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 | | The Intel 80387 math co-processor was integrated into the next CPU in the series, the Intel 80486. | | | Intel also has a license for AMD's x86-64 technology, according to their cross-license agreements (Intel and AMD can use each other's technologies freely), [1], [1], [1]. | | | x86 or Intel 80x86 is the generic name of an architecture of microprocessors first developed and manufactured by Intel. |
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http://www.askmytutor.co.uk/x/x8/x86.html
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| | d001cpu PC Processors |
| | IBM chose the Intel 8088 instead of the 8086 because it was cheaper to build an 8 bit computer. | | | Intel has a personal and small business computer market today because IBM chose the Intel chip for its processor in the IBM-PC. | | | Intel has developed the JX chipset to be used with the Pentium III allowing its system bus to run at 133 MHz. |
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http://www.extonpccouncil.org/Resources/EPCC_Tech_Talk/d001cpu.htm
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| | Intel 80186/80C186 microprocessor architecture |
| | All general registers of the 80186 microprocessor can be used for arithmetic and logic operations. | | | Interrupt is processed in the same way as the INTR interrupt. | | | Integrated 80186 peripherals generate the following hardware interrupts (higher priority interrupts are listed first): |
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http://www.cpu-world.com/Arch/80186.html
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| | Welcome to Northwest Technical |
| | The ISBC 546 uses an Intel 80186 microprocessor, operating at 8 MHz as its CPU. | | | The on-board 80186 gains the attention of the MULTIBUS host by generating an interrupt over the MULTIBUS interface to the host. | | | A flag byte mechanism allows the MULTIBUS host to interrupt the board, to reverse the board, or to reset an interrupt to the MULTIBUS host generated by the board. |
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http://www.northwesttechnical.com/multibus/sbc546.htm
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| | Embedded Intel Architecture - Intel® 186 processors |
| | Intel's EV80C186EC, EV80C186EB, and the EV80C186EA/XL evaluation board products are available to assist you in software development and debug. | | | A broad portfolio of tools are available through Intel and multiple Intel tool vendors. | | | Intel 186 Enhanced Processor Family | 80C186EA/80C188EA | 80C186EB/80C188EB | 80C186EC/80C188EC | Development Tool Support | Evaluation Boards | Wafer Program |
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http://www.intel.com/design/intarch/prodbref/272222.htm
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| | Listing of Tools |
| | These development tools provide you with an interface between your Intel device and your logic analyzer, oscilloscope, or emulator, supporting you at every stage of the design process. | | | Emulation Tools: Adapt-A-Pod* emulator adapters solder on in place of the Intel MPU and Adapt-A-Clip* emulator adapters attach to the sides of a soldered-on Intel MPU and provide your emulator or other test equipment with alternate female footprints. | | | These adapters fit between your Intel MPU and its socket or surface-mount pads, and accept test leads from logic analyzers and oscilloscopes. |
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http://appzone.intel.com/toolcatalog/listtools.asp?pid=2928&cid=612&pfamily=
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| | Intel warns that this instruction may be implemented differently on future processors. | | | Clocks Size Operands 808x 286 386 486 Bytes none - - - 12 2 - timing is for TLB entry hit only. | | | Clocks Size Operands 808x 286 386 486 Bytes none - - - 4 2 INVLPG - Invalidate Translation Look-Aside Buffer Entry (486+) Usage: INVLPG Modifies flags: none Invalidates a single page table entry in the Translation Look-Aside Buffer. |
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http://www.qzx.com/pc-gpe/intel.doc
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| | Intel 80188 |
| | controllers was enhanced by Intel's introduction of its 80188 and 80186 [mu]P chips... | | | Also, you can assume that Intel will continue expanding the capabilities of its 8086 family. | | | And for almost half a year, Intel could say nothing about it. |
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http://www.encyclopedie.cc/Intel_80188
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| | The Classic 86 is software-compatible with the original Intel x86 instruction set, while the V186 adds the Intel 80C186 and AMD Am186EM and Am186ES peripherals. | | | Dozens of designs for computer technology, factory automation, graphics projection and medical instrumentation continue to prove the value of this time-honored architecture for a wide range of embedded applications. | | | ARC's Turbo186 and Turbo86 microprocessor cores answer the call for 100% 80186 and 8086 software compatibility while breaking the 1 Mbyte address barrier. |
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http://www.arc.com/configurablecores/legacy/x86.html?print=TRUE&id=
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| | 80186 Manuals |
| | Interfacing the 82C59A to Intel 186 Family Processors | | | Intel Architecture Software Developer's Manual, Volume 3: System Programming Guide | | | Intel Architecture Software Developer's Manual, Volume 2: Instruction Set Reference Manual |
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http://x86.ddj.com/intel.doc/186manuals.htm
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| | DDC-I Ada Compiler Systems for Intel 80x86 Architecture |
| | DDC-I Ada Compiler Systems for Intel 80x86 Architecture | | | Continuously validated since 1984, DACS are mature development systems, field proven by hundreds of applications. | | | The DDC-I Ada Cross Compiler System, DACS, has been designed to fully utilize the features of each processor, with special emphasis on the needs of true real-time embedded systems. |
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http://www.ddci.com/products_80x86.shtml
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