IEEE 960/1177-1989

IEEE 960
1 Introduction and general information
2 Conventions, definitions, abbreviations, symbols,
  and references
3 Signals, signal lines, and pins
4 FASTBUS operations: addressing
5 FASTBUS operations: timing, sequences and responses
6 Bus arbitration
7 Ancillary logic on a segment
8 Control and status register space
9 Interrupts
10 Interconnection of segments
11 Block and pipelined transfers
12 Signal characteristics
13 Modules
14 Crates
15 Power
16 Cable segment
Annexes
A (informative) - Requirements for various implementations
B (informative) - Front panel interconnections for ECL
C (informative) - Cable segment implementation
D (informative) - Implementation examples of master requirements
E (informative) - FASTBUS segment interconnect type S-1
F (informative) - Module implementation
G (informative) - Examples of type A crate implementation
H (informative) - Examples of type W crate and type W module assembly
I (informative) - Typical power supplies
J (informative) - Non-zero status handling procedures
K (informative) - Components
L (informative) - Construction and system requirements
M (informative) - System and circuit protection
N (informative) - Multi-module data transfer specification (MDT-1)
IEEE 1177
1 Overview
2 Basic concepts
3 Environment management and delayed action
4 Operational parameters
5 Data buffers
6 Simple transaction routines
7 Compound transaction routines
8 Primitive FASTBUS action routines
9 FASTBUS SR and interrupt message routines
10 Synchronization, system resource and port routines
11 Status and error handling
12 Error codes
Annexes
A (informative) - Summary of routine names and parameters
B (informative) - List of reserved names
C (informative) - FORTRAN 77 data types

FASTBUS is a standardized modular data-bus system for data acquisition, data processing, and control. A FASTBUS system consists of multiple bus segments that can operate independently, but link together for passing data and other information.