Disambiguation evidence for SPARC microprocessor architecture via surface form

"SPARC"


As subject (60)

Triples where this entity appears as subject under the label "SPARC".

Predicate Object
applicationDomain embedded processors
applicationDomain server processors
applicationDomain space-grade processors
applicationDomain workstation processors
architectureStyle load-store architecture
bitWidth 32-bit
bitWidth 64-bit
category RISC instruction set architecture
designer Sun Microsystems
feature annulled branch delay slot
feature modular implementation specification
feature privileged and user modes
feature register window mechanism to reduce procedure call overhead
feature scalable multiprocessing support
feature separate integer and floating-point register sets
feature trap-based system calls
feature well-defined supervisor mode
firstAppeared 1987
fullName Microprocessor without Interlocked Pipeline Stages
surface form: Scalable Processor Architecture
governedBy SPARC International
influenced SPARC microprocessor architecture self-linksurface differs
surface form: LEON processor family
influencedBy Berkeley RISC projects
surface form: Berkeley RISC
influencedBy RISC I
influencedBy RISC II
instanceOf RISC architecture
instanceOf instruction set architecture
licenseModel open architecture specification
purpose enterprise servers
purpose high-performance computing
purpose workstations
registerFile 32 general-purpose registers per window
standardizedBy SPARC International
supports IEEE 754 floating‑point arithmetic standard
surface form: IEEE 754 floating-point
supports atomic memory operations
supports big-endian mode
supports cache coherence protocols (implementation-dependent)
supports delayed branches
supports hardware multiply and divide (in later versions)
supports little-endian mode
supports multiprocessing
supports multithreading
supports register windows
supports virtual memory
typicalImplementation out-of-order execution (in high-end cores)
typicalImplementation superscalar pipelines
usedBy Fujitsu Limited
surface form: Fujitsu
usedBy SPARC microprocessor architecture self-linksurface differs
surface form: Gaisler Research (LEON cores)
usedBy Oracle Corporation
usedBy Sun Microsystems
usedBy Texas Instruments
surface form: Texas Instruments (embedded SPARC)
usedIn Fujitsu SPARC servers
usedIn Oracle SPARC servers
usedIn Sun Enterprise servers
usedIn SPARCstation
surface form: Sun SPARCstation workstations
usedIn Sun-4 workstation
surface form: Sun-4 systems
usedIn embedded systems
usedIn space-qualified processors
variant SPARC microprocessor architecture self-linksurface differs
surface form: SPARC V7
variant SPARC microprocessor architecture self-linksurface differs
surface form: SPARC V8
variant SPARC microprocessor architecture self-linksurface differs
surface form: SPARC V9

As object (8)

Triples where some other subject referred to this entity as "SPARC".