Speed PI Controller
Abstract: AP 138B 114H 80960MC M82965
Text: AP-Bus Interface Using the BXU CHAPTER 8 AP-BUS INTERFACE USING THE BXU The M82965 Bus Extension Unit BXU is the key component in building multiprocessor designs with the 80960MC processor family. The BXUs connect to each other in an expandable matrix that
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M82965
80960MC
Speed PI Controller
AP 138B
114H
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271062
Abstract: M82965
Text: in te i M82965 FAULT TOLERANT BUS EXTENSION UNIT Military Multiprocessor Support — Connect up to 32 Processor and Memory Modules In a Single System Message Passing — Supports Interagent Communication — Redundant Error Reporting Network Multiple Bus Support with No External
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M82965
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bx-upi
Abstract: 271062 "FRC"
Text: M W Â K K S E O ßiO IFÜ K lM lÄ TD ^ in te * M82965 FAULT TOLERANT BUS EXTENSION UNIT Military Multiprocessor Support — Connect up to 32 Processor and Memory Modules In a Single System Multiple Bus Support with No External Logic — Connect up to Four 32-Bit Buses for
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32-Bit
M82965
bx-upi
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AP 309
Abstract: lad7b10 voter 80960MC M82965 MG82965 intel DOC
Text: M W A N S E in te i M82965 FAULT TOLERANT BUS EXTENSION UNIT Military Multiprocessor Support — Connect up to 32 Processor and Memory Modules in a Single System Multiple Bus Support with No External Logic — Connect up to Four 32-Bit Buses for High-Bandwidth Access to
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M82965
32-Bit
M8296S
AP 309
lad7b10
voter
80960MC
M82965
MG82965
intel DOC
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80960MC
Abstract: AC GENERATOR 0011B M8259A M82965
Text: Memory and I/O Interface Using the BXU CHAPTER 9 MEMORY AND I/O INTERFACE USING THE BXU The M82965 B X U provides many features that enhance high-performance multiprocessor designs. This chapter outlines approaches to design memory and I/O systems in a multiprocessor design thdt
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M82965
80960MC
M8259A,
AC GENERATOR
0011B
M8259A
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processor
Abstract: 80960MC M82965
Text: Processor Management and Initialization g CHAPTER 9 PROCESSOR MANAGEMENT AND INITIALIZATION This chapter describes the facilities for initializing and managing the operation of the 80960MC processor. Included is an overview of the processor-management facilities and a
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80960MC
processor
M82965
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80960MC
Abstract: M82965
Text: Multiple-Processor Operation 75 CHAPTER 15 MULTIPLE-PROCESSOR OPERATION This chapter presents several features of the processor that support multiprocessor systems. Included are discussions of external IAC messages, high-level process management facilities,
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80960MC
Abstract: INTEL 80960 pipeline architecture M82965 80960
Text: Introduction to the 80960 Architecture 2 CHAPTER 2 INTRODUCTION TO THE 80960 ARCHITECTURE This chapter provides an overview of the architecture on which the 80960MC processor is based. A NEW 32-BIT ARCHITECTURE FROM INTEL The 80960MC processor is the military-grade member of a new family of processors from
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80960MC
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INTEL 80960 pipeline architecture
M82965
80960
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80960MC
Abstract: AD30 M82965 FFFC0000
Text: Initialization CHAPTER 14 INITIALIZATION This chapter describes the hardware requirements for initializing the 80960MC processor and the BXU in a fault-tolerant system design. The basic minimum initialization requirements are described, as well as some of the available options. The exact initialization procedure depends on the type of
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80960MC
AD30
M82965
FFFC0000
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Embedded Applications Handbook 270646
Abstract: intel Multibus i handbook 230843 embedded controller handbook Mohawk 80960MC 80960 1989 intel I860 processor 270646 multibus II architecture specification
Text: 80960MC Hardware Designer’s Reference Manual June, 1989 Order Number: 271079-002 intei LITERATURE T o o rd er Intel Literature or obtain literature pricing inform ation in the U .S. and C anad a call or w rite Intel Literature Sales. In Europe and other international locations, please contact your local sales office or
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80960MC
Embedded Applications Handbook 270646
intel Multibus i handbook
230843
embedded controller handbook
Mohawk
80960 1989
intel I860 processor
270646
multibus II architecture specification
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0011B
Abstract: 0040H 80960MC M82965
Text: Advanced Processor Bus 7 CHAPTER 7 ADVANCED PROCESSOR BUS Efficient bus utilization is essential in a multiprocessing system. A simple and efficient approach to building an 80960MC processor interconnect system is to use the Advanced Processor bus AP-bus
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80960MC
32-bit
0011B
0040H
M82965
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interlace parity
Abstract: 80960MC M82965
Text: Confinement Areas/ Detection Mechanisms 77 CHAPTER 11 CONFINEMENT AREAS/DETECTION MECHANISMS The first step toward fault-tolerant design is to detect and isolate the error. This chapter describes the details of the 80960 architecture confinement areas and the associated detection mechanisms.
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interlace parity
80960MC
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