VAX architecture family

GPTKB entity

Statements (55)
Predicate Object
gptkbp:instance_of gptkb:architecture
gptkbp:addressed multiple addressing modes
gptkbp:architecture CISC
gptkbp:community_support active support community
gptkbp:compatibility backward compatibility
gptkbp:competitors competed with IBM mainframes
gptkbp:data_type multiple data types
gptkbp:developed_by gptkb:Digital_Equipment_Corporation
gptkbp:emulation VAX emulators available
available for modern systems
gptkbp:ended little-endian
gptkbp:equipment gptkb:VAX_processors
VAX memory modules
VAX storage devices
VAX I/ O devices
gptkbp:first_introduced gptkb:1977
gptkbp:has_documentation extensive documentation available
gptkbp:has_units yes
gptkbp:historical_significance important in computing history
https://www.w3.org/2000/01/rdf-schema#label VAX architecture family
gptkbp:influenced RISC architectures
gptkbp:instruction_set VAX instruction set
variable-length instructions
gptkbp:legacy influenced later architectures
gptkbp:market_segment mid-range computing
gptkbp:memory_type 32-bit
gptkbp:notable_applications scientific computing
business applications
gptkbp:notable_features support for virtualization
support for batch processing
support for real-time applications
support for system programming
rich instruction set
support for distributed computing
support for networked environments
support for high-level languages
support for interactive applications
complex addressing modes
gptkbp:notable_models gptkb:VAX_9000
gptkb:VAX-11
gptkbp:operating_system gptkb:VMS
gptkb:Open_VMS
gptkbp:performance yes
high performance for its time
gptkbp:production_years 2000s
gptkbp:programming_language supports multiple programming languages
gptkbp:registration 16 general-purpose registers
gptkbp:successor Alpha architecture
gptkbp:supports virtual memory
multiprocessing
gptkbp:training_programs training resources available
gptkbp:used_in minicomputers
gptkbp:user_base large user base
gptkbp:bfsParent gptkb:VAX_assembly_language
gptkbp:bfsLayer 6