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.NET Micro Framework is intended for smaller embedded applications, such as remote monitoring, home automation and network enabling devices, and uses far less resources than are required for Microsoft’s other embedded offerings, Windows XP Embedded and Windows CE. Like these larger operating systems, .NET Micro Framework uses Microsoft Visual Studio 2005 as its development environment. The programming language is C# (C Sharp), which produces “managed code” and pre-developed drivers to eliminate the complexity of traditional embedded development. For companies who need embedded firmware developed for their hardware, this suddenly simplifies the firmware development process. Any programmer familiar with Microsoft Visual Studio development tools will be able to use Digi JumpStart Kit to develop networked products quickly and easily using .NET Micro Framework. Digi JumpStart Kit includes a Digi Connect ME module, a development baseboard with power supply, software and all the accessories needed to begin development in .NET Micro Framework. The Digi Connect ME is a popular embedded device server in a compact RJ-45 form factor. It is easily integrated into any existing embedded device with a spare serial port to provide Ethernet networking support. The processor in the Connect ME is a Digi NET+ARM, so long-term availability of the Digi Connect ME is assured.
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.NET™ Micro Framework 2.0 Rapid development of network connected embedded applications using Visual Studio® 2005 The Microsoft® .NET Micro Framework greatly simplifies the traditionally often very complex task of embedded software development. Seamless integration with the Visual Studio tools makes rapid development instantly accessible to software designers that are already familiar with server and desktop application development on existing Microsoft platforms. In addition, sharing existing .NET code across multiple product lines and platforms results in a even more shortened development cycle and significantly improved productivity. The Digi JumpStart Kit™ for Microsoft .NET Micro Framework 2.0 provides an easy-to-use and complete out-of-box solution for embedded development, including a Digi Connect ME® module with development board, the .NET Micro Framework 2.0 SDK, a fully functional 90-day trial of Microsoft Visual Studio 2005, plus sample code and user documentation.
About .NET Micro Framework Built on the .NET foundation and optimized for use in small intelligent devices, .NET Micro Framework combines the reliability and efficiency offered by a .NET enabled managed code environment, the strength of the C# programming language, and the professional Microsoft Visual Studio 2005 development tools. With its small memory footprint, focused support for all critical features, and Digi’s exclusive support for Ethernet network connectivity, the .NET Micro Framework is the ideal choice for smaller network-connected devices utilizing Digi embedded modules in applications that do not require the capabilities of a real-time operating system (RTOS) or more advanced operating system environments such as Microsoft Windows® Embedded CE or Linux. SPECIFICATIONS GENERAL
NETWORKING
SECURITY
Class Library Namespaces .NET Base
.NET Micro Framework
Digi ESP Development Environment
Digi Connect ME® The Digi Connect ME is a connector-style embedded module that enables manufacturers to keep pace with ever-evolving networking technology by easily adding secure web-enabled network connectivity to their products. Built on leading 32-bit ARM technology using the network-attached NET+ARM NS7520 microprocessor, the Digi Connect ME combines true plug-and-play functionality with the freedom and flexibility of complete product customization options. It is based on the NET+OS® development platform and the unique Integrated Systems Architecture (ISA), which streamlines the entire software development process and ensures a future-proof application design. The Digi Connect ME is pin-compatible and interchangeable with the Digi Connect® Wi-ME, making it easy to migrate to a wireless solution without the traditional complexities of hardware and software integration work.
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