Friday, March 20, 2009
Thursday, March 19, 2009
Solid-State Drives and Caching
Intel® High-Performance SATA Solid-State Drives
Intel® X25-E Extreme SATA Solid-State Drive
Extreme performance and reliability for servers, storage and workstations.
Intel® X25-M and X18-M Mainstream SATA Solid-State Drives
High-performance storage for notebook and desktop PCs.
Intel® Z-P230 PATA Solid-State Drive
Flexible, cost-effective and low-power complete storage solution for value mobile and desktop systems such as netbooks and nettops.
Intel® Z-P140 PATA Solid-State Drive
Ultra-small, low-power storage solution with the right features and performance for mobile Internet devices, digital entertainment and embedded products.
Intel® Turbo Memory with User Pinning
Caching solution to improve application performance on desktop and laptop PC platforms.
In-Vehicle Infotainment
Intel helps you deliver innovative in-vehicle infotainment (IVI) solutions that keep pace with consumer demand and the rapid evolution of consumer electronics products. Utilizing Open Infotainment Platforms (OIP) based on Intel® architecture, automotive manufacturers can deploy a single, common hardware and software architecture that is scalable across product lines and generations, greatly reducing R&D costs as well as de-bug and validation efforts. This allows OEMs to reallocate resources to software development of new services and applications that can be downloaded onto already-validated IVI systems. It also simplifies product upgrades and speeds time-to-market.
So, enjoy the ride! Along with a robust and interoperable development environment, Intel's broad third-party ecosystem, including members of the Intel® Embedded and Communications Alliance, supports you with multiple levels of integration, supply-chain flexibility, a vast selection of high-quality products, economies of scale, and extensive R&D investments.
So, enjoy the ride! Along with a robust and interoperable development environment, Intel's broad third-party ecosystem, including members of the Intel® Embedded and Communications Alliance, supports you with multiple levels of integration, supply-chain flexibility, a vast selection of high-quality products, economies of scale, and extensive R&D investments.
Medical Embedded Computing Solutions
Embedded Intel technology is forever changing the practice of medicine with industry leading performance, power efficiency and a complete array of advanced, hardware-based technologies. In fact, you'll find embedded Intel processors and chipsets inside everything from point-of-care terminals to patient monitoring systems, tiny hand-held and portable diagnostic and therapy devices, and very high-end medical imaging systems.
Intel helps you deliver innovative new solutions to address growing complexity in the field of medicine. For example, ultra-low power Intel processors are enabling ever-smaller yet highly intricate devices that run for long periods on battery power alone. And these smaller, high-performance chips deliver graphics capabilities that rival high-end imaging, enabling you to build solutions that are portable for use in the field. Intel's remote management technology is enabling remote monitoring solutions to be deployed with assurance and ease. Our high performance processors also support 3D and 4D imaging as well as patient monitoring systems that can track multiple parameters and report results in real time. And our multi-core microarchitecture is enabling development of highly integrated systems that support complex diagnostic and analysis applications.
With Intel® architecture you can choose from a broad selection of embedded hardware building blocks, validated platforms and reference designs - all with long lifecycle support, the same pin-compatible core microarchitecture from top to bottom, and an extensive software base including some of the best developer tools available today. And by choosing Intel architecture for your medical solutions, you gain access to a trusted, integrated and validated supply line of third-party developers through the Intel® Embedded and Communications Alliance, all of whom deliver the world's most advanced firmware, hardware and software components that help you speed time-to-market of your next-generation medical devices and systems.
Intel helps you deliver innovative new solutions to address growing complexity in the field of medicine. For example, ultra-low power Intel processors are enabling ever-smaller yet highly intricate devices that run for long periods on battery power alone. And these smaller, high-performance chips deliver graphics capabilities that rival high-end imaging, enabling you to build solutions that are portable for use in the field. Intel's remote management technology is enabling remote monitoring solutions to be deployed with assurance and ease. Our high performance processors also support 3D and 4D imaging as well as patient monitoring systems that can track multiple parameters and report results in real time. And our multi-core microarchitecture is enabling development of highly integrated systems that support complex diagnostic and analysis applications.
With Intel® architecture you can choose from a broad selection of embedded hardware building blocks, validated platforms and reference designs - all with long lifecycle support, the same pin-compatible core microarchitecture from top to bottom, and an extensive software base including some of the best developer tools available today. And by choosing Intel architecture for your medical solutions, you gain access to a trusted, integrated and validated supply line of third-party developers through the Intel® Embedded and Communications Alliance, all of whom deliver the world's most advanced firmware, hardware and software components that help you speed time-to-market of your next-generation medical devices and systems.
Intel® QuickAssist Technology for Embedded and Communication Applications
Intel® QuickAssist Technology is a comprehensive initiative designed for the needs of embedded and communications solutions and consists of a family of interrelated Intel and industry standard technologies that enable optimized use and deployment of accelerators on Intel® platforms.
This initiative includes support for acceleration using Intel® multi-core processors and third-party accelerators while developing new integrated accelerators inside the Intel® processor. The approach includes a software layer (Accelerator Abstraction Layer - AAL) that allows applications to easily manage accelerators and protect software investment.
Decrease development time without the need to develop proprietary acceleration layers for each new device.
Accelerate performance for demanding applications with Front Side Bus attached Field Programmable Gate Array (FSB-FPGA) hardware modules.
Support future generations of system-on-chip and multi-core processor designs.
Increase business flexibility with solutions that fit changing business requirements without being tied to a particular accelerator.
Migrate from one technology to another with minimum impact to applications with AAL.
Support for small form factor accelerators with emerging technology combining powerful technology on a single chip.
This initiative includes support for acceleration using Intel® multi-core processors and third-party accelerators while developing new integrated accelerators inside the Intel® processor. The approach includes a software layer (Accelerator Abstraction Layer - AAL) that allows applications to easily manage accelerators and protect software investment.
Decrease development time without the need to develop proprietary acceleration layers for each new device.
Accelerate performance for demanding applications with Front Side Bus attached Field Programmable Gate Array (FSB-FPGA) hardware modules.
Support future generations of system-on-chip and multi-core processor designs.
Increase business flexibility with solutions that fit changing business requirements without being tied to a particular accelerator.
Migrate from one technology to another with minimum impact to applications with AAL.
Support for small form factor accelerators with emerging technology combining powerful technology on a single chip.
Manageability Technology for Embedded and Communications Applications
Intel® Active Management Technology (Intel® AMT)
Intel® Active Management Technology (Intel® AMT) is a hardware- and firmware-based solution, providing system managers with "any platform state" access. Using Intel AMT to remotely discover, heal, and protect computing assets 24x7, system managers can respond more efficiently, while reducing operating costs.
Using built-in platform capabilities and popular third-party management and security applications, Intel AMT allows system managers to:
Discover assets even while systems are powered off, or the OS is inoperable
Diagnose, isolate, and recover systems after OS failures helping to reduce downtime
Verify that software agents are running and proactively protect your enterprise with hardware-based agent presence checking
Isolate and proactively block incoming threats while alerting system managers when critical software agents are removed
Update software and virus protection across the networked systems, and enable third-party software to store version numbers or policy data in non-volatile memory for off-hours retrieval or updates
Using built-in platform capabilities and popular third-party management and security applications, Intel AMT allows system managers to:
Discover assets even while systems are powered off, or the OS is inoperable
Diagnose, isolate, and recover systems after OS failures helping to reduce downtime
Verify that software agents are running and proactively protect your enterprise with hardware-based agent presence checking
Isolate and proactively block incoming threats while alerting system managers when critical software agents are removed
Update software and virus protection across the networked systems, and enable third-party software to store version numbers or policy data in non-volatile memory for off-hours retrieval or updates
Intel® architecture unifies industries
Industrial computing platforms from Intel provide the means to overcome fragmentation that can result from solutions based on incompatible architectures.
A single implementation across multiple sub-segments requires systems from a wide variety of providers. For example, a highly automated factory requires seamless integration of different sub-systems such as programmable controllers, testing systems, machine vision, and back-end IT infrastructure. If those components are based on incompatible hardware and software platforms, the overall complexity and expense of the solution can escalate dramatically.
The fact that multiple use cases exist within each sub-segment makes the compatibility provided by Intel® architecture even more valuable. For example, test and measurement includes such devices and technologies as oscilloscopes, signal generators, spectrum analyzers, and more. Smooth inter-operation helps ensure scalability and software re–use.
In addition to innovations in performance, cost-effectiveness, and energy efficiency, the unmatched ecosystem that surrounds Intel architecture drives revolutionary improvements in efficiency and productivity, across industrial sub-segments.
A single implementation across multiple sub-segments requires systems from a wide variety of providers. For example, a highly automated factory requires seamless integration of different sub-systems such as programmable controllers, testing systems, machine vision, and back-end IT infrastructure. If those components are based on incompatible hardware and software platforms, the overall complexity and expense of the solution can escalate dramatically.
The fact that multiple use cases exist within each sub-segment makes the compatibility provided by Intel® architecture even more valuable. For example, test and measurement includes such devices and technologies as oscilloscopes, signal generators, spectrum analyzers, and more. Smooth inter-operation helps ensure scalability and software re–use.
In addition to innovations in performance, cost-effectiveness, and energy efficiency, the unmatched ecosystem that surrounds Intel architecture drives revolutionary improvements in efficiency and productivity, across industrial sub-segments.
Subscribe to:
Posts (Atom)
