Indigo2 and POWER Indigo2 Technical Report

1.1.1 R4400SC Key Features
1.1.2 R8000 POWER Indigo2 Key Features

1.3 Indigo2 Technology

1.4 Indigo2 Audio and Video

1.4.1 Galileo Video

2.1.1 Drive Bays
2.1.2 Ports

2.2.1 3.5" Internal Devices
2.2.2 5.25" Internal Devices
2.2.3 External Devices

3.1.1 MIPS R4400SC CPU Module
3.1.2 MIPS R4600SC CPU Module
3.1.3 MIPS R8000 Module
3.1.4 MC ASIC

3.3 EISA Bus

3.4 Main Memory

3.5 The I/O System

3.6 The Audio System

3.6.1 HAL2 ASIC
3.6.2 Codecs
3.6.3 Serial Digital Audio Transmitter
3.6.4 Serial Digital Audio Receiver
3.6.5 Microphone
3.6.6 Internal Speaker
3.6.7 Headphone Output

5.2 VLSI Integration

5.3 Graphics Architecture

5.4 The CPU Interface

5.5 Packaging

5.6 Graphics Hardware

5.6.1 Command Engine
5.6.2 Geometry Subsystem
5.6.3 Raster Subsystem
5.6.4 Display Subsystem

5.7.1 Micropixel Sub-Pixel Positioning
5.7.2 Blending
5.7.3 Point Anti-Aliasing
5.7.4 Line Anti-Aliasing
5.7.5 SharpScene Accumulation Buffer
5.7.6 Lighting Features
5.7.7 Atmospheric Effects
5.7.8 Texture Mapping
5.7.9 Stencil Planes
5.7.10 Arbitrary Clipping Planes
5.7.11 Pixel Read, Write, and Copy

6.1.1 IRIX 5.3
6.1.2 IRIX 6.0.1
6.1.3 The X Window System

6.2.1 IRIS InSight™ Viewer
6.2.2 IRIS Showcase 3.0
6.2.3 Media Tools
6.2.4 Digital Media Clip Library

6.4 Developer Tools

6.4.1 CASEVision
6.4.2 Compilers and Standard Development Tools
6.4.3 The IRIS Graphics Library
6.4.4 Open GL
6.4.5 IRIS Inventor
6.4.6 Image Processing Library
6.4.7 Digital Media Libraries

7.0.1 Superscalar Implementation
7.0.2 R8000 Integer Unit Organization
7.0.3 Integer Operations
7.0.4 R8000 Floating-Point Unit Organization
7.0.5 Data Streaming Cache and Tag RAM
7.0.6 FPU Operations
7.0.7 R8000 Interface to the System Board

8.2 Memory Management

8.3 Process Management (Scheduling)

8.4 Synchronization Primitives

8.5 Light-weight Processes

8.6 File Services

8.7 Extent File System

8.7.1 File System Reorganizer

8.8.1 Asynchronous I/O
8.8.2 Memory-mapped I/O (mmap())
8.8.3 Direct I/O

8.10 NFS

8.11 MIPS Applications Binary Interface (ABI)

8.12 IRIX 4 and IRIX 5 Binary Compatibility

8.13 References

9.1.1 Optimizations
9.1.2 Memory Hierarchy (Cache) Optimizations
9.1.3 Automatic and User-assisted Parallelization
9.1.4 High-performance Scientific Libraries
9.1.5 Software Development Support

9.2.1 Processor Architecture
9.2.2 Application Characteristics
9.2.3 Optimization Technology
9.2.4 Basic Block Optimizations
9.2.5 Global Optimizations
9.2.6 Advanced Optimizations
9.2.7 Floating-point Optimizations
9.2.8 Global Code Motion
9.2.9 Software Pipelining
9.2.10 Pointer Optimization
9.2.11 Loop Optimizations
9.2.12 Parallelization
9.2.13 Procedure Inlining
9.2.14 Interprocedural Analysis (IPA)

9.3.1 Language Extensions
9.3.2 Compiler Directives for Scalar and Vector Performance
9.3.3 Cray Compiler Parallel-processing Directives