Intel Vintage

Intel's Manual

Intel 4004
MCS4 Data Sheet Nov 1971
SIM4-02 Hardware Simulator Dec. 1972 
MCS-4 Assembly Language Programming Manual Dec 1973
MCS-4 UsersManual Feb 1973
SIM4-03 Brochure Apr. 1973 
MCS4 Kit A Brochure Aug. 1974 
Intel Intellec 4 and Micro Computer Modules Jan. 1974 
Intel 3000
Series 3000 Microprogramming Manual Feb. 1976
Series 3000 Reference Manual Feb. 1976
Intel 8008
8008 Users Manual Rev 2 Nov 1972
8008 Users Manual Rev 4 Nov 1973
MCS-8 PLM Programming Guide 1973
Intellec8 Reference Manual Jun 1974
Intel 4040
MCS 40 Microcomputer Set Advance Specifications Sep. 1974
MCS-40 Users Manual Nov. 1974 
Intel 8080
Intel SDK-80 Brochure
Intel 8080 Microcomputer Systems Users Manual 1975
MCS-80 Users Manual Oct 1977
8080 8085 Assembly Language Programming Manual May 1981
MCS80 85 Users Manual Jan 1983
Intel 2920
Intel SDK-2920 System Design Kit Users Guide
2920 Assembly Language Manual Aug 1979
2920 Signal Processing Applications Software Complier User's Guide 1980
2920 Simulator User's Guide 1980
2920 Analog Signal Processor Design Handbook 1980
2920 Signal Processing Applications Compiler Users Guide Feb 1980
Intel 8048
PROMPT 48 Microcomputer User's Guide May 1978
PROMPT 48 Schematic
MCS-48 and UPI-41 Assembly Language Reference Manual Dec1978
MCS-48 Family Users Manual Jul. 1978
MCS-48 Users Manual 1980 
UPI 41A Users Manual 1980
Intel 8051
Intel SDK-51 Assembly Manual
Intel SDK-51 Monitor Listing
Intel SDK-51 Schematic
8051 Microcomputer Preliminary Architectural Specification May 1980
MCS-51 Users Manual Jan 1981
MCS-51 Macro Assembler Users Guide Sep 1981
ICE-51/ICE-44 In-Circuit Emulator Command Dictionary 1983
MCS-51 Utilities Users Guide For 8080 8085-Based Development Systems 1983
PLM-51 Users Guide 1983
MCS-51 Users Manual Feb 1994
Intel 8085
SDK-85 Users Manual Ju 1977
8080 8085 Assembly Language Programming Manual Nov 1978
8080/8085 Floating-Point Arithmetic Library Users Manual 1978
SDK-85 Users Man Feb 1980
Intel 8086
SDK-86 Assembly Manual Nov. 1978 
MCS-86 Assembly Language Reference Guide Oct. 1978 
The 8086 Family Users Manual Oct. 1979 
SDK-86 Users Man Apr. 1979 
SDK-86 Monitor Listings Sep. 1980 
iAPX88 Book 1981 
8086 Relocatable Object Module Formats 1981 
iAPX88 Book 1983 
iAPX 86, 88, 186 Microprocessors Part II Jul. 1984 
iAPX 86, 88, 186 Microprocessors Part I Ver 2.0 Jun. 1984 
iAPX 86 88 186 188 Users Manual 1985 
Intel 80186
iAPX 186 286 Benchmark Report Oct.1982
iAPX86 88 186 188 Programmers Reference 1983
Intel 80286
Introduction to the iAPX 286 1982
iAPX 286 Operating Systems Writers Guide 1983
iAPX 286 Programmers Reference 1983
iAPX 286 Programmers Reference 1985
80286 and 80287 Programmers Reference Manual 1987
Hardware Reference Manual 1987
Intel 80386
80386 Programmers Reference Manual 1986 
Introduction to the 80386 Apr. 1986 
80386 Hardware Reference Manual 1986 
80386 System Software Writers Guide 1987 
80387 Programmers Reference Manual 1987 
82385 32-Bit Cache Controller Advance Information Jul. 1987 
386SX Advance Information May 1988 
386DX Microprocessor Programmers Reference Manual 1990 
Intel386 DX Miroprocessor Hardware Reference Manual 1991 
386SL Technical Overview 1991 
386SL Data Book Jul. 1992 
Intel 80486
i486 Microprocessor Nov. 1989 
i486 Microprocessor Data Sheet Apr. 1989 
i486 Processor Programmers Reference Manual 1990
Intel486 DX2 Microprocessor Data Book Jul. 1992
Intel486 Microprocessors and Related Products Jan. 1995 
Intel iAPX 432
System 432 670 Logic Manual Schematics 
Intel iAPX 432 Interconnect Architecture Reference Manual 
System 432 600 Hardware Reference Manual Volume 2 
Technical Review of iAPX 432 Component Users Guide Nov. 1980 
Reference Manual for the Intel 432 Extensions to Ada Dec. 1981 
Getting Started on the Intellec 432 100 1981 
iSBC432-100 Processor Board Hardware Reference Manual Feb. 1981 
Introduction to the iAPX 432 Architecture Aug. 1981 
Intel Object Programming Language Users Guide Aug. 1981 
iAPX 432 Object Primer 1981 
iAPX 432 Interface Processor Architecture Reference Jul. 1981 
Intel432 System Summary Managers Perspective Aug. 1981 
iAPX 43203 VLSI Interface Processor Feb. 1981 
Intel 432 CDS Workstation Users Guide Dec. 1981 
System 432 600 System Reference Manual Dec. 1981 
iAPX 43201 iAPX 43202 VLSI General Data Processor Feb. 1981 
iAPX 432 Interface Processor Architecture Reference Manual Aug. 1982 
iMAX 432 Reference Manual May 1982 
iAPX 43204 43205 Fault Tolerant Bus Interface and Memory Control Units Preliminary Mar. 1983 
Organick A Programmers View of the Intel 432 System 1983 
iAPX 432 General Data Processor Architecture Reference Manual Feb. 1984 
Intel i860
i860 64-Bit Microprocessor Programmers Reference Feb 1989
i860 64-Bit Microprocessor Programmers Reference Dec 1989
i860 64-Bit Microprocessor Hardware Reference Dec 1989
i860 64 Bit Microprocessor Feb 1989
i860 Hardware Design Guide Feb 1989
i860 Processor Performance Mar 1989
i860XP Microprocessor Data Book May 1991
i860 64-Bit Microprocessor Programmers Reference May 1991
Intel i960
80960JA Data Sheet Mar 1998
80960KB Hardware Designers Reference Manual Mar 1988
80960KB Programmers Reference Manual Mar 1988
80960MC Hardware Designers Reference Manual Jul 1989
80960MC Programmers Reference Manual Jul 1988
80960XA Advance Information Oct 1990
M82916 Pi Bus Interface Unit Preliminary Sep 1990
80960MC Advance Information Jan 1991
i960 Processors and Related Products Jan 1995
Intel Pentium
Intel Pentium Processor Users Manual Volume 1 1993
Intel Pentium Processor Users Manual Volume 2 1993
Intel Pentium Processor Users Manual Volume 3 1993
Pentium Processor Family Developers Manual Volume 1 Jul. 1995 
Pentium Processor Family Developers Manual Volume 2 Jul. 1995 
Pentium Processor Family Developers Manual Volume 3 Jul. 1995 
Pentium Processor Specification Update Mar. 1995 
Intel Catalog
OEM Prod Catalog 1983
Intel Literature Guide Q1-1989
Intel Customer Literature Guide Jul 1992
Intel Customer Literature Guide Jul 1992
OEM Boards 1995
Intel DataBooks
MemoryDesignHandbook Aug. 1973 
Intel Data Catalog 1975
Intel Data Catalog 1976 
C-160 memDesignHb May 1977 
Intel Component Data Catalog 1978 
Intel Component Data Catalog 1979 
iSBC Applications Manual 1979
Intel Component Data Catalog 1981 
Systems Data Catalog 1981 
iAPX 86 88 Users Manual 1981
E2Prom Family Applications Handbook Book 2 1981 
Intel Component Data Catalog 1982 
Introduction to the iAPX 286 1982
Systems Data Catalog 1982
Intel Microprocessors and Peripherals Handbook 1983
Memory Component Handbook 1983
iAPX 286 Hardware Reference 1983
iAPX 286 Operating System Writers Guide 1983
GDC Application Manual Jul. 1983 
Intel Memory Components Handbook 1984
Intel Microsystem Components Handbook Volume 1 1984
Intel Microsystem Components Handbook Volume 2 1984
Microcontroller Handbook 1984
Intel Software Handbook 1984 
Development Systems Handbook 1985
Intel Microcontroller Handbook 1985
Intel Microsystem Components Handbook Volume 1 1985
Intel Microsystem Components Handbook Volume 2 1985
Intel Software Handbook 1985
OEM Systems Handbook 1985
iAPX 286 Programmers Reference Manual 1985
80386 Hardware Reference Manual 1986
Microcommunications Handbook 1986
Microsystem Components Handbook Peripherals Volume 2 1986
80386 Hardware Reference Manual 1987
Development Tools Handbook 1987
Intel Microprocessor and Peripheral Handbook Volume 2 1987
82786 Graphics Coprocessor Users Manual 1988
Embedded Controller Handbook 16-Bit Volume 2 1988
Intel Microcomputer Programmable Logic Handbook 1988
Intel Microprocessors and Peripheral Handbook Volume 1 1988
Introduction to Intel Cell-Based Design 1988 
OEM Boards and Systems Handbook 1988
8-Bit Embedded Controller Handbook 1989
32-Bit Embedded Controller Handbook 1989
386SX Processor Programmers Reference 1989
231658 Intel Microcommunications Handbook 1989
Intel Microcomputer Programmable Logic Handbook 1989
Intel Microprocessor and Peripheral Handbook Vol 1 1989
Microcomputer Programmable Logic Handbook 1989
Microprocessor and Peripheral Handbook Volume 2 1989
OEM Boards and Systems Hanbook 1989
80C186EB 80C188EB Users Manual 1990
80186 80188 80C186 80C188 Hardware Reference Manual 1990
Intel 386 Model 302 Board Technical Reference Jan. 1990 
i486 Microprocessor Hardware Reference Manual 1990
80C186EA 80C188EA Users Manual 1991
Intel 8-Bit Embedded Controller Handbook 1991
Intel 16-Bit Embedded Controller Handbook 1991
Microcommunications 1991
80C186 188 80C186XL 188XL Users Manual 1992
Intel 486 Programmers Reference Manual 1992
Intel Multimedia and Supercomputing Processors Jan. 1992 
Intel Peripheral Components 1994 
Intel Embedded Microcontrollers and Processors Volume 1 1993
Intel Memory Products 1993
Flash Memory Vol 2 1994 
Intel Flash Memory Update 1995
Intel Flash Memory Volume 1 1995
Intel Flash Memory Volume 2 1995
Networking 1996

Intel's Application Note

Intel AP-1 Building Memory Systems with Semiconductor Components. March 1971
Intel AP-2 1103 Handbook, November 1971 (2nd Printing)

Intel AP-3X Application Of The Intel 2104A 4K RAM
Intel AP-4 Designing Memory Systems with the Intel 2107A 4K RAM

Intel AP-5 Designing High Speed, Low Cost Memory Systems with the Intel 2105

Intel AP-6 Designing With Intel PROMs & ROMs

Intel AP-7 Disk Controller Design Users New Bipolar Microcomputer LSI Components

Intel AP-8 Designing with Intel's Static MOS RAMs  

Intel AP-9X Design And Applications Of The Intel 2416 16K Charge Coupled Device
Intel AP-10 Memory System Design with the Intel 2107B 4K RAM

Intel AP-11 Which Way For 4K 16, 18, 22 Pin?
Intel AP-12 Designing Non-Volatile Memory System With Intel's 5101 RAM

Intel AP-13X The Biggest Erasable PROM Yet Puts 16,384 Bits On A Chip 

Intel AP-15 8255 Programmable Peripheral Interface

Intel AP-16 Using the 8251 Universal Synchronous/Asynchronous Receiver/Transmitter

Intel AP-17 2708 8K Erasable PROM Application Note
Intel AP-18X Enter the 16,384-bit RAM

Intel AP-19 Memory Mapped PROM
Intel AP-20X Using Charge Coupled Devices Can Reduce Bulk Memory Costs

Intel AP-21X Non-Volatile Memory Using the INTEL® MCS-40™ with the 5101 RAM

Intel AP-22 Which Way For 16K
Intel AP-23 2104A 4K RAM
Intel AP-24 2116 16K RAM  (From Memory Handbook 1978)

Intel AP-24 Application Techniques for The MCS-48 Family

Intel AP-25X 3000 Family System Timing

Intel AP-26 iSBC 80/10A-SYSTEM 80/10 Single Board Computer Applications

Intel AP-27 Printer Control With The UPI-41

Intel AP-28 Intel Multibus Interfacing 1977

Intel AP-28A Intel Multibus Interfacing 1979
Intel AP-29 Using the Intel 8085 Serial I/O Lines

Intel AP-30 Application of Intels 5V EPROM and ROM Family 1979

Intel AP-31 Using The 8259

Intel AP-32 CRT Terminal Design Using The Intel 8275 and 8279

Intel AP-33 RMX/80 Real-Time Multitasking Executive

Intel AP-34X Disk Controller Designed With Series 3000 Computing Elements

Intel AP-35 Crystals Specifications

Intel AP-36 Using the 8273 SDLC/HDLC Protocol Controller

Intel AP-37X Central Processor Designs Using The Intel® Series 3000 Computing Elements

Intel AP-38 Application Techniques For The Intel 8085A Bus

Intel AP-39 UPI-41 As Universal I/O Interface

Intel AP-40 Keyboard/Display Scanning With Intel's MCS-48 Microcomputers

Intel AP-41 Introduction To The UPI-41A

Intel AP-42 Writing Diagnostics For The uScope

Intel AP-43 Using The iSBC 957 Exectution Vehicle For Executing 8086 Program Code

Intel AP-44 How To Use FORTRAN With Other Intel Languages

Intel AP-45 Using the 8202 Dynamic RAM Controller

Intel AP-46 Error Detecting and Correcting Codes Part 1

Intel AP-47 Using FORTRAN-80 for iSBC Applications

Intel AP-48 Direct Memory Access w/8257 DMA Controller
Intel AP-49 Serial I/O And Math Utilities For The 8049 Microcomputer

Intel AP-50 Debugging Strategies And Considerations For 8089 Systems

Intel AP-51 Designing 8086, 8088, 8089 Multiprocessing System With The 8289 Bus Arbiter
Intel AP-52 Using Intel's Industrial Control Series in Control

Intel AP-53 Using the iSBC-544 Intelligent Communications Controller

Intel AP-54 Dot Matrix Printer Controller Using The 8295

Intel AP-55A A High-Speed Emulator For Intel MCS-48 Microcomputer

Intel AP-56 Designing With Intel's 8022 Microcomputer

Intel AP-59 Using the 8259A Programmable Interrupt Controller

Intel AP-60 Closed Loop Control Using The iSBC-569/941 Intelligent DigitalProcessors

Intel AP-61 Multitasking For The 8086

Intel AP-62 Low Cost CRT Terminal Using The 8275

Intel AP-63 Control And Interleaving BXP Standard Memory Bus

Intel AP-64 Data Conversion,Switching And Transmission Using The Intel 2910A/2911A Codec And 2912 PCM Filter

Intel AP-66 Using the 8292 GPIB Controller

Intel AP-67 8086 System Design

Intel AP-69 An Introduction To The Intel MCS-51 Single-Chip Microcomputer Family

Intel AP-70 Using the Intel MCS-51 Boolean Processing Capabilities

Intel AP-72 Application Of Intel's 5V EPROM Family For Microprocessor Systems

Intel AP-73 ECC #2 Memory Systems Reliability With ECC

Intel AP-74 High Speed Memory Design Using 2147H

Intel AP-75 Application Of The Intel 2218 16K RAM

Intel AP-76 SDK Conversion Modules for 8086 & 8088

Intel AP-78 Design With EPROM For Future Flexibility

Intel AP-79 CRT Screen Refresh With EPROMs

Intel AP-80 ISIS-II System Calls Jan 1980

Intel AP-81 Intel Intellec Communications

Intel AP-86 Using the iRMX 86 Operating System

Intel AP-87 8086 System Designs

Intel AP-88 Multiorocessing Extensions For The RMX_80 Real-Time Executive 

Intel AP-89 Prototyping Wihe The 8089 I/O Processor

Intel AP-90 An 8741A/8041A Digital Cassette Controller

Intel AP-91 Using The 8049 As An 80 Column Printer Controller 1979

Intel AP-92 Implementation of a Scanning Spectrum Analyst Using the 2920 Signal Processor

Intel AP-93 The Need For Speed-The Future Is Now

Intel AP-94 I don't Know The Title Of This Intel's AP

Intel AP-96 Designing iSBX MULTIMODULE Boards

Intel AP-97A Interfacing Dynamic RAM to iAPX 86/88 Using the 8202A and 8203.

Intel AP-100 Reliability Aspects of a Floating Gate E2PROM

Intel AP-101 The 2816 Electrical Description

Intel AP-102 2816 Microprocessor Interface Consideration

Intel AP-103 Programming EEPROM With a Single 5-Volt Power Supply

Intel AP-104 Extending E2 Endurance-Software Technigues

Intel AP-105 Microprocessor Interface-Competitive Comparisons

Intel AP-106 2816 Byte Erase-Architecture Implications

Intel AP-106 Multiprogramming with iAPX 86,88 Microsystems

Intel AP-107 Hardware And Software Download Technigues With 2816

Intel AP-109 Using Intel Single Board Computers For Serial Distributed Processing Links

Intel AP-110 Using the iRMX 86 Operating System On iAPX 86 Component Designs

Intel AP-111 A General Purpose 2920 Signal Processor

Intel AP-113 Getting Started With The Numeric Data Processor

Intel AP-114 Using the iSBC 88/40 Measurement and Control Computer in PID Applications

Intel AP-116 An Intelligent Data Base System Using the 8272

Intel AP-117 2920 Signal Processor in Modem Applications

Intel AP-118 Raster Graphics Techniques for MULTIBUS Users

Intel AP-119 Microprocessor Interface For The BPK-72

Intel AP-121 Software Design and Implementation of Floppy Disk Systems

Intel AP-122 Hard Disk Controller Design Using the 8089

Intel AP-123 Graphic CRT Design Using the Intel 8089

Intel AP-124 Digital Servos in Motor Control Using the 2920/2921

Intel AP-125 Designing Microcontroller Systems for Electrically Noisy Environments

Intel AP-127 Powerfail Considerations for Magnetic Bubble Memories

Intel AP-130 Using Operating System Firmware Components to Simplify Hardware and Software Design

Intel AP-131 Intel 2164A 64K Dynamic RAM Device Description

Intel AP-132 Designing Memory Systems with the 8K x 8 iRAM (2186/87)

Intel AP-133 Designing Memory Systems for Microprocessors Using 2164A and 2118

Intel AP-134 Asynchronous Communication with the 8274 Multiple Protocol Serial Controller

Intel AP-135 8298 Integrated E2 Contoller

Intel AP-136 A Mulibus-Compatible 2816 EEPROM Memory Board

Intel AP-137 8298 Functional Specification And Firmware Description

Intel AP-138 A 2716 To 2816 Programming Socket Adapter

Intel AP-141 8203/8206/2164A Memory Design

Intel AP-142 Designing Second Generation Digital Telephony Systems Using the Intel 2913/2914 CODEC/Filter COMBOCHIP

Intel AP-143 Using the iAPX 82/20 Numeric Data Processor in a Small Business Computer

Intel AP-144 Three Dimension Graphics Application of the iAPX 86/20

Intel AP-145 Synchronous Communication with the 8274 Multiple Protocol Serial Controller

Intel AP-146 Streamline Your Testing and Debugging Procedures with ICE-86A MACRO and External Sync Lines

Intel AP-148 Using The 2817 Intelligent E2PROM

Intel AP-149 Using the iSBC 550 Ethernet Communications Controller

Intel AP-150 8085 To BPK-72 Interface

Intel AP-151 The Inteligent Programming Algorithm Fast Programming for Intel EPROMs

Intel AP-152 Using Intel's 27916 KEPROM Keyed Access EPROM

Intel AP-153 Designing with the 8256

Intel AP-154 Programming The 27256 EPROM

Intel AP-155 Oscillators for Microcontrollers

Intel AP-156 Designing Modules For iPDS And iUP Systems

Intel AP-157 Software Design and Implementation Details for Bubble Memory Systems

Intel AP-158 Designing with the System Friendly 2817A 5V-Only E2PROM

Intel AP-161 Complex Peripheral Control with the UPI-42

Intel AP-162 PMT Tutorial

Intel AP-163 iDBP Service Port Protocol

Intel AP-164 Using CMOS Minimizes Bubble Memory Power Consumption

Intel AP-165 Data Protection for E2PROMs and NVRAMs

Intel AP-166 Using the 8291A GPIB Talker/Listener

Intel AP-167 Interfacing the 8207 Advanced Dynamic RAM Controller to the iAPX 186

Intel AP-168 Interfacing the 8207 Advanced Dynamic RAM Controller to the iAPX 286

Intel AP-171 Low Power with CHMOS DRAMs
Intel AP-172 CHMOS DRAMs In Graphics Applications

Intel AP-173 Designing the 2004 Non-Volatile RAM Into Your System

Intel AP-174 Optimizing The iRMX 86 Operating System Performance On System 86/310 And System 86/330

Intel AP-176 2001 Non-Volatile RAM Protects Critical System Data at Low Cost

Intel AP-179 Intel PROM Programming with the Intel Personal Development System (iPDS TM)

Intel AP-180 Graphics Applications of The iSBX 275 Graphics Controller

Intel AP-182 Multimode Winchester Controller Using the 82062

Intel AP-183 8256AH Multifunction Peripheral Simplifies Microcomputer I/O Design

Intel AP-184 Writing Device Drivers For XEIX 86 And 286 -Task Or Trivia?

Intel AP-186 Introduction to the 80186

Intel AP-187 Megabits To Megabits Bubble Memory System Design And Board Layout

Intel AP-221 An Introduction To Task Management In The iRMX 86 Operating System

Intel AP-222 Asynchronous SDLC Communication with 82530

Intel AP-223 Based CRT Terminal Controller

Intel AP-224 BITBUS Interconnect: From Flight Simulation To Process Control

Intel AP-225 Line Balancing Application Brief

Intel AP-227 82716/VSDD Video Storage and Display Device Architectural Specification and Functional Description

Intel AP-230 Assembly Considerations and Test Procedures for Bubble Memories

Intel AP-235 An 82586 Data Link Driver

Intel AP-236 Implementing StarLAN With The Intel 82588 Controller

Intel AP-238 Memory Design for the Low Power Microsystem Environment

Intel AP-239 Customer Applications Of The EMV-88 Emulations Vehicale

Intel AP-240 Using Archive To Efficiently Control A Network

Intel AP-242 Additional Printer Support For The NDS-II System

Intel AP-243 Debugging With Intel On The VAX

Intel AP-244 Distributed Job Control The Key To Increased Network Productivity

Intel AP-245 Using Command Files To Speed Program Development

Intel AP-246 Setting Up An Efficient Hierarchical File System

Intel AP-247 Adding Capability To The NDS-II System With Cluster Boardse

Intel AP-248 Using The 8096

Intel AP-249 80C86/80C88 System Design

Intel AP-252 Designing With The 80C51BH

Intel AP-253 Adding Value To Intel NDS-II Development System Network With CP/M-80

Intel AP-254 Designing the 2004 NVRAM Into Your Microcontroller System Enhances Performance and Flexibility

Intel AP-255 Military CHMOS: Designing With The M80C51BH

Intel AP-258 High Speed Numeric With The 80186/80188 & 8087

Intel AP-259 The 82786 CHMOS Graphics Coprocessor

Intel AP-260 Designing with the 2864A E2PROM

Intel AP-262 Using Procedures To Speed I2iCE System Debugging

Intel AP-268 A Low Cost and High Integration Graphics Systems Using 82716

Intel AP-270 82786 Hardware Configuration Guide

Intel AP-271 Applying the 5C121 Architecture

Intel AP-272 The 5C060 Unification of a CHMOS System

Intel AP-273 Developing MCS-96 Applications Using The SBE-96

Intel AP-274 Implementing Ethernet/ Cheapernet with the Intel 82586

Intel AP-275 An FFT Algorithm For MCS-96 Products Including Supporting Routines and Examples

Intel AP-276 Implementing a CMOS Bus Arbiter/Controller in the 5C060 EPLD

Intel AP-277 The Quick Pulse Programming

Intel AP-278 Integrating The PC AT Into The Intel Development Environment

Intel AP-279 Implementing An ELPD Design Using Intel's Programmable Logic Development System

Intel AP-280 Work Station Design with the 82258 Advanced Direct Memory Access Coprocessor (ADMA)

Intel AP-281 UPI-452 Accelerates iAPX 286 Bus Performance

Intel AP-282 29C53 Transceiver Line Interfacing

Intel AP-283 Flexibility in Frame Size with the 8044

Intel AP-284 Using Page-addressed EPROMS

Intel AP-285 8207 User's Manual

Intel AP-286 80186/188 Interface to Intel Microcontrollers

Intel AP-289 Designing with the 82072 CHMOS Single-Chip Floppy

Intel AP-302 Microcommunications Overview

Intel AP-304 Simulation of EPLD Timing

Intel AP-305 Dual Port Memory Control Using the 5CBIC

Intel AP-307 EPLDs, PLAs, and TTL-Comparing the “Hidden Costs” in Production

Intel AP-308 The Multiplexed Bus Interface with the 5CBIC

Intel AP-309 DRAM Address Interface with the 5CBIC

Intel AP-310 High Performance Driver For 82510

Intel AP-311 Using Macros in EPLD Designs

Intel AP-312 Creating Macros for EPLD Designs

Intel AP-314 The 27F64 Flash Memory Your Solution for On Board Programming

Intel AP-315 Latched EPROMs Simplify Microcontroller Designs

Intel AP-316 Using Flash Memory for In-System Reprogrammable Nonvolatile Storage

Intel AP-317 Implementing a PS/2 POS Using the 5AC312 EPLD

Intel AP-318 Intel's 87C75PF Port Expander Reduces System Size And Design Time

Intel AP-319 Designing with the 5AC312/5AC324 EPLDs

Intel AP-320 Using the Intel 82592 to Integrate a Low-Cost Ethernet Solution into a PC Motherboard

Intel AP-321 Fitting the 5C180

Intel AP-322 High-Speed System Desgin Using The 85C508 microPLD

Intel AP-324 Implementing Twisted Pair Ethernet With The Intel 82504TA, 82505TA, And 82521TA 

Intel AP-325 Guide to First Generation Flash Memory Programming

Intel AP-326 PS592E-16 Buffered Adapter LAN Solution For The Micro Channel Architecture 

Intel AP-327 Two Software Packages For The 82592 Embedded LAN Module 

Intel AP-328 PC592E Buffered LAN Adapter Solution For The IBM PC-XT and PC-AT

Intel AP-329 68030/27960CX Burst EPROM Interface 

Intel AP-331 Using the Intel 82592 To Implement A Nonbuffered Master Adapter For ISA Systems 

Intel AP-328 PC592E Buffered LAN Adapter Solution For The IBM PC-XT and PC-AT
Intel AP-328 PC592E Buffered LAN Adapter Solution For The IBM PC-XT and PC-AT

Intel AP-333 Getting Started with IPLDview-286

Intel AP-333 CK25 Clock Driver / Synthesizer Design Guidelines

Intel AP-336 Metastability Characteristics of Intel EPLDs

Intel AP-337 In-Circuit Reconfiguration Of The 85C960 And 85C508 u-PLDs

Intel AP-338 85C220/85C224 Design Guide

Intel AP-339 JPLD610 Design Guide

Intel AP-341 Designing an Updateable BIOS Using Flash Memory

Intel AP-343 Solutions For High Density Applications Using Intel Flash Memory

Intel AP-343 Flash Memory -A Mass Storage Medium

Intel AP-343 Solutions For High Density Applications Using Intel Flash Memory

Intel AP-344 Interfacing Intel 82596 LAN Coprocessors with M68000 Family Microprocessors

Intel AP-345 Implementing 1 OBASE-T Networks with Intel's Twisted Pair Ethernet Components and Supercomponents

Intel AP-346 Am29000/27960CX Burst EPROM Interface 

Intel AP-347 82C501AD Design and Layout Guidelines

Intel AP-350 Intel487 SX Math Coprocessor Performance Upgrade Socket

Intel AP-356 Designing AUI, CNET and 10BASE-T Network Interfaces Using the 82503

Intel AP-357 Power Supply Solutions for Flash Memory

Intel AP-358 Intel 82077SL for Super Dense Floppies

Intel AP-359 28F008SA Hardware Interfacing

Intel AP-360 28F008SA Software Drivers

Intel AP-361 Implementing the Integrated Registers of the Series 2 Flash Memory Cards

Intel AP-362 Implementing Mobile PC Designs Using High Density FlashFile™ Components

Intel AP-363 Extended Flash Bios Design For Portable Computers

Intel AP-364 28F008SA Automation and Algorithms

Intel AP-367 82593 CSMA/CD Core LAN Controller 

Intel AP-368 82557 10/100 Mbps PCI LAN Controller A Guide to 82596 Compatibility

Intel AP-369 LAN557 Hardware/Software Interface Definition

Intel AP-370 Intel® 82557 LAN Design Guide

Intel AP-370 JPLD22V10/85C22V10 Design Guide

Intel AP-371 Designing Flash Card Readiness Into Today's System

Intel AP-371 JPLD22V10/85C22V10 Design Guide

Intel AP-371 Designing Flash Card Readiness Into Today's Systems

Intel AP-372 LAN595FX Hardware/Software Interface Definition

Intel AP-373 Replacing The DEC 21140 with The Intel 82557 Controller For LAN Designs

Intel AP-374 Flash Memory Write Protection Techniques
Intel AP-375 82557 Test Access Port (TAP) Appendix

Intel AP-375 Upgrade Considerations From The 28F008SA To The 28F016SA

Intel AP-376 Intel® 82557 PCI Vendor/DEVICE ID (DLL Workaround for Windows 95)

Intel AP-377 16-Mbit Flash Product Family Software Drivers 28F016SA, 28F016SV, 28F016XS, 28F016XD

Intel AP-378 System Optimization Using The Enhanced Features Of The 28F016SA

Intel AP-378 Intel® 82557 LAN-on-Motherboard (LOM) Design Guide

Intel AP-380 Upgrading System Designs From Bulk Erase To Boot Block Flash Memories

Intel AP-380 Intel® 82557 Wake On LAN Design Guidelines

Intel AP-382 82557 C-Step and 82558 Based Products EEPROM Address Map and Programming Information

Intel AP-383 Intel® 82558 LAN on Motherboard (LOM) Design Guide

Intel AP-384 Designing With The 28F016XD

Intel AP-388 82489DX Programming Model

Intel AP-388 Alert on LAN Design Guide

Intel AP-390 JTAG 1149.1 Specifications for In-Circuit Reconfiguration and Programming FLEXIogic FPGAs

Intel AP-392 Designing FLEXIogic Loader Circuits

Intel AP-393 28F016SV Compatibility With 28F016SA

Intel AP-398 Designing With The 28F016XS

Intel AP-399 Implementing Mobile Intel486™ SX CPU PC Designs Using FlashFile™ Components

Intel AP-400 ISDN Applications With 29C53 And 80188

Intel AP-401 Designing With The 82510 Asynchronous Serial Controller 

Intel AP-402 MULTIMODULE Winchester Controller Using The CHMOS 82064

Intel AP-403 lntroduction to Surface Mount Technology
Intel AP-404 80386 Cache Memory Example

Intel AP-405 Software Migration from iRMX 86 to iRMX 286

Intel AP-406 MCS-96 Analog Acquisition Primer

Intel AP-407 82558 to 82559ER Migration For Embedded Applications

Intel AP-408 An Introduction to Programming the 82786 Graphics Coprocessor
Intel AP-409 82786 Design Example Interfacing to the IBM PC/AT Computer

Intel AP-410 Enhanced Serial Port on the 83C51FA

Intel AP-412 Design with the M82553

Intel AP-413 Using Intel's ASIC Core Cell To Expand The Capabilities Of An 80C51-Based System 

Intel AP-414 82562ET(EM) and 82562GT(G) LAN On Motherboard Design Guide

Intel AP-415 83C51FA/FB FCA Cookbook

Intel AP-416 Implementing a Low-Cost PCI Bridge and Memory Controller

Intel AP-417 ICHx Integrated LAN Controller Function Disable And Power Control For Fast Ethernet

Intel AP-419 Intel Ethernet Controllers Timing Device Selection Guide

Intel AP-422 Designing a Central Services Module for MULTIBUS II

Intel AP-423 The MULTIBUS II Interconnect Design Guide

Intel AP-424 Intel 386 Microprocessor Interleaved DRAM Design Example

Intel AP-425 Small DC Motor Control

Intel AP-427 Using the 4th Entry Interrupt in ABS Designs

Intel AP-428 Distributed Motor Control Using the 80C196KB

Intel AP-429 83C152 Global Serial Cahannel in CSMA/CD Mode 

Intel AP-430 System Management Bus Interface

Intel AP-431 Multibus II Simplifies Partitioning of a Complex Design

Intel AP-432 82551QM/82540EM Interchangeable LOM Design Guide

Intel AP-433 Simple I/O Design Example Using the Multibus MIX Architecture

Intel AP-434 Using i860 Microprocessor Graphics Instructions for 3-D Rendering

Intel AP-435 Fast Fourier Transforms on the i860 Microprocessor

Intel AP-435 Tuning the 8255x Controller’s Equalizer for Capacitor-Coupled Applications

Intel AP-437 Designing a Multibus II CPU Board with the Message Passing Coprocessor (MPC) 82389

Intel AP-438 87C51GB Cookbook

Intel AP-438 Interfacing Intel® 8255x FastEthernet Controllers withoutMagnetics

Intel AP-439 82545EM, 82545GM, 82546EB, and 82546GB Gigabit Ethernet Controllers Design Guide

Intel AP-440 8XC51FA/FB/FC PCA Cookbook

Intel AP-442 33Mhz Intel386 System Design Considerations

Intel AP-444 82540EP/82541(PI/GI/EI) & 825462EZ(EX) Dual Footprint Design Guide

Intel AP-445 8XC196KR Peripherals: A User's Point of View

Intel AP-446 82547GI(EI)/82541(PI/GI/EI)/82541ER EEPROM Map/Programming Information Guide

Intel AP-447 82571EB/82572EI Gigabit Ethernet Controller Design Guide

Intel AP-447 A Memory Subsystem for the Intel486 Family of Microprocessors Including Second Level Cache

Intel AP-449 A Comparison of the Event Processor Array (EPA) and High Speed Input/Output(HSIO) Unit

Intel AP-450 Interrupt Moderation Using Intel® Gigabit Ethernet Controllers

Intel AP-452 Designing a Memory Bus Controller for the 82495/82490 Cache

Intel AP-453 Small Packet Traffic Performance Optimization for 8255x and 8254x Ethernet Controllers

Intel AP-456 82562EZ(EX)/82551ER(IT) & 82541ER Combined Footprint LOM Design Guide

Intel AP-457 Indirect Measurement of Transmitter Reference Frequency

Intel AP-458 82546 EB/GB Gigabit Ethernet Controller Thermal Properties with External Heat Sink

Intel AP-458 Designing a Memory Bus Controller for a 50 MHz Intel486 DX CPU-Cache System

Intel AP-460 Designing a Memory Bus Controller for a 50 MHz Intel486 DX CPU-Cache Write-Through EISA System

Intel AP-466 Using the 80C196KB

Intel AP-467 S.E.C.C. 2 Heat Sink Installation And Removal Process

Intel AP-468 Quick Upgrade from the 80C186 to the 80C186EA

Intel AP-478 I/O Control Hub 5, 6 and 7 EEPROM Map and Programming Information
Intel AP-468 Serial Port Mode 0 8X9XBH/KB/KC/KD

Intel AP-468 Quick Upgrade from the 80C186 to the 80C186EA

Intel AP-469 Cache And Memory Design Consideration For The Intel486 DX2 Microprocessor

Intel AP-470 82546GB/EB and 82545GM/EM Gigabit Ethernet Controller EEPROM Map and Programming Information

Intel AP-471 Designing a High Performance Compute Accelerator Using the i860 XP Microprocessor

Intel AP-472 82551QM/ER/IT Fast Ethernet PCI Controller MDI-X Functional Overview

Intel AP-475 Using the 8XC196NT

Intel AP-476 How to Implement I2C Serial Communication Using Intel MCS-51 Microcontrollers

Intel AP-477 Low Voltage Embedded Design

Intel AP-477 631xESB/632xESB I/O Controller Hub EEPROM Information Guide

Intel AP-478 An Example Memory Subsystem for Pentium(TM) Processor

Intel AP-479 Pentium(R) Processor Clock Design

Intel AP-480 Thermal Design Guidelines

Intel AP-481 Designing with the Pentium(R) Processor, 82496 Cache SRAM CPU-Cache Chip Set

Intel AP-483 Application Examples Using the 8XC196MC/MD Microcontroller

Intel AP-484 Interfacing a Floppy Disk Drive to an 80C186EX Family Processor

Intel AP-485 Intel Processor Identification and the CPUID Instruction

Intel AP-486 Oscillator Design for Microcontrollers

Intel AP-490 82571EB/82572EB Thermal

Intel AP-491 Using The 82750PD In An ATI/ISA Implementation

Intel AP-492 Using The 82750PD Universal Host Bus Interface

Intel-492 Using The 82750PD Universal Host Bus Interface

Intel AP-497 82571/82572/631xESB/632xESB System Manageability

Intel AP-498 Designing SerDes applications

Intel AP-499 Introducing Intel's Family of Embedded Intel386(TM) Microprocessors

Intel AP-500 Optimizations for Intel’s 32-Bit Processors

Intel AP-502 Quick Upgrade from the 80C186XL to the 80C186EA

Intel AP-503 Add-in Flash Memory Card for an 80C186EA Application

Intel AP-505 Picking Up the Pace: Designing the IntelDX4(TM) Processor into Intel486(TM) Processor-Based Des

Intel AP-506 Designing for 80960Cx and 80960Hx Compatibility

Intel AP-508-Designing With The Pentium(R) Processor 735

Intel AP-513 Intel386 Ex CPU POS Termainal Reference Design

Intel AP-514 Hamilton H4T Intel 386 Embedded Microprocessor Reference Design

Intel AP-515 A Single-chip Image Processor

Intel AP-517 Using The 8051 With Resonant Transducers

Intel AP-518 Pentium® Processor (610\75) Design Considerations for Mobile Systems

Intel AP-519 Pentium(R) Processor with Voltage Reduction Technology

Intel AP-520 Using Software to Realize Combinational Logic

Intel AP-521-Designing With The Pentium(R) Processor 90/100/120/13 3 82498 Cache Controller And 82493 Cache SRAM

Intel AP-522 Implementation Guidelines for 3.3V Pentium(R) Processors with VRE Specifications

Intel AP-523 Pentium(R) Pro Processor Power Distribution Guidelines

Intel AP-524 Pentium(R) Pro Processor GTL+ Guidelines

Intel AP-525 Pentium(R) Pro Processor Thermal Design Guidelines

Intel AP-526 Optimizations For Intel's 32-Bit Processors

Intel AP-526 Analog/Digital Processing With Microcontrollers 

Intel AP-527 Using MMX Instructions to Get Bits from a Data Stream
Intel AP-528 Using MMX Instructions in a Fast IDCT Algorithm for MPEG Decoding
Intel AP-529 Using MMX Instructions to Implement Optimized Motion Compensation for MPEG1 Video Playback

Intel AP-537 A Fast-Tunaround,Easily Testable ASIC Chip For Serial Bus Control

Intel AP-541 Intel's 80960:An Achitecture Optimized For Embedded Control

Intel AP-559 MMX Instructions to Compute a 16-Bit Real FIR Filter

Intel AP-564 Using MMX™ Instructions to Compute the L2 Norm Between Two 16-Bit Vectors

Intel AP-569 Using MMX™ Instructions to Implement Viterbi Decoding

Intel AP-577 An Introduction to Plastic Pin Grid Array (PPGA) Packaging

Intel AP-578 Software and Hardware Considerations for FPU Exception Handlers for Intel Architecture Processors

Intel AP-579 Pentium® Processor Flexible Motherboard Design Guidelines

Intel AP-580 Voltage Guidelines For Pentium® Processors With MMX(TM) Technology
Intel AP-581 Mobile Pentium® Processor with MMX™ Technology:Power Supply Design Considerations for Mobile Systems

Intel AP-582 Notebook Computing:Power And Performance Analysis

Intel AP-585 Pentium® II Processor GTL + Guidelines

Intel AP-586 Pentium II Processor Thermal Guidelines

Intel AP-587 Slot 1 Processor Power Distribution Guidelines

Intel AP-588 Mechanical Assembly And Customer Manufacturing Technology For S.E.C. Cartridge Processors

Intel AP-589 Slot 1 Processor EMI Overview

Intel AP-590 Intel Mobile Module Design Guide

Intel AP-596 Diffuse-Directional Lighting

Intel AP-597 3D-Transformation

Intel AP-598 FIR and IIR Filtering using Streaming SIMD Extensions

Intel AP-600 Performance Benefits And Power/Energy Savings Of 28F016XS-Based System Designs

Intel AP-604 Using Intel's Boot Block Flash Memory Parameter Blocks to Replace EEPROM

Intel AP-605 Implementing a Resident Flash Disk with an Intel386(TM) EX Embedded Processor

Intel AP-606 Interchangeability of Series 1, Series 2 and Series 2+ Flash Memory Cards

Intel AP-607 Multi-Site Layout Planning with Intel's FlashFile™ Components, Including ROM Compatibility

Intel AP-608 Implementing a Plug and Play BIOS Using Intel's Boot Block Flash Memory

Intel AP-609 Interfacing The Intel386™ EX Embedded Processor To Intel Flash
Intel AP-610 Flash Memory In-System Code and Data Update Techniques

Intel AP-611 Boot Block Compatibility: 2/4-Mbit BX/BL with 2/4/8-Mbit BV

Intel AP-612 Improving Programming Throughput of Automated Flash Memories

Intel AP-614 Adapting DRAM Based Designs for the 28F016XD

Intel AP-615 Accommodating Industry Trends in Boot Code Flash Memory
Intel AP-617 Additional Flash Data Protection Using VPP, RP#, and WP#

Intel AP-618 Software Concerns of Implementing a Resident Flash Disk

Intel AP-619 FTL Logger - Exchanging Data with FTL Systems
Intel AP-620 LFS File Manager Software: LFM

Intel AP-621 Interfacing the MCS® 96 Microcontroller Family with Intel® Flash

Intel AP-622 Upgrade to the Value Series 100 Flash Memory Card

Intel AP-623 Multi-Site Layout Planning with Intel's Boot Block Flash Memory
Intel AP-624 Introduction To On-Board Programming With Intel Flash Memory
Intel AP-625 28F008S5/S3 Compatibility with 28F008SA/SA-L

Intel AP-627 Byte-Wide FlashFile™ Memory Family Software Drivers
Intel AP-629 Simplify Manufacturing By Using Automatic-Test-Equipment For On-Board Programming
Intel AP-630 Designing For On-Board Programming Using the IEEE 1149.1 (JTAG) Access Port

Intel AP-633 Miniature Card PC Connectivity Guide

Intel AP-635 Interfacing the Intel386(TM) EX Embedded Processor to Intel Boot Block Flash

Intel AP-636 Preventing BIOS Failures Using Intel's Boot Block Flash Memory

Intel AP-640 Interfacing the 80186EB/EC Embedded Processor to Intel Boot Block Flash

Intel AP-641 Achieving Low Power with Advanced Boot Block Flash Memory

Intel AP-642 Designing for Upgrade to Smart 3 Advanced Boot Block Flash Memory

Intel AP-643 Designing Flexible Sockets For Intel’s Boot Block Flash Memories
Intel AP-644 Migration Guide To 5 Volt Intel® StrataFlash™ Memory

Intel AP-645 28F160S3/S5 Compatibility with 28F016SA/SV

Intel AP-646 Common Flash Interface (CFI) and Command Sets
Intel AP-647 Intel StrataFlash™ Memory Design Guide

Intel AP-648 USB Audio Using 8x930Ax/Hx Controller and an Audio Codec

Intel AP-649 Developing Software Routines for the i960(R) RP/RD I/O Processor's I2C Bus Interface Unit

Intel AP-650 Microsoft Windows*95 Support For PIIX4

Intel AP-652 Design of PC Cards with More Than 64-Mbytes of Common Memory

Intel AP-654 Intel Flash Memory Manufacturing Programming Solutions
Intel AP-655 Fast Boot Block Design Guide
Intel AP-655 3 Volt Fast Boot Block Design Guide

Intel AP-657 Designing with the Advanced+ Boot Block Flash Memory Architecture

Intel AP-658 Designing for Upgrade to the Advanced+ Boot Block Flash Memory
Intel AP-660 Migration Guide To 3 Volt Intel® StrataFlash™ Memory

Intel AP-661 Fast Boot Block CPU Design Guide
Intel AP-662 Migrating From Series 2+ to Value Series 100 PC Cards ¾ for Systems Using Basic 28F008SA Command Set Programming Model
Intel AP-663 Using the Intel® StrataFlash™ Memory Write Buffer
Intel AP-664 Designing Intel® StrataFlash™ Memory Into Intel® Architecture

Intel AP-666 Techniques for Increasing PCI Performance

Intel AP-667 How to Measure RDRAM System Clock Jitter

Intel AP-669 Intel® 82443ZX-M Design Guidelines
Intel AP-677 Intel® StrataFlash™ Memory Technology

Intel AP-678 Intel® Improving Programming Throughput of Automated Flash Memories
Intel AP-679 Designing For Successful Flash Memory Read And Verify Operations
Intel AP-680 Multi-Source Solution for Intel® 28Fxx0B3 Advanced Boot Block and AMD AM29LVxxxx

Intel AP-681 Implementing Multi-Sourced Designs With Intel And AMD’s Byte-Wide Flash Memory

Intel AP-682 Advantages of Large Erase Blocks

Intel AP-684 Understanding the Flash Translation Layer (FTL) Specification 

Intel AP-685 EEPROM Replacement with Flash Memory 
Intel AP-686 Flash File System Selection Guide

Intel AP-687 5 Volt Intel® StrataFlash™ Memory Interface To The SA-1100

Intel AP-688 Migrating from 0.4 μm to 0.25 μm Advanced Boot Block Flash Memory

Intel AP-689 Using Intel® Persistent Storage Manager
Intel AP-690 Intel® 3 Volt Fast Boot Block and Intel® StrongARM® SA-1100 CPU Design Guide

Intel AP-692 3 Volt Intel® Fast Boot Block to i960® Hx/i960® Cx CPU Design Guide 

Intel AP-694 3 Volt Intel® Fast Boot Block to Motorola MPC860 CPU Design Guide

Intel AP-695 3 Volt Intel® Fast Boot Block to Motorola ColdFire* MCF5307 CPU Design Guide

Intel AP-697 3 Volt Intel® Fast Boot Block to Hitachi SH3-7709A CPU Design Guide 

Intel AP-700 Intel Fuzzy Logic Tool Simplifies ABS Design

Intel AP-701 3 Volt Intel® StrataFlash™ Memory to Intel® StrongARM SA-110 CPU Design Guide 

Intel AP-702 3 Volt Intel® StrataFlash™ Memory to StrongARM* SA-1100 CPU Design Guide

Intel AP-703 DRAM Controller for 33 MHz i960 CA/CF Microprocessors

Intel AP-704 A Simple DRAM Controller for 25/16 MHz i960 CA/CF Microprocessors

Intel AP-706 DRAM Controller for 40 MHz i960 CA/CF Microprocessors

Intel AP-707 Analog Data I/O Solutions for Intel 8XDC196NP Microcontroller

Intel AP-707 3 Volt Intel®StrataFlash™ Memory CPU Interface Design Guide

Intel AP-708 Introducing The MCS251 Microcontroller -- 8XC251SB

Intel AP-709 Maximizing Performance using MCS 251 Microcontroller

Intel AP-710 Migrating from the MCS51 Microcontroller to the MCS 251 Microcontroller Software and Hardware Considerations

Intel AP-711 EMI Design Techniques for Microcontrollers in Automotive Applications

Intel AP-711 3 Volt Intel® Fast Boot Block to IDT RC46X0, NEC VR4300, and QED RM523X CPU Design Guide 

Intel AP-712 DRAM Controller for i960 JA/JF/JD Microprocessors

Intel AP-712 3 Volt Intel® Fast Boot Block to Hitachi SH7750 (SH-4) CPU Design Guide 

Intel AP-713 3 Volt Intel® Fast Boot Block to Motorola MPC8240 CPU Design Guide 

Intel AP-714 Converting from the 8XC196KB/KC/KD to the 8XC196Nx Family

Intel AP-714 3 Volt Intel® Fast Boot Block to Motorola MPC555 CPU Design Guide 

Intel AP-715 Interfacing an I2C Serial EEPROM to an MCS 96 Microcontroller

Intel AP-716 80960Cx/80960Jx/80960Hx Architectural Comparison

Intel AP-717 Migrating from the 8XC196NP or 8XC196NU to the 80296SA

Intel AP-718 Interfacing a 20 MHz 8XC196 to an 82527 Serial Communications Controller

Intel AP-719 Intel386(TM) EX Embedded Microprocessor MHT9000 Handheld Terminal

Intel AP-720 Programming Flash Memory through the Intel386(TM) EX Embedded Microprocessor JTAG Port

Intel AP-720 Intel® 850 Chipset: Thermal Considerations

Intel AP-720 Programming Flash Memory through the Intel386™ EX Embedded Microprocessor JTAG Port

Intel AP-721 Intel® 860 Chipset Thermal Considerations 

Intel AP-722 Interfacing An Intel 82527 Serial Communications Controller To A 68HC11
Intel AP-723 Interfacing An Intel 82527 Serial Communications Controller To A 68322
Intel AP-724 Interfacing an MCS 51 Microcontroller to an 82527 CAN Controller

Intel AP-725 Using the Intel® ICH Family Watchdog Timer (WDT) 

Intel AP-726 Interfacing the i960 Jx Microprocessor to the NEC uPD98401 Local ATM Segmentation and Reassembly (SAR) Chip

Intel AP-727 EXPLR1 Embedded PC Evaluation Platform Application Note

Intel AP-728 Interfacing an Intel386™ EX Microprocessor to an 82527 CAN Controller

Intel AP-728 Intel ICH Family Real Time Clock (RTC) Accuracy and Considerations under Test Conditions 

Intel AP-730 Interfacing the 82C59A to Intel 186 Family Processors

Intel AP-730 Migrating from 0.25µm to 0.18µm Advanced+ Boot Block Flash Memory 

Intel AP-731 Understanding the Interrupt Control Unit of the 80C186EC/80C188EC Processor

Intel AP-732 I/O APIC Emulation Software for the i960(R) RP Microprocessor

Intel AP-732 3 Volt Intel StrataFlash Memory J3 to K3K18 Migration Guide

Intel AP-733 Switched Ethernet Reference Design Description

Intel AP-735 Building a PC-Compatible Embedded System Using the Intel386(TM) EX Processor and the RadiSys(R) R380EX Embedded System Controller

Intel AP-738 Reduce Manufacturing Costs with Intel Flash Memory Enhanced Factory Programming

Intel AP-740 3 Volt Advanced+ Boot Block Flash Memory (C3) to Intel® StrataFlash™ Memory (J3) Design Guide 

Intel AP-741 Designing An Embedded System Using The Pentium® Processor With Voltage Reduction Technology (VRT) And The Intel 430HX PCIset

Intel AP-744 Intel® Flash Data Integrator (FDI) Support for Java Applications 

Intel AP-747 Multi-Source Solution For Intel® 28Fxx0C3 Advanced+ Boot Block and AMD AM29LVxxxx

Intel AP-748 3 Volt Synchronous Intel StrataFlash® Memory to Intel® PXA250 Applications Processor Design Guide 

Intel AP-752 The Advantages of Using the 82371SB PCI ISA IDE Xcelerator (PIIX3) with the Intel 430HX PCIset in Embedded Designs

Intel AP-753 PCI Local Bus Specification Revision 2.1 vs. 2.0

Intel AP-754 Migrating from the 8XC196KB16 to the 8XC196KC20

Intel AP-756 Developing an Expansion ROM for the i960® RP/RD I/O Processor

Intel AP-757 Intel Embedded Processor Module Design Guide

Intel AP-758 Flash Memory PCI Add-In Card for Embedded Systems

Intel AP-759 Intel Embedded Processor Module Thermal Design Guide

Intel AP-762 3VoltIntel Strata Flash® Memory to Intel® PXA210 Application Processor Design Guide 

Intel AP-793 Using Asynchronous Page and Synchronous Burst Read Modes with Intel® Flash Memory

Intel AP-802 Course-Grain Multithreading
Intel AP-803 Increasing the Accuracy of the Results from the Reciprocal and Reciprocal Square Root Instructions Using the Newton-Raphson Method
Intel AP-804 Integer Minimum or Maximum Element Search Using Streaming SIMD Extensions
Intel AP-805 Using the Streaming SIMD Extensions to Find the Maximum/Minimum Element of a Single-Precision Floating-Point Vector and its Corresponding Index
Intel AP-806 Antialiasing Implemented Using Streaming SIMD Extensions
Intel AP-807 Wiener Filtering Using Streaming SIMD Extensions
Intel AP-808 Split-Radix Fast Fourier Transform Using Streaming SIMD Extensions
Intel AP-809 32-bit Floating-point Real & Complex 16-Tap FIR Filter Implemented Using Streaming SIMD Extensions
Intel AP-811 Using the Streaming SIMD Extensions to Evaluate a Hidden Markov Model with Viterbi Decoding
Intel AP-812 Applying Streaming SIMD Extensions to Collision Detection

Intel AP-813 Migration Guide for Spansion* S29GLxxxN to Intel StrataFlash® Embedded Memory
Intel AP-814 Software Development Strategies for Streaming SIMD Extensions Technology
Intel AP-817 Using Streaming SIMD Extensions in a Fast DCT Algorithm for MPEG Encoding
Intel AP-818 Using Streaming SIMD Extensions in a Motion Estimation Algorithm for MPEG Encoding
Intel AP-819 Phong Equations Using Streaming SIMD Extensions
Intel AP-820 RGB Alpha Saturation Using Streaming SIMD Extensions
Intel AP-821 1/3 T Software Equalizer Using Streaming SIMD Extensions
Intel AP-822 A Smoothed Upsample Algorithm Using Streaming SIMD Extensions

Intel AP-825 Mobile Pentium® II Processor and Pentium II Processor Mobile Module Thermal Sensor Interface Specifications

Intel AP-825 Migration Guide for Intel StrataFlash® Synchronous Memory (K3/K18) to Intel StrataFlash® Embedded Memory

Intel AP-828 Pentium® II Xeon™ Processor Power Distribution Guidelines

Intel AP-829 Intel® Pentium® II Xeon™ Processor/Intel® 440GX AGPset AGTL+ Layout Guidelines

Intel AP-830 Intel® Pentium® II Xeon™ Processor/Intel® 450NX PCIset AGTL+ Layout Guidelines

Intel AP-831 Pentium® II Xeon™ Processor SMBus Thermal Reference Guidelines
Intel AP-832 Deformable Surfaces

Intel AP-832 Streaming SIMD Extensions – Deformable Surfaces
Intel AP-833 Data Alignment and Programming Issues for the Streaming SIMD Extensions with the Intel® C/C++ Compiler

Intel AP-835 Intel StrataFlash® Memory (J3) to Intel® Embedded Flash Memory (J3 v. D) Conversion Guide
Intel AP-889 Software Conventions for the Streaming SIMD Extensions
Intel AP-898 FIR and IIR Filtering Using Streaming SIMD Extensions

Intel AP-900 Identifying Support for Streaming SIMD Extensions in the Processor and Operating System

Intel AP-902 S.E.C.C. 2 Heat SinkInstallation and Removal Process 

Intel AP-903 Mechanical Assembly and Customer Manufacturing Technology For S.E.C.C.2 Package Processors

Intel AP-905 Pentium III Processor Thermal Design Guidelines

Intel AP-906 100 MHz AGTL+ Layout Guidelines for the Pentium Processor and Intel 440BX AGPset

Intel AP-907 Pentium III Processor Power Distribution Guidelines

Intel AP-909 Intel® Processor Serial Number

Intel AP-912 Pentium III Xeon Processor Power Distribution Guidelines

Intel AP-914 Pentium III Xeon Processor SMBus Thermal Reference

Intel AP-922 A Fast Precise Implementation of 8x8 Discrete Cosine Transform Using the Streaming SIMD Extensions and Intel® MMX™ Instructions

Intel AP-928 Streaming SIMD Extensions -Inverse of 4x4 Matrix
Intel AP-929 Streaming SIMD Extensions - Inverse of 6x6 Matrix

Intel AP-930 Streaming SIMD Extensions - Matrix Multiplication
Intel AP-931 Streaming SIMD Extensions - LU Decomposition

Intel AP-933 Flexible Motherboard Power Distribution And Control For Pentium® III Xeon Processor

Intel AP-935 Using Pentium 4 Processor SSE2 Instruction for SAXPY/DAXPY
Intel AP-936 Using the Pentium 4 Processor SSE2 Instruction Set to Perform a Single-Point Crossover Operation in a Binary Genetic Algorithm
Intel AP-937 Using the Intel® Pentium® 4 Processor SSE2 Instructions to Find the Maximum/Minimum Element of a Double-Precision Floating-point Vector and its Corresponding Index
Intel AP-939 Using Pentium 4 Processor SSE2 Instructions in a Double-precision 3D Transform
Intel AP-940 Block-Matching In Motion Estimation Algorithms Using Pentium 4 Processor SSE2 Instructions
Intel AP-941 Using Streaming SIMD Extensions 2(SSE2) to Perform Big Multiplications
Intel AP-942 Using Pentium 4 Processor SSE2 Instructions in Motion Compensation for Video Decoding and Encoding
Intel AP-943 Floating-Point Arithmetic with Streaming SIMD Extensions and Pentium 4 Processor SSE2 Instructions
Intel AP-944 Performance Comparison of Uniform NURBS Surface Tessellation on the Pentium® III Processor and the Pentium 4 Processor
Intel AP-945 Using the Pentium 4 Processor SSE2 Instruction Set to Implement an Inverse Discrete Cosine Transform
Intel AP-946 Using the Pentium 4 Processor SSE2 Instructions to Evaluate a Hidden Markov Model with Viterbi Decoding
Intel AP-949 Using Spin-Loops on Intel® Pentium® 4 Processor and Intel® Xeon™ Processor

Intel AP-970 Pentium III Xeon Processor at 600 MHz+ EMI Guidelines
Intel AP-971 Pentium® III Xeon™ Processor with 256KB L2 Cache Thermal Solutions Guidelines

Intel AP-972 Pentium III Xeon Processor System Compatibility Guidelines
Intel AP-973 Pentium® III Xeon™ Processor with 1MB and 2MB L2 Cache Thermal Solutions Guidelines

Intel's Article Reprints

Intel AR-1 Why Semiconductor Memories? January 1970
Intel AR-2 What Level of LSI is Best for You? February 16, 1970
Intel AR-3 Why Silicon-Gate Technology? March 1971

Intel AR-3 Microcomputers, What they mean to your Company
Intel AR-4 Operation and Application of MOS Shift Registers. February 1971
Intel AR-5 Combined Shift-Register Clock Driver and Power Supply. December 1970
Intel AR-6 Schottky Diodes Make 1C Scene.
Intel AR-7 Session VII. Memory I I/Memory Circuits and Systems. February 18, 1971
Intel AR-8 A Fully Decoded 2048-Bit Electrically Programmable FAMOS Read Only Memory. October 1971
Intel AR-9 N-Channel Goes to Work with TTL, May 1972
Intel AR-10 The MCS-4 - an LSI Micro Computer System (Six Articles) 1973
Intel AR-11 A 4096 Bit Dynamic MOS RAM, February 1972

Intel AR-12 Sem iconductor Memory Costs Present and Future 
Intel AR-13X Microcomputer Interfacing: Characteristics of the 8253 Programmable Interval Timer

Intel AR-14 1024 Bit Bipolar RAM

Intel AR-16 Bipolar LSI Computing Elements User In New Era Of Digital Design

Intel AR-20 16K RAM
Intel AR-28 Control Engineering iSBC 80/20 Description

Intel AR-31 Single-Chip 8-Bit Microcomputer Fills Gap Between Calculator Types & Powerful Multichip Processor

Intel AR-32 Using Charge Coupled Devices Can Reduce Bulk Memory Costs

Intel AR-33 From Relays To MPUs 


Intel AR-31 Single-Chip 8-Bit Microcomputer Fills Gap Between Calculator Types & Powerful Nultichip Processor

Intel AR-35 2716-Erasable PROM-16,384 Bits On-Chip

Intel AR-36 Single-Board Computer Updates Status Of Emergency Equipment On Dynamic Map 

Intel-AR-40 Slave Microcomputer Lightens Main Microprocessor Load 

Intel AR-41 An Integral Real-Time Executive For Microcomputers

Intel AR-44 Speed RAM Runs Cool With Power-Down Circuitry

Intel AR-46 H-MOS Scales Traditional Devices To Higher Performance Level

Intel AR-48 Reduce Your uC-Based System Design Time By Using Single Board Microcomputers

Intel AR-53 Micro Interfacing Characteristics
Intel AR-55 Design Motivations For Multiple Processing Microcomputer Systems

Intel AR-58 Microcontroller Includes A-D Converter

Intel AR-59 Modular Programming In PL/M

Intel AR-61 Microprocessor Software Development Tools
Intel AR-63 Microcomputer's On-Chip Functions

Intel AR-64 Microcomputers - Single Chip or Single Board
Intel AR-65 Triple-Bus Architecture On A Single Board Microcomputer

Intel AR-69 Dual-Port RAM Hikes Throughput In Input-Output Controller Board

Intel AR-71 Single-Supply,16-K Dynamic RAM Is Ready For Denser Systems
Intel AR-72 16-Bit Single Board Computer Maintains 8-Bit Family Ties

Intel AR-73 8080 gets a "full blown" FORTRAN
Intel AR-74 Get Minicomputer Features at 10 x Speed with 8086
Intel AR-78 ISSCC Reprint on Static RAMS
Intel AR-79 ISSCC Reprint-2920

Intel AR-80 ISSCC Reprint-2912

Intel AR-81 Single Chip NMOS Micro Process Signals (2920)

Intel AR-82 CPU Brings 6-Bit Performance

Intel AR-87 Get Top Memory System Performance At Low Levles With MOS RAMs

Intel AR-88 First Monolithic PCM Filter
Intel AR-89 Powerful I/O Processor Unloads CPU (8089)
Intel AR-91 Designing And Assembling Micro-Computer Systems Grows Easier

Intel AR-92 Megabit Bubble Memory Chip Gets Support from LSI

Intel AR-95 Second Generation Microcontrollers Take On Dedicated Function Tasks

Intel AR-96 Here Comes A Million Bit Chip
Intel AR-97 Minimizing Risk Through Use of Micro Development Systems

Intel AR-98 Software Development Package for 8086 System Designers

Intel AR-99 Microcontrollers Go CMOS Without Slowing Down

Intel AR-100  The Intel 8089: An integrated I/O Processor "Computer, June 1979"

Intel AR-101 Exploring The 8086 Part One 

Intel AR-102 Designing Reliable Software for Auto Applications
Intel AR-107 Use EPROM 1-Chip uCs as Effective 1-Shot Lab Aids

Intel AR-111 E-PROM Doubles Bit Density Without Adding A Pin

Intel AR-112A Universal Byte Wide Pinout : 2764 Is the Key

Intel AR-113 LSI Chips Ease Standard 488 Bus Interfacing

Intel AR-117 First Single Chip Signal Processor Simplifies Analog Design Problems 2920

Intel AR-118  A 16K Electronically Erasable Nonvolatile Memory (ISSCC Feb 1980)

Intel AR-119 16-K EE-PROM Relies On Tunneling For Byte-Erasable Program Storge

Intel AR-122 A New Family Of MULTIMODULE Boards Extends the Solutions Provided By Intel's Single Board Computer

Intel AR-123 Special Function Modules Ride on Computer Board

Intel AR-124 Introducing The RMX/86 Real-Time, Multitasking, 16-Bit Operating System

Intel AR-125 Modular Multitasking Executive Cuts Cost Of 16-Bit OS Design

Intel AR-126  Intel takes Aim at the '80s (Electronics, Feb 28, 1980)

Intel AR-128 Software Makes A Big Talker Out of the 2920 Microcomputer

Intel AR-129 A 35 ns 16K PROM

Intel AR-133 Multiprocessing System Mixes 8- And 16-Bit Microcomputers

Intel AR-136 PL/M-86 Combines Hardware Access With High-Level Language Features

Intel AR-143 Single Chip Microcomputer Commands the Most Memory

Intel AR-146 A Second Generation Low Power NMOS'Capacitor Channel Filter

Intel AR-158 A Precision Low-Power PCM Channel Filter With W/A Chip Power

Intel AR-164 iAPX 286 Miroprocessor Architecture Overview

Intel AR-165 Ada Determines Architecture for 32-BitMicroprocessor

Intel AR-166 Understand the Newest Processor to Avoid Future Shock

Intel AR-167 A Methodology for VLSI Chip Design  

Intel AR-172 Multitasking Executive Speeds 16-Bit Micros

Intel AR-174 Hardware and Sofrware Download Techniques with 2816

Intel AR-178 A Low Cost CRT Terminal Does More with Less

Intel AR-179 New PROM Technology Provides High System Throughput

Intel AR-180 Object-Oriented Design Manages Software Complexity

Intel AR-182 Multiprotocol Chip Begins True Flexibility

Intel AR-184 Silicon Operating System Standardizes Software

Intel AR-185 Putting Ethernet onboard the Multibus

Intel AR-186 Local Network Architecture Proposed for Work Stations

Intel AR-188 Extending Ada Into Silicon

Intel AR-189 Keep Memory Design Simple

Intel AR-190 Solutions Local Area Networks

Intel AR-194 Choosing A VLSI-Compatible System

Intel AR-195 Microcomputer Operating System Trends

Intel AR-196 The iRMX 86 Operating System

Intel AR-197 Better Processor Performance via Global Memory

Intel AR-200 Compiler Optimization Techniques

Intel AR-201 Memory Protection Moves onto 16-Bit Microprocessor

Intel AR-202 Choose The Right Level Of Memory-Error Protection

Intel AR-203 CMOS Static RAM Feels at Home with ECL Speeds

Intel AR-204 Smart Link Comes To The Rescue Of Software Development Managers

Intel AR-206 Magnetic Bubble Memory

Intel AR-208 SLI Transceiver Chips Complete GPIB Interface

Intel AR-209 Serial Bus for Intra-Terminal Data Transfer

Intel AR-213 Transparent Multiprocessing Boosts C Throughput

Intel AR-214 The Future of Bubbles

Intel AR-215 Standard Strategy Pays Off for Intel

Intel AR-217 Processor Extensions Improve Missle Computer Design

Intel AR-219 16-Bit juP Crams Peripheral Support On a Chip

Intel AR-220 An Object Oriented Operating System for Computers

Intel AR-221 Intel Motorola Ink Bubble Memory Agreement

Intel AR-224 Controller chip takes on many industrial, computer uses

Intel AR-225 Debugging Catches Up With High-Level Programming

Intel AR-227 Software in Silicon - More than a program in ROM

Intel AR-229 Enhanced uC Boards Strengthen Factory and Office Controllers

Intel AR-230 ROMs That Erase One Byte At A Time

Intel AR-231 Dynamic RAM Controller Orchestrates Memory System

Intel AR-232 Toward Ftealtime Interactive Color Graphics

Intel AR-234 Words-Small is better: Bubble Memory in Office Automation

Intel AR-236 Let Operating Systems Aid in Component Design

Intel AR-237 System Level Functions Enhance Controller

Intel AR-239 PLlM-51: A High- Level Language For The 8051 Microcontroller Family

Intel AR-241 Session III: Linear Circuit Techniques

Intel AR-243 Thin-Film detectors, X-ray lithography deliver 4-Mbit bubble chip

Intel AR-244  2-Chip controller Set Drives Down Ethernet Hookup Costs

Intel AR-246 Electronics High-Performance MOS Resists Radiation

Intel AR-248 Integrating Memory Management into the CPU

Intel AR-249 A Performance Evaluation Of The Intel 80286 

Intel AR-250 Bubble Memory Squeezes 4 Megabits onto one-chip, Electronic Design

Intel AR-252 Computer Technology Review-Expandable Processor Manages System Resources Efficiently

Intel AR-253 New Maintenance Solution for System Integrates

Intel AR-255 Dedicated VLSI Chip Lightens Graphic Display Design Load

Intel AR-257 The 8051 One-Chip Microcomputer

Intel AR-260 The 256K EPROM System Software on a Chip

Intel AR-261 The Sources of Quality & Reliability

Intel AR-262 A 200ns 256K HMOS II EPROM

Intel AR-263 Bubble Memory Editorial

Intel AR-265 Versatile Algorithm Equipment Cut EPROM Programming Time

Intel AR-267 Choosing A Bus For Control

Intel AR-268 Standard Buses Capture Fancy of Most OEM's

Intel AR-269 16-Bit Micro Challenges Minicomputers

Intel AR-270 Personal Computer Age Number Crunching with the 8087

Intel AR-271 New Bubble-Memory Packaging Cut Board And Manufacturing Costs

Intel AR-272 Bubble Memory Support Chips Allow Tailored System Design

Intel AR-273 Putting Real Time operating systems to work

Intel AR-273 Two Programmble IC's Enhance Line Card Functionality

Intel AR-274 The Chip That Refreshes Itself

Intel AR-275 VLSI Design - Software that Resides in Silicon

Intel AR-276 HMDS Chips Yield Environmentally Hard Computer

Intel AR-277 Transaction Processing Packs Advanced Capabilities Into Speech-Recognition Systems

Intel AR-279 Speech Transaction Concept & Application to CAD (1983 Conf. Proceedings)

Intel AR-281 Simplifying Ethernet

Intel AR-282 Two Chips Endow 32-Bit Processor with Fault-Tolerant Architecture

Intel AR-283 Intel iAPX 432-VLSI Building Blocks for a FaultTolerant Computer

Intel AR-284 Computer Graphics Needs Standards As a Foundation For Future Growth

Intel AR-285 HSDB Article Reprint

Intel AR-286 Software That Resides in Silicon

Intel AR-287 Putting Real-Time operating Systems to Work

Intel AR-288 Intel's Matchmaking Strategy: Marry iRMX Operating System with Hardware

Intel AB-289 iRMX(TM)86 Has Functionality,Configurability 

Intel AR-294 Improved Software and Circuits Speed EPROM Programming 

Intel AR-296 Mighty Chips

Intel AR-297 VLSI Coprocessor delivers High Quality Displays

Intel AR-298 Graphics Chip Makes Low Cost High Resolution ,Color Displays Possible

Intel AR-299 And Now For Something Completely Different

Intel AR-300 Supermicros: A Bumper Crop

Intel AR-301 The Significance of the 432

Intel AR-302 Inside CMOS Technology

Intel AR-303 Communicating Computer Simplifies the Integrators Work

Intel AR-305 Text Coprocessor Brings Quality to CRT Displays

Intel AR-306 Diskless Computers Emerge in a Proper Mix of Firmware, Processor, and Bubble Memory

Intel AR-307 Microcontroller with Integrated High Performance Communications Interface

Intel AR-311 System Implications of CHMOS DRAMs

Intel AR-312 Static Column Architecture in CMOS DRAMs — A Graphics Memory Solution

Intel AR-313 CMOS vs NMOS Comparisons in Dynamic RAM Design

Intel AR-315 VLSI Disk Controller Chip Simplifies Winchester Interface

Intel AR-316 Bubble Up Megabits That Don't Forget

Intel AR-317 Proliferating Interface Standards Confuse Task of Controller Selection

Intel AR-319 Software Development

Intel AR-320 Business Week One-on-One with Andy Grove

Intel AR-321  High Performance Event Interface for a Microcomputer

Intel AR-322 Open Architecture, Standard Hardware Keys for OEM's

Intel AR-324 Highly Integrated Processor Eases Design of Low Cost Display Station

Intel AR-327 Triple Threat Instrument Debugs P-based Systems - Electronic Design

Intel AR-328 On/Off Scheme Slashes Bubble Memory's Power Drain

Intel AR-329 Bubble Memories: Their Military Role - Defense Science and Electronics

Intel AR-332 Modular Approach to C-MOS Technology Tailors Process to Application

Intel AR-333 Intel's House Has a Dedicated Plan for Development Systems - Electronic Business

Intel AR-334 Bubble Memories Are Back

Intel AR-335 Bubble Memory in Communication Products

Intel AR-337 Industrial PC Systems Demand Real-Time Operating System

Intel AR-338 C-MOS 256K RAM With Wideband Output Stands By On Microwatts

intel AR-339 How to Make Confrontation

Intel AR-342 Chips Support Two Local Area Networks

Intel AR-345 Build a VLSI-Based Workstation for the Ethernet

Intel AR-346 VLSI Solution for Tiered Office Networks

Intel AR-347 BITBUS Promises To Standardize Control

Intel AR-349 Multiple Buses Satisfy Speed, I/O Needs of the Future

Intel AR-350 Message Passing Supports Multiple Processor Design

Intel AR-351 Intel's BITBUS Microcontroller Interconnect - A Modern Method of Robot Communication

Intel AR-352 Integrated Environment Speeds System Development

Intel AR-356 Multiprocessor Bus Is Ready To Meet 32-Bit Application Of The Future

Intel AR-362 Bubble Memories Take On Tough Environments

Intel AR-363 EPROMs Adapt to Emerging Developments In Technologies, Configurations, Packages

Intel AR-364 FAE News 1/84 “8208 with 186”

Intel AR-366 Bubble Bursting With Military Potential

Intel AR-367 With Its Paged Structure, A 512K EPROM Relaxes System Storage Constraints

Intel AR-368 The 80286 Microprocessor

Intel AR-371 Monolithic Controller Builds PC Network Without Toil or Trouble

Intel AR-374 Built-In Basic Interpreter Turns

Intel AR-375 Motor Controllers Take the Single-Chip Route

Intel AR-376 Local Area Networking - A Collection of Article Reprints

Intel AR-377 Integrated Tools Accelerate Code Development

Intel AR-381 Locking Up System Security A Keyed-access computer-security system, implemented in hardware, cannot be broken by unauthorised users

Intel AR-382 HMOS III Circuits Display Radiation-Hardened Properties

Intel AR-385 TWo Low-speed Nets Race to Link Computers
Intel AR-386 Power to the PCs

Intel AR-387 Benchmarking UNIX Systems

Intel AR-388 Ada Task Synchronization in a Multiprocessor System with Shared Memory

Intel AR-389 CMOS Outshines NMOS on High-Speed Digital Chips

Intel AR-390 Ada Capabilities for Today's Microprocessors

Intel AR-393 Software Debugger Treats High-Level Code without Target System

Intel AR-394 Real-Time OS Offers Expansion and Protection

Intel AR-395 Freedom of Speech On The Factory Floor
Intel AR-396 Speaking Plainly with A New Workstation
Intel AR-398 Putting Speech Technology

Intel AR-400 Bubble Memory Survival of The Fittest

Intel AR-401 The Bubble Memory Option

Intel AR-403 EEPROMs or NVRAMs which is optimum for your design?

Intel AR-405 Low-cost Dual Port RAM Design Delivers High Performance

Intel AR-406 Use Simple Circuits, Algorithms to Program 512 K-Bit EPROMs

Intel AR-407 Intel and Industrial Automation

Intel AR-409 Increased Function In Chip Result In Lighter Less Costly Portable Computer

Intel AR-413 Picture Phone Cuts Time and Cost in Teleconferencing

Intel AR-414 Marriage Of CMOS And PLCC Sparking Rapid Change In Mounting Memories

Intel AR-425 Helping Computers Communicate

Intel AR-443 Long-Distance Measurement and Control
Intel AR-445 Speech I/O Increases Industrial Quality Standard

Intel AR-447 How to Find the True Cost of A Local Area Network (LAN)

Intel AR-450 Crosspoint Switch: A PLD Approach

Intel AR-451 A Programmable Logic Mailbox for 80C31 Microcontrollers

Intel AR-452 Reports from the PLD Front

Intel AR-453 Programmable logic shrinks bus-interface designs Application Report

Intel AR-454 Regain Lost I/O Ports with Erasable PLDs

Intel AR-455 One Time Programmable EPROMs

Intel AR-456 UPI-452 Article Reprint

Intel AR-457 Page Addressing Expands Addressable Memory in MP Systems

Intel AR-458 OTP EPROMS With Quick-Pulse Programming Offers Ideal Mass Production Firmware Storage

Intel AR-459 Comparison Tests Streamline Complex Dial-Up Modem Measurements and Spring Some Surprises

Intel AR-463 Don't Write Off The U.S. In Memory Chips

Intel AR-463 Flash Memory Electronics
Intel AR-464 A 90ns 4mb CMOS EPROM ISSCC Article Reprint
Intel AR-465 An In-System Reprog. 256K CMOS Flash Memory ISSCC

Intel AR-466 Nonvolatility: Semiconductor vs. Magnetic ISSCC Panel Discussion

Intel AR-468 Keeping Data Safe With Nonvolatile Memory

Intel AR-470 A 90 ns 100K Erase/Program Cycle Megabit Flash Memory

Intel AR-472 The Memory Driver

Intel AR-474 Memory Life-Cycle Cost

Intel AR-475 PLDs Get Function-Specific 

Intel AR-476 A Micro Channel Slave-Adapter Link

Intel AR-478 Flash, Best Of Two Worlds

Intel AR-484 PC Standard in the Cards

Intel AR-486 Flash Outshines ROM & EPROM

Intel AR-489 Simplify A RISC Embedded-Controller Interface Using A PLD

Intel AR-490 Flash Memory Operates 10-20 Times Longer

Intel AR-491 Memory Breakthrough Drives Miniaturization

Intel AR-493 Look Out EPROM Here Comes Flash
Intel AR-494 Laptop Vendors Join the Flash Bandwagon

Intel AR-495 Store Data in a Flash
Intel AR-497 Designing with Flash Memory
Intel AR-498 Nonvolatile, In-Circuit-Reprogrammable Memories

Intel AR-501 OBJ Lessons by S. Armbrust and T. Forgeron

Intel AR-511 High End Buses Face PC Challenge

Intel AR-513 Automation Opportunity Brings Planning Problems

Intel AR-514 lntel Corporation: A Touch of Electronic Magic

Intel AR-515 A Single-Chip Image Processor

Intel AR-516 Communication Controller Sports Flexible Serial Interface
Intel AR-517 Using the 8051 with Resonant Transducers

Intel AR-518 Software for digital filtering

Intel AR-519 Software Links CRT with 8051's Serial Port

Intel AR-520 Using Software to Realize Combinational Logic

Intel AR-521 8052 Microcomputer Simplies FFT Design

Intel AR-522 8031's Counter Buys it a Bargain 16-Bit A-D Converter

Intel AR-523 Unique I/O Expansion Techniques of the 8052 Microcontroller

Intel AR-524 Using the Timer and Interrupt Structures of the 8052 in a Control Environment

Intel AR-525 Build an Intelligent Serial EPROM Programmer
Intel AR-526 Analog/Digital Processing with Microcontrollers

Intel AR-527 Build the Basic-52 Computer/Controller

Intel AR-528 Build this R-E Robot

Intel AR-529 A New Approach to Engine Control

Intel AR-530 New approach to Speed Control

Intel AR-531 I/O Structures for Automotive Microcontrollers
Intel AR-532 Flexible Servo System for Mechatronix Controller with a high Performance Microcontroller

Intel AR-533 PC Layout Techniques for Minimizing Nois

Intel AR-534 Ferment in Microcontrollers
Intel AR-535 lntel's Radical Redesign Doubles 8096 Throughput

Intel AR-536 The VLSI Vanguard Design News - Nov, 1987
Intel AR-537 A Fast-Turnaround, Easily Testable ASIC Chip for Serial Bus Control

Intel AR-539 80960's RISC-Like Architecture-(VLSI Systems Design)

Intel AR-540 80960 Microprocessor Report Reprints
Intel AR-541 Intel's 80960: An Architecture Optimized for Embedded Control

Intel AR-700 Flash Memory Cards

Intel AR-701 Execute-ln-Place

Intel AR-702 Interfacing Microsoft's Flash File Systems
Intel AR-703 Personalizing PLD Design Work.

Intel AR-710 Flash Solid-State Drive with 6MB/s Read/Write Channel and Data Compression
Intel AR-711 Flash: Big News in Storage?
Intel AR-715 Flash Memory Meeting the Needs of Mobile Computing
Intel AR-716 Flash Memory for Top Speeds in Mobile Computing Applications
Intel AR-717 The Many Facets of Flash Memory
Intel AR-718 Standardizing on a Flash File System
Intel AR-723 Interfacing BootBlock Flash Memories to the MCS(r) 96 Family

Intel Application Briefs

Intel AR-1 A Variable Attribute C.R.T. Terminal
Intel AR-2 Point Of Sale Terminal
Intel AR-3 2816 E2PROM Eliminates PROM Programmer Obsolescence
Intel AR-4 ROMs Become Flexible With 2816 E2PROMs
Intel AR-5 Industrial Robots E2 Shows Them The Way
Intel AR-6 Prototyping With E2PROMs
Intel AR-7 E2PROMs As An Error Accumulation Medium
Intel AR-8 Programmable Controllers And Data Loggers
Intel AR-1 A Variable Attribute C.R.T. Terminal
Intel AR-2 Point Of Sale Terminal
Intel AR-3 2816 E2PROM Eliminates PROM Programmer Obsolescence
Intel AR-4 ROMs Become Flexible With 2816 E2PROMs
Intel AR-5 Industrial Robots E2 Shows Them The Way
Intel AR-6 Prototyping With E2PROMs
Intel AR-7 E2PROMs As An Error Accumulation Medium
Intel AR-8 Programmable Controllers And Data Loggers
Intel AR-1 A Variable Attribute C.R.T. Terminal
Intel AR-2 Point Of Sale Terminal
Intel AR-3 2816 E2PROM Eliminates PROM Programmer Obsolescence
Intel AR-4 ROMs Become Flexible With 2816 E2PROMs
Intel AR-5 Industrial Robots E2 Shows Them The Way
Intel AR-6 Prototyping With E2PROMs
Intel AR-7 E2PROMs As An Error Accumulation Medium
Intel AR-8 Programmable Controllers And Data Loggers

Intel AB-1 A Variable Attribute C.R.T. Terminal

Intel AR-2 Point Of Sale Terminal
Intel AR-3 2816 E2PROM Eliminates PROM Programmer Obsolescence
Intel AR-4 ROMs Become Flexible With 2816 E2PROMs
Intel AR-5 Industrial Robots E2 Shows Them The Way
Intel AR-6 Prototyping With E2PROMs
Intel AR-7 E2PROMs As An Error Accumulation Medium
Intel AR-8 Programmable Controllers And Data Loggers
Intel AR-2 Point Of Sale Terminal
Intel AR-3 2816 E2PROM Eliminates PROM Programmer Obsolescence
Intel AR-4 ROMs Become Flexible With 2816 E2PROMs
Intel AR-5 Industrial Robots E2 Shows Them The Way
Intel AR-6 Prototyping With E2PROMs
Intel AR-7 E2PROMs As An Error Accumulation Medium
Intel AR-8 Programmable Controllers And Data Loggers

Intel AB-3 2816 E2PROM Eliminates PROM Programmer Obsolescence

Intel AB-4 ROMs Become Flexible With 2816 E2PROMs

Intel AB-5 Industrial Robots E2 Shows Them The Way

Intel AB-6 Prototyping With E2PROMs

Intel AB-7 E2PROMs As An Error Accumulation Medium

Intel AB-8 Programmable Controllers And Data Loggers

Intel AB-8 Implementing Cascaded Logic in the 5C121

Intel AB-9 5C121 As a Three and One-Half Digit Display Driver

Intel AB-10 Square Pegs in Round Holes-A Fitting Tutorial for the 5C121

Intel AB-11 16-Bit Binary Counter Implementation Using the 5C060 EPLD

Intel AB-12 Designing a Mailbox Memory for Two 80C31 Microcontrol Using PLDs

Intel AB-13 TTL Library For  EPLD Design

Intel AB-16 Atypical Latch/Register Construction in EPLDs

Intel AB-18 TTL Macro Library Listing for EPLD Designs

Intel AB-21 EPLD Custom Macro Library Listing for EPLD Designs

Intel AB-22 5C032-25 vs. 16V8-25: A Device Comparison

Intel AB-24 89024 Modem Customization for V.23 Data Transmission 

Intel AB-25 Designing In Flexibility With A Universal Memory Site 

Intel AB-27 Using the 1FX780 FLEXIogic FPGA in Hybrid 3.3V/5V Systems
Intel AB-28 Implementing FIFOs Using the 1FX780 FLEXIogic FPGA 

Intel AB-29 Flash Memory Applications in Laser Printers

Intel AB-30 80960CA DRAM Controller in a FLEXIogic IFX780 FPGA

Intel AB-31 The 80C186XL/80C188XL Integrated Refresh Control Unit

Intel AB-32 Upgrade Path from 8096-90 to 8096BH to 80C196

Intel AB-33 Memory Expansion for the 8096

Intel AB-34 Integer Square Root Routine for the 8096

Intel AB-35 DRAM Refresh/Control with the 80186/80188

Intel AB-36 80186/80188 DMA Latency

Intel AB-37 80186/80188 EFI Drive and Oscillator Operation

Intel AB-38 Interfacing the 82786 Graphics Coprocessor to the 8051

Intel AB-39 Interfacing the Densitron LCD to the 8051

Intel AB-40 32-Bit Math Routines for the 8051

Intel AB-41 Software Serial Port Implemented with the PCA

Intel AB-42 80960 Self-Test

Intel AB-44 Using the 87C51GB

Intel AB-45 Converting from the 8X9XBH or 8X9XJF to the 8XC196KB

Intel AB-46 Serial Port Mode 0,8X9XBH/KB/KC/KD Application Brief

Intel AB-51 FLEXIogic IFX780 Logic Configuration Timing
Intel AB-52 Overview of In-Circuit Reconfiguration and Programming for the FLEXIogic iFX780 andiFX740

Intel AB-53 The 85C224 Clock Driver Low Output Skew PLD

Intel AB-54 Using FLEXIogic 1FX780 and JFX740 Features with PLDshell Plus

Intel AB-55 How to Use Registered SRAM Macrocells on the FLEXIogic IFX780 and JFX740 via PLDshell Plus Keywords

Intel AB-56 Preparing For The Next Generation Intel Flash Memory Card

Intel AB-57 Intel's Flash Memory Boot Block Architecture for Safe Firmware Updates

Intel AB-62 Compiled Code Optimizations for Flash Memories

Intel AB-63 Manufacturing Cost Advantages of Using Intel SmartVoltage Technology

Intel AB-63 Manufacturing Cost
Advantages of Using
Intel SmartVoltage
Technology
Intel AB-63 Manufacturing Cost
Advantages of Using
Intel SmartVoltage
Technology

Intel AB-64 4-, 8-, 16-Mbit Byte-Wide FlashFile™ Memory Family Overview

Intel AB-65 Migrating SmartVoltage Boot Block Flash Designs to Smart 5 Flash

Intel AB-66 Resolving Bus Contention When Interfacing the Intel386(TM) EX Embedded Processor with Intel Flash

Intel AB-71 Using the SIO on the 8XC196MH

Intel AB-400 ISDN Applications with 29C53 and 80188

Intel AB-703 Personalizing PLD Design Work

Intel's ISIS,PLM,ASM & Other Softwares

PLM-51 Users Guide 1983

Fortran-86 V3.0 Release Letter

Fortran-86 V3.0 Release Notes

Pascal-86 Users Guide Jun.1985

Mainframe Link For Distributed Development Jul.1980

FORTRAN-86 Users Guide Mar.1983

FORTRAN-86 Users Guide Mar.1985

iAPX  86 88 Utilities Manual Aug.1982

Utilities Users Guide for 8080 Based Development Systems Sep.1981

ASM86 Macro Assembler Operating Instructions Sep.1982

PLM86 Users Guide Nov.1981

ASM8 Language Reference Manual Mar.1985

8087 Support Library Reference Nov.1983

8086 Reloadable Object Module Formats Nov.1981

AEDIT-86 Tex Editor Users Guide Mar.1985

Debug-88 Users Manual Jul.1983

Microsoft Utility Software Nov.1981

Alter Text Editor Users Guide Jun.1982

A Users Guide to Program Management Tools Aug.1982

PLM-51 Users Guide Jan.1984

C-86 Compiler Users Guide May.1983

Edit Reference Manual Aug.1981

PLM80 Programming Manual Jan.1980

ISIS II 8080 8085 Macro Assembler Operators Guide Aug.1981

8080 8085 Assembly Language Programming Manual May.1981

ISIS-II Users Guide May.1981

8080 Floating Point Library Feb.1980

ICE-85 ISIS II Operating Instructions May.1978

Fortran-80 Programming Manual Dec.1979

8086 Facility Utilities User Guide May.1982

MCS-86 Macro Assembly Language Manual Sep.1979

MCS-86 Assembly Language Converter Feb.1980

Multi-ICE Operating Instructions Jan.1980

BASIC-80 Reference Manual Sep.1979

ISIS II CREDIT CRT-Based Text Editor Apr.1981

8089 Assembler Users Guide Aug.1979

ICE-88 Operating Instructions Aug.1979

AP-80 ISIS-II System Calls Jan.1980

ISIS internals

PLM Compiler Operations Manual 1975

PLM86 Oct.1982

PLM-80 Programming Manual Jan.1980

Rev C PLM86 Feb. 1982