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<bb>>Intelb>bb>> Core - Wikipedia, the free encyclopedia

For the microarchitecture to be used in future <bb>>Intelb>bb>> Core microprocessors, see <bb>>Intelb>bb>> Core Microarchitecture.
This article is about <bb>>Intelb>bb>> processors branded as "<bb>>Intelb>bb>> Core", such as the 65 nanometre processor codenamed Yonah and its variants.
While little is known about Merom, <bb>>Intelb>bb>> has revealed that it is a dual core processor supporting Vanderpool Virtualization Technology and EM64T, which is <bb>>Intelb>bb>>'s version of AMD64.

http://en.wikipedia.org/wiki/Intel_Core (1513 words)



Apple - <bb>>Intelb>bb>>

The <bb>>Intelb>bb>> Core Duo represents years of development by legions of <bb>>Intelb>bb>> engineers.
It’s no coincidence that the <bb>>Intelb>bb>> Core Duo was born of the world’s leading processor company.
<bb>>Intelb>bb>> Core Duo is the next generation in processor design from the world’s leading chip maker.

http://www.apple.com/intel (530 words)



[H] Enthusiast - [H]arder than ever.

Instead of two processor cores being saddled to one bus and run to a single memory controller as we see with <bb>>Intelb>bb>> dual core technology, we have to remember that AMD Athlon 64 processors have the memory controller on the CPU die itself and therefore no front side bus is needed.
This is the same marketing strategy we saw <bb>>Intelb>bb>> use at their dual core processor launch, but I think that AMD has done a better job at defining the segment with less confusing marketing.
So still the biggest benefit to the entire K8 core system is shining through in AMD's Athlon X2 line in the ways of HyperTransport and its extremely wide bus width when compared to <bb>>Intelb>bb>>s dual core 800MHz bus.

http://www.hardocp.com/article.html?art=NzY2 (988 words)



<bb>>Intelb>bb>>® Xeon® Processor - Product Information

Unlock business application performance today and optimize your business applications for 64-bit and multi-core technology through direct access to <bb>>Intelb>bb>>'s industry leading software tools, compilers, performance tuners and libraries.
Compatible with today's 64-bit <bb>>Intelb>bb>>® Xeon® processors, Dual-Core <bb>>Intelb>bb>>® Xeon® processors help protect investment in existing applications and infrastructure through increased performance headroom and scalability to the most widely deployed 64-bit server systems.
<bb>>Intelb>bb>>® Xeon® processor-based servers provide the flexibility and application headroom to reap outstanding performance today, while remaining agile to migrate to 64-bit operating environments in the future.

http://wwwp.intel.com/products/processor/xeon (465 words)



Search Results

<bb>>Intelb>bb>>® Xeon® Processor Core Boundary Scan Descriptor Language...
<bb>>Intelb>bb>>® Xeon® Processor MP Core Boundary Scan Descriptor Language...
Products Chipsets <bb>>Intelb>bb>>® E8870 Chipset Family BSDL Documents.

http://mysearch.intel.com/corporate/default.aspx?q=bsdl&x=26&y=6 (177 words)



<bb>>Intelb>bb>> Pressroom

<bb>>Intelb>bb>> Boosts EnergyEfficient Performance With First Dual-Core Low-Voltage <bb>>Intelb>bb>>® Xeon® Processor
<bb>>Intelb>bb>>® Pentium® M and <bb>>Intelb>bb>>® Celeron® M processors for embedded computing
<bb>>Intelb>bb>>® Xeon Processor and <bb>>Intelb>bb>>® e7525 chipset (formerly codenamed Tumwater)

http://appzone.intel.com/pressroom/PressResources.asp (371 words)



<bb>>Intelb>bb>> 8087 - Wikipedia, the free encyclopedia

<bb>>Intelb>bb>> 80486DX, Pentium and later processors include a built-in coprocessor on the CPU core.
The 8087 was the first math coprocessor designed by <bb>>Intelb>bb>> and it was built to be paired with the ass] microprocessors.
Apart from this, the 8087 offered an 80-bit/17-digit packed BCD (binary coded decimal) format and 16,32 and 64-bit integer data types.

http://en.wikipedia.org/wiki/Intel_8087 (321 words)



Olympus MIC-D: Integrated Circuit Digital Image Gallery

<bb>>Intelb>bb>> Core Logic Integrated Circuit - As embedded microprocessors move into a wider array of consumer electronic devices and industrial production, the need to connect microprocessors, read-only memory (ROM), synchronous dynamic random access memory (SDRAM), and peripheral component interface (PCI) buses in an efficient manner created the demand for core logic chips.
<bb>>Intelb>bb>> designed the 21285 core logic device as a single-chip interface between the StrongARM SA-110 microprocessor and the other semiconductor components.
<bb>>Intelb>bb>> 386 Microprocessor- In 1985 with a 16-billion-dollar software library focused on the 8088 and 80286, the compatible 80386 ushered in the third generation of <bb>>Intelb>bb>> microprocessors.

http://www.olympusmicro.com/micd/galleries/chips (2948 words)



Macworld: The <bb>>Intelb>bb>> Transition

In our initial testing of the new iMac powered by an <bb>>Intelb>bb>> Core Duo chip, we found that the new machines are faster than their G5-based predecessors when running native applications.
You’ve taken the leap and bought a new Mac with an <bb>>Intelb>bb>> processor.
<bb>>Intelb>bb>> executives forecast a 3 percent dip in revenue and said they will restructure the company, with the possibility of layoffs.

http://www.macworld.com/topics/intel_transition/index.php (791 words)



<bb>>Intelb>bb>> Hardware Design Home Page

<bb>>Intelb>bb>>® Core™ microarchitecture is the new foundation for <bb>>Intelb>bb>>® architecture-based desktop, mobile, and mainstream server multi-core processors.
Hear senior <bb>>Intelb>bb>> engineers discussing cutting-edge <bb>>Intelb>bb>> technologies and initiatives.
Reduce cost, time and risk in the overall handset design-manufacture process.

http://developer.intel.com (52 words)



<bb>>Intelb>bb>> XScale - Wikipedia, the free encyclopedia

The XScale core is <bb>>Intelb>bb>>'s implementation of the 25th generation of the ARM architecture based on the v5TE ISA without the floating point instructions.
The XSCALE core is used in a number of microcontroller families manufactured by <bb>>Intelb>bb>>: notably Application Processors (with the prefix PXA), I/O Processors (with the prefix IOP), Network Processors (with the prefix IXP) and Control Plane Processors (with the prefix IXC).
All the generations of XScale are 32-bit ARM v5TE processors manufactured with a 0.18 µm process and have a 32kb data cache and a 32kb instruction cache (this would be called a 64kb Level 1 cache on other processors).

http://en.wikipedia.org/wiki/Intel_XScale (983 words)



<bb>>intelb>bb>> i960

In the mid-1980s <bb>>Intelb>bb>> and Siemens started a joint project to create the BiiN machine, and as a part of this project the i432 was re-built on a RISC core, creating the 960 MC.
Although the 960 MC was never released commercially, <bb>>Intelb>bb>> later took the core processor design, dropped the i432 instructions and complex microcode, and was left with a simple but powerful RISC CPU.
<bb>>Intelb>bb>>'s i960 (or 80960) was a RISC-based microprocessor design that became quite popular during the early 1990s as an embedded microcontroller, for some time likely the best-selling CPU in that field, pushing the AMD 29000 from that spot.

http://www.yourencyclopedia.net/intel_i960.html (370 words)



<bb>>Intelb>bb>> 8051 - Wikipedia, the free encyclopedia

The <bb>>Intelb>bb>> 8051 was a Harvard architecture single chip microcontroller (µC) developed by <bb>>Intelb>bb>> in 1980 for use in embedded systems.
The 8051's predecessor, the 8048, was used in the keyboard of the first IBM PC, where it converted keypresses into the serial data stream which is sent to the main unit of the computer.
A particularly useful feature of the 8051 core is the inclusion of a boolean processing engine which allows bit-level boolean logic operations to be carried out directly and efficiently on internal registers and RAM.

http://en.wikipedia.org/wiki/Intel_8051 (654 words)



ipedia.com: <bb>>Intelb>bb>> i432 Article

The 960 MC's core was used by <bb>>Intelb>bb>> to create the i960 RISC CPU, by dropping many of the i432-support from the design.
<bb>>Intelb>bb>>'s iAXP-432 MicroMainframe (often known as a "mainframe on a chip") was a four-core, 32-bit microprocessor released in 1981.
Like most <bb>>Intelb>bb>> CPU designs, the 432 used a segmented memory system, with 2^24 segments of 64k each within the overall 2^32 byte address space.

http://www.ipedia.com/intel_i432.html (734 words)



Guild Companies - The Enterprise Windows & Linux Advisor

The Prestonia chips are the second generation of server processors designed by <bb>>Intelb>bb>> that use the Pentium 4 processor core, also referred to as the P7 core.
The Fosters were aimed at dual processor workstations and servers and used <bb>>Intelb>bb>>'s i860 chipset, which only support Rambus memory rather than the SDRAM memory that is more commonly used in the workstation and server businesses.
Most of the original Pentium II and Pentium III Xeon processors--Xeon being the <bb>>Intelb>bb>> designation for a high-end workstation of server processor with larger L2 cache memories than are available on non-Xeon versions of <bb>>Intelb>bb>>'s chips--had external L2 caches.

http://www.itjungle.com/mid/mid022702-story01.html (1215 words)



Welcome to <bb>>Intelb>bb>> in APAC

Case studies on how <bb>>Intelb>bb>>® processor-based systems are helping companies increase business value âº
Hardware assisted virtualization now enabled by the <bb>>Intelb>bb>>® Xeon&; Processor
Dual-core processor brings a whole new level of excitement to your desktop

http://www.intel.com/cd/corporate/home/apac/eng/251851.htm (36 words)



<bb>>Intelb>bb>> i960

In the mid-1980s <bb>>Intelb>bb>> and Siemens started a joint project to create the BiiN machine, and as a part of this project the i432 was re-built on a RISC core, creating the 960 MC.
Although the 960 MC was never released commercially, <bb>>Intelb>bb>> later took the core processor design, dropped the i432 instructions and complex microcode, and was left with a simple but powerful RISC CPU.
Early versions were full CPU designs with an MMU, but this competed head-to-head with their i860 design which was promoted as "the" <bb>>Intelb>bb>> RISC system, and so the i960 was re-targeted at the embedded market, losing the MMU.

http://www.sciencedaily.com/encyclopedia/intel_i960 (381 words)



<bb>>Intelb>bb>> i860

The <bb>>Intelb>bb>> i860 has features of both a digital signal processor and a data processor.
The i860 is used as the data processor in <bb>>Intelb>bb>>'s massively-parallel Touchstone and Paragon supercomputers.
The <bb>>Intelb>bb>> i860 (N10) microprocessor delivers supercomputer performance in a single VLSI component.

http://www.dvo.ru/bbc/hardware/mbc100/hard/i860.html (340 words)



IP Cores

The AL8051s is a high-speed <bb>>Intelb>bb>> 8051-compatible core.
The C-8051 core is the HDL model of the <bb>>Intelb>bb>>™ 8-bit 8051 micro controller.
Unlike other 8051 cores, the M8051EW has a frequency-scalable state machine and is silicon-proven at 120MHz on 0.18and#924;m process technology.

http://www.keil.com/dd/ipcores.asp (1404 words)



Athlon 64 X2 4800+: The Fastest Dual Core Among the Existing x86 Processors

The dual core processor from AMD slightly outperforms the dual core processor from <bb>>Intelb>bb>>, but that's because the AMD core running at 2.4 GHz is faster than the <bb>>Intelb>bb>> core operating at 3.2 GHz rather than because of the better implementation of dual cores.
You can easily notice that the differences between the dual core concepts from <bb>>Intelb>bb>> and AMD are not very significant: this way or another, we have two processing cores, each one is equipped with its own L1 and L2 Caches.
The same situation in rendering: extreme modifications of single core processors are on a par, the dual core processor from AMD is just a tad faster than the dual core processor from <bb>>Intelb>bb>>.

http://www.digit-life.com/articles2/cpu/amd-athlon-64-x2-4800.html (4428 words)



BiiN - Open Encyclopedia

BiiN was an outgrowth of the <bb>>Intelb>bb>> iAPX 432 multiprocessor project, ancestor of iPSC and nCUBE.
Before <bb>>Intelb>bb>> switched to the StrongARM for the embedded role in the late 1990s, the i960 was one of <bb>>Intelb>bb>>'s most popular products.
BiiN aimed their designs at the high-end fault tolerant market, competing with Tandem Computers and Stratus Computer, as opposed to the parallel processing market, where Sequent Computer Systems, Pyramid Technology, Alliant Computer Systems and others were operating.

http://open-encyclopedia.com/BiiN (918 words)



<bb>>Intelb>bb>> Products(<bb>>Intelb>bb>>® i960® VH Processor)

To provide an optimal solution for these PCI applications, <bb>>Intelb>bb>> has integrated the PCI interface with a high performance 80960 processor core, yielding a valuable solution for system developers.
The i960 VH Embedded-PCI processor features the most advanced 80960 Jx core available with the integration of components necessary to create an intelligent PCI primary bus interface.
The <bb>>Intelb>bb>>® i960® VH Embedded-PCI processor is an integrated solution targeted at cost-sensitive applications in various market segments such as networking, communications, data management and storage.

http://www.sancomputech.com/Storagei960VHProcessor.htm (772 words)



A CPU History

They had a 1-micron core design and ran at about 25MHz at 3 volts.
In 1990, <bb>>Intelb>bb>> released the 80386SL, which was basically an 855,00 transistor version of the 386SX processor, with ISA compatibility and power management circuitry.
In 1988, <bb>>Intelb>bb>> released the 386SX, which was basically a low-fat version of the 386.

http://www.pcmech.com/show/processors/35 (981 words)



<bb>>Intelb>bb>>® Flash File System Core Reference Guide

The <bb>>Intelb>bb>>® Flash File System Core Reference Guide provides detailed information on the core internal functions for the <bb>>Intelb>bb>>® Flash Memory file system solution.
Note that the RTOS Wrapper interface as documented in the <bb>>Intelb>bb>>® Flash Data Integrator (<bb>>Intelb>bb>>® FDI) User's Guide, Version 6.1 is the primary interface to the <bb>>Intelb>bb>> Flash File System.
Provides detailed information on Flash File System structures, defines, and enumerations.

http://www.intel.com/design/flcomp/manuals/304436.htm (981 words)



i386 and x86-64 Options - Using the GNU Compiler Collection (GCC)

<bb>>Intelb>bb>> Pentium3 CPU based on PentiumPro core with MMX and SSE instruction set support.
<bb>>Intelb>bb>> Pentium2 CPU based on PentiumPro core with MMX instruction set support.
<bb>>Intelb>bb>> PentiumMMX CPU based on Pentium core with MMX instruction set support.

http://gcc.gnu.org/onlinedocs/gcc/i386-and-x86_002d64-Options.html (2022 words)



<bb>>Intelb>bb>> 80486DX - Wikipedia, the free encyclopedia

The <bb>>Intelb>bb>> 80486DX is a microprocessor made by <bb>>Intelb>bb>> x86 family of processors.
Data/Instruction Cache- An 8192-byte (8k) SRAM built into the processor core, designed to store the most commonly used instructions.
It is the successor to the <bb>>Intelb>bb>> 80386 processor line.

http://en.wikipedia.org/wiki/Intel_80486DX (210 words)



<bb>>Intelb>bb>> XScale article - <bb>>Intelb>bb>> XScale DEC Acorn, RISC i860 i960 StrongARM - What-Means.com

The <bb>>Intelb>bb>>® XScale&; micro-architecture is based on a new core which is compliant with ARM version 5TE.
<bb>>Intelb>bb>> XScale article - <bb>>Intelb>bb>> XScale definition - what means <bb>>Intelb>bb>> XScale
<bb>>Intelb>bb>> XScale article - <bb>>Intelb>bb>> XScale DEC Acorn, RISC i860 i960 StrongARM - What-Means.com

http://www.what-means.com/encyclopedia/Xscale (141 words)



<bb>>Intelb>bb>> XScale: 1GHz in your palm - ZDNet UK News

Allowing the chip to scale voltage and clock speed is a dynamic voltage management technology, developed by <bb>>Intelb>bb>>, that allows the same processor core to run at different voltages and, therefore, scale through clock speeds and increase or decrease power consumption.
<bb>>Intelb>bb>> demonstrated the first silicon from a chip based on XScale, manufactured on <bb>>Intelb>bb>>'s 0.18-micron process.
XScale architecture will be used to create chips for a wide range of devices, such as handhelds and networking and communications infrastructure products, based on <bb>>Intelb>bb>> Exchange Architecture, Smith said.

http://news.zdnet.co.uk/hardware/0,39020351,2080995,00.htm (714 words)



Unit One A Brief History of Microprocessors Microcontrollers

In due course the <bb>>Intelb>bb>> 8080 core processor was used for a range of microcontrollers (8048 and 8051 to name but two).
<bb>>Intelb>bb>> have gone on to develop a range of other microcontrollers that are more complex than the basic original devices (see http://developer.<bb>>intelb>bb>>.com for more details).
In the case of the <bb>>Intelb>bb>> range of microprocessors, the 8080 evolved into the 8085 (also 8 bit like the 8080), then the third generation 16 bit 8086 microprocessor which, in its 8088 pseudo 16 bit form, was used in the first IBM PCs.

http://www.ami.ac.uk/courses/ami4655_micros/u01/micro01hist.asp (851 words)



The <bb>>Intelb>bb>> 4004 Home

This semiconductor technology was copied by <bb>>Intelb>bb>> and made into its core manufacturing technology, enabling the early realization of high-performance memories and the microprocessor.
After having led from the beginning all of <bb>>Intelb>bb>>'s microprocessor development activity, at the time of his leaving Faggin was heading all of the MOS chip design activity, with the exception of dynamic memories.
He demostrated that the 4004 could be used for applications other than calculators and vigorously campaigned inside <bb>>Intelb>bb>> to make the 4004 available to the general market.

http://www.intel4004.com (644 words)

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Topic: <b>Intel</b> <b>Core<

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