Applications of the RapidIO Interconnect Technology
by Sam Fuller
RapidIO: The Next Generation Communication Fabric For Embedded Application
- Copyright
- PREFACE
- The Interconnect Problem
- RapidIO Technology
- PHILOSOPHY
- THE SPECIFICATION HIERARCHY
- RAPIDIO PROTOCOL OVERVIEW
- PACKET FORMAT
- TRANSACTION FORMATS AND TYPES
- MESSAGE PASSING
- GLOBALLY SHARED MEMORY
- FUTURE EXTENSIONS
- FLOW CONTROL
- THE PARALLEL PHYSICAL LAYER
- THE SERIAL PHYSICAL LAYER
- LINK PROTOCOL
- MAINTENANCE AND ERROR MANAGEMENT
- PERFORMANCE
- OPERATION LATENCY
- Devices, Switches, Transactions and Operations
- I/O Logical Operations
- Messaging Operations
- System Level Addressing in RapidIO Systems
- The Serial Physical Layer
- Parallel Physical Layer Protocol
- PACKET FORMATS
- CONTROL SYMBOL FORMATS
- PACKET START AND CONTROL SYMBOL DELINEATION
- PACKET EXCHANGE PROTOCOL
- FIELD PLACEMENT AND DEFINITION
- LINK MAINTENANCE PROTOCOL
- PACKET TERMINATION
- PACKET PACING
- EMBEDDED CONTROL SYMBOLS
- PACKET ALIGNMENT
- SYSTEM MAINTENANCE
- SYSTEM CLOCKING CONSIDERATIONS
- BOARD ROUTING GUIDELINES
- Interoperating with PCI Technologies
- RapidIO Bringup and Initialization Programming
- Advanced Features
- Data Streaming Logical Layer
- Applications of the RapidIO Interconnect Technology
- Developing RapidIO Hardware
- Implementation Benefits of the RapidIO Interconnect Technology in FPGAs
- Application of RapidIO to Mechanical Environments
- RapidIO Logical and Transport Layer Registers
- Serial Physical Layer Registers
- Parallel Physical Layer Registers
- Error Management Extensions Registers
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