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Contextual Info: Procedure Calls, Interrupts, and Exceptions 28 This chapter describes the facilities in the Intel Architecture for executing calls to procedures or subroutines. It also describes how interrupts and exceptions are handled from the perspective of an application programmer.

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Contextual Info: INTEL CORP in t@ UP/PRPHLS 31E D • 4fi5fql7S OCHlSTfc, 3 ■ T 7 - - V 9 - / 7- 80186 HIGH INTEGRATION 16-BIT MICROPROCESSOR ■ Integrated Feature Set — Enhanced 8086-2 CPU — Clock Generator — 2 Independent DMA Channels — Programmable Interrupt Controller

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Contextual Info: Procedure Calls, Interrupts, and Exceptions 28 This chapter describes the facilities in the Intel Architecture for executing calls to procedures or subroutines. It also describes how interrupts and exceptions are handled from the perspective of an application programmer.

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Contextual Info: INTEL CORP UP/PRPHLS m 44E D 402bl7S D'lDSB?*! 7 B I T L 1 T 'Y ? '/ 7 '0 7 80188 HIGH INTEGRATION 8-BIT MICROPROCESSOR Integrated Feature Set — Enhanced 8086-2 CPU — Clock Generator — 2 Independent DMA Channels — Programmable Interrupt Controller'

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Contextual Info: INTEL CORP U P/ PR PH LS 44E D Bl 4fl2bl75 G104êG3 4 Q I T L 1 in1U. 80186 HIGH INTEGRATION 16-BIT MICROPROCESSOR • Integrated Feature Set — Enhanced 8086-2 CPU — Clock Generator — 2 Independent DMA Channels — Programmable Interrupt Controller

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Contextual Info: Basic Execution Environment 27 This chapter describes the basic execution environment of an Intel Architecture processor as seen by assembly-language programmers. It describes how the processor executes instructions and how it stores and manipulates data. The parts of the execution environment described here include

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Contextual Info: Basic Execution Environment 27 This chapter describes the basic execution environment of an Intel Architecture processor as seen by assembly-language programmers. It describes how the processor executes instructions and how it stores and manipulates data. The parts of the execution environment described here include

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Contextual Info: Floating-Point Unit 31 The Intel Architecture Floating-Point Unit FPU provides high-performance floating-point processing capabilities. It supports the real, integer, and BCD-integer data types and the floatingpoint processing algorithms and exception handling architecture defined in the IEEE 754 and 854

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Contextual Info: Intel Architecture Software Developer’s Manual Volume 1: Basic Architecture NOTE: The Intel Architecture Software Developer’s Manual consists of three books: Basic Architecture, Order Number 243190; Instruction Set Reference Manual, Order Number 243191; and the System Programming

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Contextual Info: Intel Architecture Software Developer’s Manual Volume 1: Basic Architecture NOTE: The Intel Architecture Software Developer’s Manual consists of three volumes: Basic Architecture, Order Number 243190; Instruction Set Reference, Order Number 243191; and the System Programming Guide,

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Contextual Info: Intel Architecture Software Developer’s Manual Volume 1: Basic Architecture NOTE: The Intel Architecture Software Developer’s Manual consists of three volumes: Basic Architecture, Order Number 243190; Instruction Set Reference, Order Number 243191; and the System Programming Guide,

Contextual Info: in te l CHAPTER 7 FLOATING-POINT UNIT The Intel Architecture Floating-Point Unit FPU provides high-performance floating-point processing capabilities. It supports the real, integer, and BCD-integer data types and the floating­ point processing algorithms and exception handling architecture defined in the IEEE 754 and

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Contextual Info: IA-32 Intel Architecture Software Developer’s Manual Volume 1: Basic Architecture NOTE: The IA-32 Intel Architecture Software Developer’s Manual consists of three volumes: Basic Architecture, Order Number 245470; Instruction Set Reference, Order Number 245471; and the System

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Contextual Info: Application Note 010 Programming Interrupts for Data Acquisition on 80x86-Based Computers T. Hayles and D. Potter Introduction This application note explains how to use interrupt programming on computers based on the 80x86 family of microprocessors. This family includes the 8086, 8088, 80286, 80386, and 80486

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Contextual Info: R 54 R 54.1 RCL/RCR/ROL/ROR-—Rotate Opcode Instruction Description D0 /2 RCL r/m8,1 Rotate 9 bits CF,r/m8 left once D2 /2 RCL r/m8,CL Rotate 9 bits (CF,r/m8) left CL times C0 /2 ib RCL r/m8,imm8 Rotate 9 bits (CF,r/m8) left imm8 times D1 /2 RCL r/m16,1

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Contextual Info: Pentium Pro Family Developer’s Manual Volume 2: Programmer’s Reference Manual NOTE: The Pentium Pro Family Developer’s Manual consists of three books: Pentium Pro Family Developer’s Manual, Volume 1: Specifications Order Number 242690 ; Pentium Pro Family Developer’s Manual,

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Contextual Info: 80186 The register-based 80186 architecture is built on the 8086 core. The 80186 supports approximately 120 instructions and 14 16-bit registers, organized into four general-purpose, four pointer, four segment, and two special registers. The CPU addresses each general-purpose register as a 16-bit register or

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Contextual Info: INTEL CORP UP/PRPHLS L7E D • HÖ2bl75 0121^37 SIT in te l lntel287TM XL/XLT MATH COPROCESSOR ■ Interfaces with 80286 and 80C286 CPUs ■ O perates in Any Socket Designed for Intel 80287 or ln te l28 7T M XL MCP up to 12.5 MHz Clock Speeds ■ Implements A N S I/IE E E Standard

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Contextual Info: intj, 8086 16-BIT HMOS MICROPROCESSOR 8086/8086-2/8086-1 • Range 5 MHz 8 MHz 10 MHz o f C lo ck Rates: fo r 8086, fo r 8086-2, fo r 8086-1 ■ Direct A d d ressin g Capability 1 MByte o f M em ory ■ A rchitecture Designed fo r Powerful A sse m b ly Language and Efficient High

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Contextual Info: As most mainframe manufacturers have demonstrated, the logical solution to I/O control problems is to deploy intelligent I/O subsystems. Intel's 8089 brings this capability to microcomputer systems. Special Feature The Intel 8089: An Integrated 1/0 Processor

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Contextual Info: INTEL CORP UP/PRPHLS intel J> 50E 4ÖStil7S 007434=1 T 80287 MATH COPROCESSOR High Performance 80-Bit Internal Architecture Protected Mode Operation Completely Conforms to the 80286 Memory Management and Protection Mechanisms Implements Proposed IEEE Floating

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Contextual Info: Intel Core 2 Duo and Intel® Core™2 Solo Processor for Intel® Centrino® Duo Processor Technology Intel® Celeron® Processor 500 Series Specification Update Including Intel® Core™2 Duo Extreme Edition Processors March 2010 Revision 024 Doc. # 314079-024