- Extending Xen* with Intel® Virtualization Technology
- ENERGY STAR* System Implementation
- Competitive Comparison: Dual-Core Intel® Xeon®: Processor-based Platforms vs. AMD Opteron*
- CMP Implementation in Systems Based on the Intel® Core™ Duo processor
- Software Company Plans for Multi-Core: How Epic Games, Adobe Systems, and IBM use Multi-Core Capability
- How to use all of CPUID for x64 platforms under Microsoft Visual Studio .NET 2005
- Flash and .NET Integration using ASP.NET
- Build and consume an ASP.NET Web service
- Multithreaded .NET Web service clients: threads and responsiveness
- High performance image processing and visualization in .NET client applications: Intel Integrated Performance Primitives (IPP)
Welcome to the Intel® Software Dispatch Subscription Program
Overhauling the Legacy BIOS: The Framework Breaks New Ground
The Basic I/O System hasn’t undergone a serious upgrade since the early days of personal computing, but the Framework—a solution fostered by Intel—provides a groundbreaking approach to this technology.
Despite monumental advances in every area of computing, that new computer at your local retailer very likely contains a component that is a prime candidate for improvement: the BIOS. The Basic I/O System hasn’t undergone a serious upgrade since the early days of personal computing, and there are a number of areas where architecture enhancements can make a big difference for both consumers and developers. A groundbreaking program, the Intel® Platform Innovation Framework for Extensible Firmware Interface (sometimes referred to by the codename Tiano), offers an effective, widely supported means to advance the technology. Nicknamed the Framework, this implementation creates a new model for the interface between operating systems and platform
Within this interface, the platform data, bootstrap information, and runtime service calls form a standardized framework for loading the operating system and running applications during the pre-boot phase. The EFI version 1.10 specification was published by Intel and then contributed to the Unified EFI Forum, which will maintain and advance the specification in upcoming years. Garnering wide industry support—including the major BIOS manufacturers—the UEFI Forum members include AMD, American Megatrends, Dell, Hewlett Packard, IBM, Insyde, Intel, Lenovo, Microsoft, and Phoenix Technologies. Mike Richmond of the Intel Software and Solutions Group Core Software Division has been shepherding this project along for several years and the efforts are beginning to bear fruit as UEFI-compliant systems are now available and major companies are jumping on the bandwagon.
Typically, companies that want to innovate at a system level have avoided interfacing to the BIOS, since there have been many implementations, each a little different, risking compatibility problems. " Within the computer industry," Richmond commented, " applications grow when there are horizontal standards; when there aren’t, people just mostly ignore the situation. They spend their time and money elsewhere."
To read more, click link below to subscribe to Intel® Software Dispatch and begin receiving Intel® Software Insight, a quarterly e-zine focused on the topics software-industry leaders care about. Once you subscribe, you will be able to download the July 2006 issue and continue reading Overhauling the Legacy BIOS: The Framework Breaks New Ground
.
To read complete article, click download below.
Despite monumental advances in every area of computing, that new computer at your local retailer very likely contains a component that is a prime candidate for improvement: the BIOS. The Basic I/O System hasn’t undergone a serious upgrade since the early days of personal computing, and there are a number of areas where architecture enhancements can make a big difference for both consumers and developers. A groundbreaking program, the Intel® Platform Innovation Framework for Extensible Firmware Interface (sometimes referred to by the codename Tiano), offers an effective, widely supported means to advance the technology. Nicknamed the Framework, this implementation creates a new model for the interface between operating systems and platform
Within this interface, the platform data, bootstrap information, and runtime service calls form a standardized framework for loading the operating system and running applications during the pre-boot phase. The EFI version 1.10 specification was published by Intel and then contributed to the Unified EFI Forum, which will maintain and advance the specification in upcoming years. Garnering wide industry support—including the major BIOS manufacturers—the UEFI Forum members include AMD, American Megatrends, Dell, Hewlett Packard, IBM, Insyde, Intel, Lenovo, Microsoft, and Phoenix Technologies. Mike Richmond of the Intel Software and Solutions Group Core Software Division has been shepherding this project along for several years and the efforts are beginning to bear fruit as UEFI-compliant systems are now available and major companies are jumping on the bandwagon.
Typically, companies that want to innovate at a system level have avoided interfacing to the BIOS, since there have been many implementations, each a little different, risking compatibility problems. " Within the computer industry," Richmond commented, " applications grow when there are horizontal standards; when there aren’t, people just mostly ignore the situation. They spend their time and money elsewhere."
To read more, click link below to subscribe to Intel® Software Dispatch and begin receiving Intel® Software Insight, a quarterly e-zine focused on the topics software-industry leaders care about. Once you subscribe, you will be able to download the July 2006 issue and continue reading Overhauling the Legacy BIOS: The Framework Breaks New Ground
.
To read complete article, click download below.
![]()
If you're interested in this topic, these articles may be helpful:
![]() | Achieving B2B interoperability in Web Services with Universal Data Element Framework by Neelima Vobugari, XML certified Software Professional. Abstract:... |
![]() | Model with the Eclipse Modeling Framework, part 2: generate code with Eclipse's Java Emitter Templates by Adrian Powell, senior software developer, IBM Corp. First published... |
![]() | Using OO design patterns and frameworks to develop object-oriented communication systems by Douglas C. Schmidt, professor, Vanderbilt University It's no eas... |
![]() | Migrating Java applications to C# on the .NET platform by Allan McNaughton, principal analyst, Technical Insight LLC. Intel... |
![]()
Recent Jobs:
![]() | SAP ABAP Senior Consultant #GBS-0163021 - TX - Dallas - IBM IBM Business Consulting Services is seeking senior SAP ABAP Developers... |
![]() | Requirements Analyst #GBS-0164974 - MD - Bethesda - IBM Identify and document user requirements. Create and document Use Cases... |
![]() | Software Engineer - Services Research #RES-0163843 - CA - San Jose - IBM The IBM Almaden Research Center is currently developing a Rapid Cost E... |
![]() | Oracle eBusiness Developer #SWG-0160319 - NJ - Princeton - IBM Employees in this role perform detailed analysis of the data models of... |
![]() | SAP Workflow Senior Consultant #GBS-0163018 - DC - Washington - IBM Successful candidates will be responsible for SAP workflow configurati... |
![]() | Technical Enablement Specialist #SWG-0163886 - CA - San Jose - IBM Employees in this role use IBM Systems and product expertise to delive... |
![]() | Technical Support Engineer #SWG-0163327 - MA - Cambridge - IBM This position offers an excellent opportunity to develop technical ski... |
![]() | SAP Project Manager #GBS-0163005 - DC - Washington - IBM Job responsibilities include coordination and management of the delive... |
![]() | Systems Architect #GBS-0164961 - DC - Washington - IBM Must have software development experience (J2EE, Java). Must have SOA ... |
![]() | SAP HR Lead - Managing Consultant #GBS-0163012 - DC - Washington - IBM The SAP HR Payroll Managing Consultant is responsible for successful d... |


