- 1.1 Summary of Design Conventions
- 2.1 Design Conventions
- Rabbit Programming Connector
- Memory Chips
- Oscillator Crystals
- 2.2 Operating Voltages
- 2.3 Power Consumption
- 2.4 Through-hole Technology
- 3.1 Clocks
- Low-Power Design
- Conformal Coating of 32.768 kHz Oscillator Circuit
- 3.2 Basic Memory Design
- Memory Access Time
- Precautions for Unprogrammed Flash Memory
- 3.3 PC Board Layout and Memory Line Permutation
- 3.4 PC Board Layout and Electromagnetic Interference
- EMI Regulations
- EMI Measuring Devices
- Classes For EMI Testing
- Layout and Decoupling for Low EMI
- EMI Sources
- Clock Signal Pin 1
- High Frequency Oscillator Circuit
- Processor Decoupling
- Elimination of Power Plane
- 4.1 How the Cold Boot Mode Works In Detail
- 4.2 Program Loading Process Overview
- Program Loading Process Details
- 5.1 Physical Memory
- Flash Memory
- SRAM
- Basic Memory Configuration
- 5.2 Memory Segments
- Definitions
- The Root Memory Segment
- Types of Code Best-Suited for the Root Memory Segment
- The Data Segment
- The Stack Segment
- The Extended Memory Segment
- 5.3 How The Compiler Compiles to Memory
- Placement of Code in Memory
- Paged Access in Extended Memory
- 6.1 Startup Conditions Set Up By the BIOS
- 6.2 BIOS Flowchart
- 6.3 Internally Defined Macros
- 6.4 Modifying the BIOS
- 6.5 Origin Statements to the Compiler
- Origin Statement Syntax
- Origin Statement Semantics
- Origin Statement Examples
- Origin Directives in Program Code
- 7.1 Definition of SysIDBlock
- 7.2 Access
- Reading the SystemID Block
- Writing the SystemID Block
- 7.3 Determining the Existence of the SystemID Block
- 8.1 Overview of Cloning
- Evolution of Cloning Support
- 8.2 Creating a Clone
- Steps to Enable and Set Up Cloning
- Steps to Perform Cloning
- LED Patterns
- 8.3 Cloning Questions
- MAC Address
- Different Flash Sizes
- Design Restrictions
- 9.1 Software Support for Low-Power Sleepy Modes
- 9.2 Baud Rates in Sleepy Mode
- 10.1 Making a RAM-only board.
- Hardware Changes
- Software Changes
- 11.1 Supporting Other Flash Devices
- 11.2 Writing Your Own Flash Driver
- 12.1 Initial Checks
- 12.2 Diagnostic Test #2
- 12.3 Diagnostic Test #3
- Overview of the Bug
- Wait States In Data Memory
- Wait States in Code Memory
- Instructions Affected by the Wait State Bug
- Dynamic C version 7.05
- Prior versions of Dynamic C
- Output Enable Signal and Conditional Jumps
- Workaround for Wait State Bug with Conditional Jumps
- Output Enable Signal and Mul Instruction
- Alternatives to Wait States in Code Memory
- Enabling Wait States
- Summary