ARM Architecture is designed in such a way that even readers with a basic understanding of microprocessors can learn and understand the concepts with ease. This book addresses the concerns of software developers, system designers, and hardware engineers focusing on development of drivers, software, and hardware components in a closely-knit fashion to avoid compatibility issues.ARM Architecture guides engineers through the workings of an ARM in system on chip (SOC) via an example driven systematic process. It also elucidates on data flow between peripherals and ARM in SOC, drivers and the programming of hardware peripherals through multiple illustrations. The book teaches the reader programming the ARM chip in both C and assembly language with the help of multiple examples. It helps the reader learn peripheral programming, which is necessary for firmware development for embedded systems and driver development. It also teaches the reader how to program a system on chip.ARM Architecture does far more than just outline the ARM features; it explains the implementation of processor in real-world designs through a step-by-step process and is beneficial to people who are migrating from 8 bit micro-controllers to 32 bit micro-controllers and covers the ARM family extensively,elucidating on hardware blocks like SDRAM, RAM, etc.
Auflage
Sprache
Verlagsort
Zielgruppe
Für Beruf und Forschung
Popular/general
Illustrationen
Maße
Höhe: 235 mm
Breite: 191 mm
ISBN-13
978-1-4302-6199-5 (9781430261995)
Schweitzer Klassifikation
1 Introduction to ARM1.1 ARM in Embedded Systems 1.2 ARM Overview1.2.1 ARM Registers1.2.2 Pipelining1.2.3 Pipeline stall1.3 Stack1.4 ARM and Other RISC Machines1.5 ARM Architecture Versions2 Basic Blocks of ARM2.1ARM Core2.2ITCM2.3 DTCM2.4 CACHE2.5 Write Buffer2.6 System Controller2.7 Bus Interface Unit2.8 Memory Protection Unit2.9 Memory Management Unit2.10 Co-Processor 153 Programmers Model3.1 Exceptions3.1.1 Reset3.1.2 Undefined Instruction3.1.3 Software Interrupt3.1.4 Prefetch Abort3.1.5 Data Abort3.1.6 IRQ Interrupt3.1.6.1 Interrupt Latency3.1.7 FIQ3.2 Modes4 C Programming For ARM4.1 Parameter Passing for Functions4.2 Optimization Techniques4.3 Instruction Scheduling4.4 Structures and BitFields4.5 Short, Int and Char4.6 Use of Pragmas5 Assembly Language5.1 Types of Instruction5.1.1 Co-Processor Instructions5.1.2 Status Register Instructions5.1.3 Load/Store Instructions5.1.4 Load and store using stack operations5.1.5 Data Processing Instructions5.1.6 Exception Generation Instructions5.1.7 Branch Instructions5.2 Thumb Instructions5.3 Examples6 Programming Chip6.1 Startup code6.2 Programming peripherals7 ARM System on Chip7.1 AMBA Overview7.1.1 Types of AMBA protocol7.1.2 Components of AMBA7.2 System On Chip Design7.2.1 Single master7.2.2 Multimaster7.2.3 Memory map7.2.4 Default Slave7.2.5 FIQ ,IRQ and External Interrupts8 ARM core Basics
