Intel I/O Processor, IQ80332 - page 41

Evaluation Platform Board Manual 41

Intel® IQ80332 I/O Processor

Hardware Reference Section

3.9.6.4.3 S7A1-3: Configration Cycle Enable corresponding to signal name PBI_AD6

Configuration Cycle Enable or RETRY is latched at the de-asserting edge of P_RST# and it

determines when the Primary PCI interface disable PCI configuration cyc les by signaling a Retry

until the Configuration Cycle Retry bit is cl eared in the PCI Configuration and Status Register.

3.9.6.4.4 S7A1-4: PCI-X Bus B Speed Enable corresponding to signal name PBI_AD10

This switch allows the user to enables 133 MHz on PCI -X segment B.

Table 24. S7A1-4: PCI-X Bus B Speed Enable: Settings and Operation Mode

3.9.6.4.5 S7A1-5: PCI-X Bus B Hot-Plug Reset Disable corresponding to signal name

PBI_AD11

This switch allows the user to enables or disabl e Hot-Plug Reset on PCI-X segment B.

Table 25. S7A1-5: PCI-X Bus B Hot-Plug Reset Disab le: Settings and Operation Mode

3.9.6.4.6 Switch S7A1- 6: Hot Plug Capable Disabled corresponding to signal n ame

PBI_AD15

This switch allows the user to enable hot plug devices on the secondary PC I-X bus B.

Table 26. Switch S7A1- 6: Hot Plug Capable Disabled: Settings and Operation Mode

Table 23. Switch S7A1-3: RETRY: Settings and Operation Mode

S7A1-3 Operation Mode

Open Configur ation Retry Enabled. - use when bootin g in a host (Default m ode).

Closed Configuration Retry Disabled.

S7A1-4 Operation Mode

Open Enables 133 MHz on PCI-X bus B.

Closed Enables 100 MHz on PCI-X bus B (Default Mode).

S7A1-5 Operation Mode

Open PCI-X Bus B Hot-Plug Enabl e, normal reset mode disabled

Closed PCI-X Bus B Hot-Plug Disable, normal reset mode (Default Mode).

S7A1-6 Operation Mode

Open Hot Plug on Bus B Enabled

Closed Disables Hot Plug on Bus B(Default mode)

Contents

Main 2 September, 2005 Document Number: 274069003US Intel IQ80332 I/O Processor Evaluation Platform Board Manual Contents Page Page Figures Examples Revision History Introduction 1 1.1 Document Purpose and Scope 1.2 Other Related Documents Introduction 1.3 Electronic Information Tabl e 3 provides additional information on the m ajor components of 80332. 1.4 Component References Table 2. Electronic Information Table 3. Component Reference 1.5 Terms and Definitions 1.6 Intel 80332 I/O Processor Page Introduction 1.7 Intel IQ80332 I/O Processor Evaluation Platform Board Features Table 5. Summary of Features Getting Started 2 2.1 Kit Content 2.2 Hardware Installation 2.2.1 First-Time Installation and Test 2.2.2 Power Requirements 2.3 Factory Settings 2.4 Development Strategy 2.4.1 Supported Tool Buckets 2.4.2 Contents of the Flash 2.5 Target Monitors 2.5.1 RedHat RedBoot 2.6 Host Communications Examples 2.6.1 Serial-UART Communication 2.6.2 JTA G Debug Communication 2.6.3 Network Communication 2.6.4 GNUPro GDB/Insight Page Page Page Hardware Reference Section 3 3.1 Functional Diagram 8 MB Figure 5 shows the functional block for the 80332 . Figure 5. Functional Block Diagram StrataFLASH 3.2 Board Form-Factor/Connectivity DDR II DIMM Battery 107 Figure 6. Board Form Factor 3.3 Power 3.4 Memory Subsystem 3.4.1 DDR SDRAM 3.4.1.1 Battery Backup 3.4.2 Flash Memory Requirements 3.5 Interrupt Routing 3.6 Intel IQ80332 I/O Processor Evaluation Platform Board Peripheral Bus The 80332 populates the periph eral bus as depicted by Figure 7. Figure 7. Intel IQ80332 I/O Processor Evaluation Platform Board Peripheral Bus Topology Intel 8033 2 I/O Processor PBI Bus Table 10. Peripheral Bus Features 3.6.1 Flash ROM 3.6.2 UART 3.6.3 Non-Volatile RAM 3.6.4 Audio Buzzer 3.6.5 HEX Display 3.6.6 Rotary Switch 3.6.7 Battery Status Page 3.7.2 JTAG Debug The 80332 has a 20-pin JTAG connector (J7D2) th at is in compliant with ARM Multi-IC E guidelines. 3.7.2.1 JTAG Port Figure 9. JTAG Port Pin-ou t 3.8 Board Reset Scheme 82545EM Figure 10. RESET Sources DDR II SDRAM Intel 80332 I/O Processor PCI-X Con A 3.9 Switches and Jumpers 3.9.1 Switch Summary 3.9.2 Default Switch Settings of S7A1- Visual Table 15. Switch Summary Table 16. Switch S7A1 3.9.3 Jumper Summary 3.9.4 Connector Summary 3.9.5 General Purpose Input/Output Header Table 17. Jumper Summary Table 18. Connector Summary 3.9.6 Detail Descriptions of Switches/Jumpers 3.9.6.1 Switch S1C2: 80332 Reset 3.9.6.2 Switch S6A1: BPCI-X Reset 3.9.6.3 Switch S8A1: Rotary 3.9.6.4 Switch S7A1 Page Page 3.9.6.5 Jumper J7D1: Flash bit-width 3.9.6.6 Jumper J1C1: JTAG Chain 3.9.6.7 Jumper J1D2: UART Control 3.9.6.8 Jumper J7B4: SMBus Header 3.9.6.9 Jumper J9D3: Buzzer Volume Control Software Reference 4 4.1 DRAM 4.2 Components on the Peripheral Bus 4.2.1 Flash ROM Software Reference 4.2.2 Peripheral Bus Memory Map The Table 4 1 is the physical memory map o f the devices on the 80332 Peripher al Bus: Table 41. Peripheral Bus Memory Map Software Reference 4.3 Board Support Package (BSP) Examples 4.3.1 Intel 80332 I/O Processor Memory Map 4.3.2 RedBoot* Intel 80332 I/O Processor Memory Map 4.3.3 RedBoot Intel 80332 I/O Processor Files 4.3.4 RedBoot 80332 DDR Memory Initialization Sequence IQ80321 and IQ80332 Comparisons IQ80321 and IQ80332 Comparisons A Page Getting Started and Debugger B B.1 Introduction B.1.1 Purpose B.1.2 Necessary Hardware and Software B.1.3 Related Documents B.1.4 Related Web Sites B.2 Setup B.2.1 Hardware Setup B.2.2 Software Setup B.3 New Project Setup B.3.1 Creating a New Project B.3.2 Configuration File Project code|lab EDE Tools Help Edit View Build, Debug B.4 Flashing with JTAG B.4.1 Overview B.4.2 Using Flash Programmer B.5 Debugging Out of Flash B.6 Building an Executable File From Example Code B.7 Running the Code|Lab Debugger B.7.1 Launching and Configuring Debugge r B.7.2 Manually Loading and Executing an Application Program B.7.3 Displaying Source Code B.7.4 Using Breakpoints B.7.5 Stepping Through the Code B.7.6 Setting Code|Lab Debug Options B.8 Exploring the Code|Lab Debug Windows B.8.1 Toolbar Icons B.8.2 Workspace Window B.8.3 Source Code B.8.4 4 Debug and Console Windows B.8.6 Registers Window B.8.7 Watch Window B.8.8 Variables Window B.9 Debugging Basics B.9.1 Overview B.9.2 Hardware and Software Breakpoints B.9.2.1 Software Breakpoints B.9.2.2 Hardware Breakpoints B.9.3 C.9.3 Exceptions/Trapping