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Intel® architecture provides many benefits for embedded applications. Start benefiting from migrating to Intel architecture including reduced cost, increased performance, and a standardized IT environment. Intel® Embedded Design Center provides the resources you need to smooth your transition.
Learn how migrating your servers and blades from SPARC* to Intel® architecture can boost performance and help you reduce costs.
Get started on the Intel architecture roadmap. Use our online resources to migrate your embedded applications from PowerPC*.
If you need to add performance, functionality and connectivity to your embedded designs check out the advantages of Intel® architecture. If you are already familiar with Intel architecture, the Step-by-Step section of Intel® Embedded Design Center guides you through every stage of the design process. Go to Evaluate, Design or Build.
Provides embedded engineers with solid grounding in the skills required to develop software targeting multicore processors, including section 4.1 dedicated to Migrating to Intel Architecture.
This paper explores technical issues around building, debugging and deploying embedded firmware on an Intel® architecture system.
Version: January 2009
Learn about the firmware and BIOS design considerations for platforms based on embedded Intel® architecture.
Platforms based on Intel® architecture are ready to meet the needs of demanding embedded and communications designs.
This audio-enabled presentation provides an architectural overview of Intel products, system initialization and BIOS, and a summary of available development tools.
Techniques for porting your code to Intel® architecture multi-core platforms.
This paper describes the operation and function of the platform ingredients used in three classes of Intel® architecture platforms and includes a discussion of critical support components.
This white paper establishes a set of fundamental guidelines for software developers who wish to develop endian-neutral code or convert endian-specific code.
Version: May 2008
This video provides introduction to Wind River VxWorks* unsupervised Asynchronous Multi-Processing (AMP) solutions for Intel® architecture.
Audio enabled presentation introduces N.A. Software AltiVec* SIMD macros translator software. Software is provided ‘as is.’ Intel does not provide support. Support provided from N.A. Software.
This course provides an overview of the foundational concepts of multi-core systems.
A discussion with John Bosco, principal engineer at Verisign Corporation*, about how the company made the decision to move from a proprietary RISC-based solution to Intel® architecture.
Assembly language for debugging or performance tuning embedded applications including an example how analysis of the assembly language leads to tuning improvements to the original source code.
This migration guide discusses the process for porting C/C++ applications running on the Sun* Solaris* operating system (OS) from SPARC* platforms to Intel® architecture platforms.
Synapse Mobile Networks* ported its EIR application to an Intel® architecture-based platform running the Sun Solaris* operating system.
Synapse Mobile Networks*ported its Active Device Management System* application to an Intel® architecture-based 64-bit server platform.
This whitepaper provides examples of the TCO benefits of migrating from mainframes to Intel based platform architectures.
Tips and insights on the use of Intel® architecture for your embedded application.
Share ideas, tips and suggestions with your peers and join the technical discussion forums.
Terms for embedded developers with definitions from Intel.
Find a platform based on your specific requirements.