, including consumer electronics devices like set-top boxes and video game consoles. Windows Embedded Compact is a modular real-time operating system with a specialized kernel that can run in under 1 MB of memory. It comes with the Platform Builder tool that can be used to add modules to the installation image to create a custom installation, depending on the device used. Windows Embedded Compact is available for ARM, MIPS, SuperH and x86 processor architectures.[13]
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Binary identical variants of the editions as are available in retail, but licensed exclusively for use in embedded devices.[26] They are available for both IA-32 as well as x64 processors.[13] Subfamily is known to include Windows for Workgroups 3.11, Windows 95 to 98, Windows NT Workstation, Windows 2000 Professional, Windows ME, Windows XP Professional, Windows Vista Business and Ultimate, Windows 7 Professional and Ultimate, Windows 8 Pro and Enterprise, and Windows 8.1 Pro and Enterprise.
im building an interactive portable ad campaign device (x86 platform) with touchscreen and stuffs. which is better OS for the device, Win CE or Win embedded standard (XPE). i need to provide support for multimedia platform such as Flash for easy ad development.
Both XP embedded and Windows CE can be built using tools that allow you to add/remove components from med OS making it possible to trim it to your requirements. Most developer probably never does this but rather use what is "factory default" delivered with the hardware, or let the hardware guys make a custom made image for you.
If you have a fully fledged x86 system without limitation, low power requirements or interfacing with embedded hardware as I seem to understand from your application then WinXP would win hands-down for me. WinXP has the horrible boot sequence and more venerable to security attacks but as this is not a hand-held consumable product I think I'd live without WinCE's finesse.
WinXP FES is not available through normal retail distribution (as WinXP has been discontinued), but is available though the embedded channel, the same place as you'd get WinCE and Windows XP Embedded Standard.
For those that do not know you'd need to fill out a declaration that the embedded device will not be used as a normal desktop computer doing office type functions. As long as you can demonstrate that the embedded device is not packaged as such then you'll typically be allowed to license WinXP FES.
Follow the registry hacks in this presentation to set the boot logo image, booting without the "Desktop" into your application (Kiosk Mode), suppressing pop-up messages etc. to make WinXP look more like an embedded OS.
Microsoft also announced four new MPN specializations, one of which pertains to building intelligent systems. Qualifying independent software vendors (ISVs) and systems integrators (SIs) will have the opportunity to work closely with Windows Embedded and its customers in designing, developing and deploying Microsoft intelligent systems solutions. This specialization is an evolution of the resources that the WEPP made available last year and helps formalize intelligent systems as an opportunity for partners wanting to harness the growth potential of embedded technologies.
For companies that have been designing, developing or creating embedded devices, or those that are new to the embedded systems market, MPN is creating a Device Design and Development Resource Center that will be available as part of the Microsoft Action Pack Subscription (MAPS) in January 2014. As the name implies, MAPS is a subscription-based model that provides access to similar resources as the competency model but on a more limited basis.
With MAPS, device-makers can venture into the world of embedded systems and begin developing a sense of the opportunities in store, before fully committing. MAPS comes with internal usage rights; sales enablement tools, such as a total cost of ownership calculator; training; and technical support to help close business.
Do you encounter any problem? I would not expect any problems with LabVIEW itself since Windows 7 embedded is really just a special version of Windows 7 Ultimate where you can control much more in detail what needs to be installed on the target. Of course if you (or whoever configured the Windows 7 embedded install) would choose to not install pretty fundamental Windows subsystems that might work for a specific target itself but might pose problems for LabVIEW. But with a standard Windows 7 Embedded installation there shouldn't really be any problem in respect to running LabVIEW on it.
Windows embedded is used in a variety of industrial computers and smart devices, such as interactive kiosk machines, factory automation equipment, POS systems, ATMs, self-service checkouts, and many more devices. A key feature for Windows 10 IoT versions is its ability for better manageability and security for IoT devices on an enterprise deployment level.
For a moment, it seemed like Microsoft did not have a plan for the future of windows embedded until the launch of Windows IoT Enterprise, which Microsoft began marketing as a replacement for Microsoft Windows Embedded.
Many system integrators focused in embedded computing utilized Windows Embedded because of its customizability, allowing them to select the features they wanted to install or not to install on the system. For example, if you were installing Windows Embedded on an interactive kiosk machine, many operating system features are not needed and may take up precious storage space. By only installing the features that are required or that benefit the IoT applications, system builders can reduce the potential attack surface, making their systems more secure and reliable in the real-world deployment
WES7 came in three different flavors known as E, C, and P, with each different version coming with different features. WES8 embedded was only released as a single version WES8, so if you had purchased a version of it, you were able to take advantage of all of the features it had to offer. That said, you were still able to customize it to include only the features that you needed to use.
That said, Microsoft switched up the naming scheme and began calling it Windows 10 IoT in 2015. Windows IoT completely replaced Windows Embedded. Microsoft released three versions of Windows 10 IoT, and these were Windows IoT Core, Windows IoT Mobile Enterprise, and Windows 10 IoT Enterprise. The version of windows that is most often used for industrial computers is the Windows 10 IoT Enterprise Edition, so it will be the focus of this post.
Like Windows Embedded, Microsoft Windows IoT Enterprise was developed for use in embedded computing systems, targeting all sorts of embedded computing solutions, such as kiosk machines and POS devices. Many current IoT applications and their software code run in a windows environment on the backend. Although the end-users may not experience a traditional windows experience, IoT system builders need to ensure smooth software integrations without any bugs or even system downtime. Due to the sensitivity of IoT devices and their unique applications, Microsoft created a locked-down version of Windows 10 IoT to prevent automatic patches and updates directly in the field. This is currently known as the Long term service channel (LTSC) versions of Windows 10 IoT that offers full control and flexibility for updates. This embedded version of Windows is key to helping IoT builders master 24/7 operation and streamline automation control for devices.
The third advantage of using Microsoft Windows IoT 10 Enterprise is that it comes with 10 years of windows OS support via the Long-Term Servicing Channel (LTSC), as well as a 10 to 15-year life cycle. This is very different from Windows 10 Pro, which has a life cycle of two to three years and a support cycle of 18 to 30 months. So, for long-term support, you should definitely configure a system with Windows IoT instead of the regular Windows 10 Pro OS.
Windows 10 IoT is the successor to Windows Embedded; like Windows Embedded, Windows IoT is designed for embedded computing devices that power many of the machines and smart devices around us. One of the great benefits of Windows IoT is the industrial-grade, long-term support that Microsoft offers for this OS.
The version of Visual Studio you should use depends of the version of Windows Embedded Compact you plan to run on your modules.
If you plan to run Windows CE 6 or Windows Embedded Compact 7 then you need to use Visual Studio 2008, if you plan to run Windows Embedded Compact 2013 then you can use Visual Studio 2013 or Visual Studio 2015.
For Visual Studio 2008 you need, at least, the Professional version of Visual Studio. Development for embedded devices is not supported in the express version.
You may use the Community edition of Visual Studio 2013, but this version (that is feature-comparable with the Professional one) has some licensing limitation about the scope of your project and the size of your company and development team.
You can have them installed side by side on your development machine, the only thing you need to do is to setup VS2008 first and then VS2013/VS2015.
We provide SDKs that you can install to develop your application targeting our modules:
Operating System Support
If you need to develop applications you need just the SDK (for Visual Studio 2008) or the SDK and Application Builder (for Visual Studio 2013/2015) available here:
-us/download/details.aspx?id=38819
If you need to build a Windows Embedded Compact OS image using our BSP you need to install also Platform Builder. Platform Builder is OS-version specific and you need:
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