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Computer bus standard physically based on Eurocard sizes
RapidIO, StarFabric and InfiniBand. VMEbus was also used to develop closely related standards, VXIbus and VPX. The VMEbus had a strong influence on many later
VMEbus
Standards for connecting components of a computer
0–2019. VPX provides VMEbus-based systems with support for switched fabrics over a new high speed connector. Defined by the VMEbus International Trade
VPX
VMEbus performance improvement standard
VMEBus Switched Serial, commonly known as VXS, is an ANSI standard (ANSI/VITA 41) that improves the performance of standard parallel VMEbus by enhancing
VXS
German standard for electrical connectors
operate together. The most widely known use of DIN 41612 connectors is in the VMEbus and NuBus systems. The standard has withdrawn in favor of international
DIN_41612
Computer whose components are on a single printed circuit board
use in a backplane enclosure. Some of these types are CompactPCI, PXI, VMEbus, VXI, and PICMG. SBCs have been built around various internal processing
Single-board_computer
Board-level circuit that integrates a system function in a single module
acronym SoM has its roots in the blade-based modules. In the mid-1980s, when VMEbus blades used M-Modules, these were commonly referred to as system On a module
System_on_module
Computer
slot color deskside) used quad-depth, triple height Eurocard VMEbus CPU boards. The VMEbus CPU board was based on the same design as the Multibus CPU but
Sun-2
Standard for electronic modules used in nuclear physics research
crate backplane; this is a feature of later standards such as CAMAC and VMEbus. As a consequence, NIM-based ADC modules are nowadays uncommon in nuclear
Nuclear Instrumentation Module
Nuclear_Instrumentation_Module
AT&T/Bell family of computers
WE 321SB VMEbus Single Board Computer
3B_series_computers
Swiss electronics company
backplane in 1997. Elma Bustronic also develops backplanes in OpenVPX, VMEbus, VME64X, CompactPCI, MicroTCA, and custom bus structures. Elma is an executive
Elma_Electronic
Standards for automated test based upon VMEbus
instrumentation (VXI) bus refers to standards for automated test based upon VMEbus. VXI defines additional bus lines for timing and triggering as well as mechanical
VME eXtensions for Instrumentation
VME_eXtensions_for_Instrumentation
Series of Unix workstations and servers
1987, with the launch of the Sun 4/260. The original Sun-4 series were VMEbus-based systems similar to the earlier Sun-3 series, but employing microprocessors
Sun-4
Printed circuit board assembly manufactured to the IEEE P1386.1 standard
VMEbus cards, CompactPCI (cPCI) cards, and more recently, VPX cards. One PMC fits on a standard 3U carrier card while 6U models (typical for VMEbus cards)
PCI_Mezzanine_Card
Research operating system
for a variety of Motorola 68000-based computers, including ones using the VMEbus and Multibus backplanes and in particular the Multibus-based Chorus multiprocessor
Harmony_(operating_system)
ANSI/VITA input/output standard
FPGA Mezzanine Card (FMC) is an ANSI/VITA (VMEbus International Trade Association) 57.1 standard that defines I/O mezzanine modules with connection to
FPGA_Mezzanine_Card
Series of computer workstations and servers
by Sun Microsystems, launched on September 9, 1985. The Sun-3 series are VMEbus-based systems similar to some of the earlier Sun-2 series, but using the
Sun-3
bus system which transmits data between control systems (e.g., PCs, PLCs, VMEbus computers, robot controllers etc.) and spatially distributed I/O modules
INTERBUS
Data transfer channel connecting parts of a computer
controller in computer systems. Originally, general-purpose buses like VMEbus and the S-100 bus were used, but to reduce latency, modern memory buses
Bus_(computing)
Testing appliance for electronics systems
an ANSI standard based on the VMEbus with support for switched fabric using a high speed connector. VXI combines VMEbus specifications with features from
Electronic_test_equipment
Standard for PCBs which may be interconnected in a rack mounted chassis
standardized as IEC 60603.2. This is the connector that is used for the VMEbus standard, which was IEEE 1014. The connector known as the 5-row DIN, which
Eurocard (printed circuit board)
Eurocard_(printed_circuit_board)
for the Motorola's VMEbus. The first in the line, the VVG-128 first video-acquisition, frame-grabber, and display system for the VMEbus, intended for factory
Datacube_Inc.
Defunct American computer manufacturer (1980–1996)
Workstation, VMEBus MacIvory II 1989 Nubus Board for Apple Macintosh UX400 1989 VMEBus Board for Sun XL1200 1990 Workstation, VMEBus UX1200 1990 VMEBus Board
Symbolics
US color graphics display manufacturer
Versabus Proprietary, Idris 19" CT Series 1981 1024x768 8 256 Z80 None None 13" CX Series 1984 1536x1152 and up 8-24 256-16M 68020 VMEbus Unix 19" and up
Chromatics_Inc.
Radio communication system implemented in software
control, which fed an analog-to-digital converter that was on a computer VMEbus with a lot of digital signal processors (Texas Instruments C40s). The transmitter
Software-defined_radio
Standard-width frame for electronic equipment
backplane that closes the rear of the chassis. Several standards such as VMEbus (Versa Module Eurocard bus), STEbus, PCI eXtensions for Instrumentation
19-inch_rack
markets and develops embedded computing systems using OpenVPX, VPX, VXS, VMEbus, VME64X, CompactPCI, rugged MicroTCA, and custom bus structures. Charles
Hybricon_Corporation
32-bit military computer
enhancement to the UYK-43, the Open Systems Module (OSM), allows up to six VMEbus Type 6U commercial off-the-shelf (COTS) cards to be installed in a UYK-43
AN/UYK-43
architecture is an open standard platform for automated test based on the VMEbus. Introduced in 1987, VXI uses all Eurocard form factors and adds trigger
Automatic_test_equipment
Unix operating system originally developed by Sun Microsystems
to support UltraSPARC and include CDE, NFSv3 and NFS/TCP. Dropped sun4 (VMEbus) support. POSIX.1c-1995 pthreads added. Doors added but undocumented. Unsupported:
Oracle_Solaris
Process of sampling signals from sensors and converting into digital data
Instrumentation Network interface controller PCI eXtensions for Instrumentation VMEbus VXI Specialized DAQ software may be delivered with the DAQ hardware. Software
Data_acquisition
(FPDP) is a bus that provides high speed data transfer between two or more VMEbus boards at up to 160 Mbit/s with low latency. The FPDP bus uses a 32-bit
Front_Panel_Data_Port
1982-89 American computer networking company
company offered a line of Ethernet "front end processor" boards for Multibus, VMEbus, Q-Bus, Unibus, and IBM AT Bus systems. The cards were equipped with their
Excelan
Workstation computer
more than 72 GB using additional enclosures I/O subsystem includes four VMEbus expansion slots, Ethernet and two SCSI channels with disk striping support
SGI_Crimson
Electronic used in particle generators
module could negotiate to be master of the bus to send or receive data. VME (VMEbus) is a bus originally designed to provide an expansion bus for the Motorola
Modular_crate_electronics
1985 laptop
laptop is also designed around VMEbus, an open-standard computer bus built upon the 68000. Both the 68000 and VMEbus were seldom used by laptops at the
Ampere_WS-1
Personal computer by Atari
of the TT case with a separate keyboard and system unit, optional FPU, a VMEbus slot, two extra RS232 ports (all 9-pin rather than 25-pin as previous models
Atari_MEGA_STE
Sixth-generation x86 microprocessor by Intel
of the Intel i960 bus. Futurebus was intended to replace the 68000-based VMEbus used from the late 1970s as the main standardized advanced bus, however
Pentium_Pro
Topics referred to by the same term
Information Technologies Agency IRS Volunteer Income Tax Assistance Program VMEbus International Trade Association Vita (electoral list), an Italian electoral
Vita
Topics referred to by the same term
computer operating system developed by International Computers Limited VMEbus, the ANSI/IEEE computer hardware bus standard Virtual machine escape is
VME
Group of electrical connectors specifically aligned
longevity of its connectors. For example, DIN 41612 connectors (used in the VMEbus system) have three durability grades built to withstand (respectively) 50
Backplane
Command-line web browser
the line-mode browser. Eck, C. (December 1985). "PRIAM and VMEbus at CERN" (PDF). VMEbus in Physics Conference. Retrieved 26 July 2011. Crémel, Nicole
Line_Mode_Browser
Sun Microsystems computer family
housed in deskside pedestal enclosures (respectively 5-slot and 12-slot VMEbus chassis); models ending in "90" and the SPARCcenter 2000 came in rackmount
SPARCstation
was started in 1984 as VME Specialists. The original product focus was VMEbus cards for industrial automation. The company was founded by Leonard Lehmann
GreenSpring_Computers
Standard for computer daughterboards
standard was originally developed in Germany by MEN Mikro Elektronik for VMEbus applications and was soon expanded to support the CompactPCI bus as well
M-Module
Non-proprietary, processor-independent, computer bus
Rare, sometimes used in VMEbus hybrid boards DIN 41612, rows a and c, 0.1" pitch. VME/STE hybrid boards have the STEbus and VMEbus sharing the VME P2 connector
STEbus
Defunct American graphics hardware company
family to include expansion cards for the IBM PC and compatibles as well as VMEbus-based computer systems in the mid-1980s, starting with the Omega PC expansion
Metheus
Universal computer bus standard
implementations are still designed.[citation needed] In the late 1970s, VMEbus was faster than the parts plugged into it. It can connect a CPU and RAM
Futurebus
card edge 250 MByte/s P2P highspeed PCI. VPX 2004 MultiGig RT2 ? Provides VMEbus-based systems with support for switched fabrics. Designed specifically with
List of computer bus interfaces
List_of_computer_bus_interfaces
in Sony NeWS and NEC UP4800 workstations and NEC EWS4800 servers after VMEbus and before switch to PCI) Japan wikipedia article, Bus used in NEC PC-9821
List_of_interface_bit_rates
Series of 32 bit CISC microprocessors
processor architectures based on PowerPC, ARM, MIPS, SuperH, and others. VMEbus, an external computer bus standard designed for the 68000 series Early 680x0
Motorola_68000_series
purposes IEC 60821 VMEbus – Microprocessor system bus for 1 byte to 4 byte data IEC 60822 VSB – Parallel Sub-system Bus of the IEC 60821 VMEbus IEC 60824 Terminology
List_of_IEC_standards
Parallel computer sold by Cray Research from 1992 onwards
to operate, such as the Cray S-MP. Connection to the host system was via VMEbus or HiPPI. A fully configured APP had a peak performance of 6.7 (single-precision)
Cray_APP
Computer bus system
high-speed SPARC processors, replacing the earlier (and by this time, outdated) VMEbus used in their Motorola 68020- and 68030-based systems and early SPARC boxes
SBus
Supercomputer by Cray Research
Computers in 1990. The EL was an air-cooled system with a completely different VMEbus-based IOS. EL configurations with up to four processors (each with a peak
Cray_Y-MP
Circuit board for connecting to a computer system to add functionality
standardized as IEEE-488 (aka GPIB). Some well-known historical standards include VMEbus, STD Bus, SBus (specific to Sun's SPARCStations), and numerous others. Many
Expansion_card
64-bit RISC instruction set architecture
21164 processors. Digital also produced single-board computers based on the VMEbus for embedded and industrial use. The first generation includes the 21068-based
DEC_Alpha
Local area networking system
approved in 1998 by the American National Standards Institute for use on the VMEbus as ANSI/VITA 26-1998. One of the earliest publications on Myrinet is a 1995
Myrinet
Motorola 680x0 microprocessor, released in April 1994
a 50 MHz 68EC060 processor. Motorola MVME-17x and Force Computer SYS68K VMEbus systems use a 68060 CPU. Alpha Microsystems AM-6000, AM-6060, and AM-7000
Motorola_68060
Computer bus standard
Fellestunnelen tracks, but was expected to be decommissioned in 2011. S-100 bus VMEbus IEEE Standard Microcomputer System Bus. IEEE. December 1983. pp. 1–46. doi:10
Multibus
and −24 V to all modules. Data acquisition LEMO connector standard NIM VMEbus FASTBUS "The ESONE committee". Archived from the original on 3 March 2016
Computer Automated Measurement and Control
Computer_Automated_Measurement_and_Control
German electronic cabinet manufacturer
Racks and systems such as AdvancedTCA, AdvancedMC, MicroTCA, CompactPCI, VMEbus, VME64x bus and disk drive units Backplanes, test adapters, and power strips
NVent_Schroff
the other. Efforts were made to standardize QuickRing inside the existing VMEbus system using some redundant pins in response to an industry effort to standardize
QuickRing
card's serviceability. ESMs are typically used on boards for CompactPCI and VMEbus as well as single-board computers for embedded applications. A company standard
Embedded_System_Module
Computer bus interconnect for industrial computers
Serial CompactPCI PlusIO PXI MicroTCA or Advanced Mezzanine Card Mini PCI VMEbus VPX "PICMG CompactPCI". PICMG. Retrieved 2015-03-19. "CompactPCI AdvancedTCA
CompactPCI
American networking company
high data rate required by the 100 MB/s supercomputer channels and 4 MB/s VMEbus channels on workstations.[citation needed] Ultra's first customer, Apple
Ultra_Network_Technologies
Style of computer or other device case
especially in comparison to other expansion cards in use at the time such as VMEbus, and were mounted horizontally instead of vertically. PC-compatible computers
Pizza-box_form_factor
American computer company
a $20,300 Unix-compatible multiprocessor computer system for Motorola's VMEbus, called Hyperflo. Each processor board carries four Motorola 68020 CPUs
Pacific_Cyber/Metrix
Microprocessor
/ 32204 DMA Controller WE 32106 / 32206 Math Acceleration Unit WE 321SB VMEbus Single Board Computer WE 321EB Evaluation Board Dr. Sung Mo (Steve) Kang
Bellmac_32
Range of computers
expansion cabinets, the DRS 6000 utilised the industry standard 32-bit VMEbus for input/output and a proprietary 64-bit HSPbus (High Speed Private bus)
ICL_DRS
Modular compute server design
were limited to a single function with a small real-time executive. The VMEbus architecture (c. 1981) defined a computer interface that included implementation
Blade_server
1990 minisupercomputer
with a CMOS re-implementation of the X-MP processor architecture, and a VMEbus-based Input/Output Subsystem (IOS). The XMS could run Cray's UNICOS operating
Cray_XMS
Computer processor designed by David M. Harland
first version of the system emerged in 1988. A small number of prototype VMEbus boards, called Hades, comprising these four chips plus 80 MB of RAM were
Rekursiv
Supercomputer by Cray Research
weight). The EL90 series Input/Output Subsystem (IOS) was based on the VMEbus and a Heurikon HK68 Motorola 68000-based processor board (or IOP). The IOP
Cray_EL90
standards and form factors such as PCI Express, DDR, USB, PCI, CompactPCI, PMC, VMEbus, CANbus and LINbus, etc. Bus analyzers are used in the Avionics industry
Bus_analyzer
SUMIT-ISM [90mm × 96mm], Pico-ITXe [72mm × 100mm], and Pico-I/O [60mm × 72mm]. VMEbus VPX CompactPCI PC/104 Pico-ITXe "What is SUMIT?". Small Form Factor Special
SUMIT
”b” row tied to "C' row. ECB boards are NOT compatible with STEbus or VMEbus P2 connector (while STEbus does not use the “b” column; VME does define
Europe_Card_Bus
A300 HYPERchannel Adapter for UNISYS systems A400 HYPERchannel Adapter for VMEbus workstations A510 IBM remote device support A515 IBM device support (newer
Network_Systems_Corporation
Surname list
American soldier Jack Kister, American electrical engineer, developer of VMEbus Jane Kister (1944–2019), British-American mathematician Kenneth Kister (1935–2022)
Kister
UNIX workstation computer
accompanied by a 68451 memory management unit and a 68450 DMA controller. Both VMEbus and a BBC Micro-compatible "1MHz bus" expansion buses were provided, as
Torch_Triple_X
CISC microprocessor
target system, that utilized the real-time UNIX RX-UX 832 OS running on a VMEbus (IEEE 1014)–based system with a V70 processor board plugged in. The host
NEC_V60
CERN LHC experiment
and event detection systems were based on parallel shared buses such as VMEbus or FASTBUS. Since such a bus architecture cannot keep up with the data requirements
ATLAS_experiment
Computer hardware and software company
environments, particularly in the defense sector. Rather than the parallel VMEbus, it uses high-speed serial switch fabrics. The OpenVPX specification (VITA
Kontron
Signal transmission mechanism in wires
CMOS logic circuits ECL circuits Most parallel computer buses, such as: VMEbus PCI VGA video connectors SCSI interfaces for hard drives and other peripherals
Single-ended_signaling
American computer peripheral manufacturing company
field-mount transmitters 1980s – Remote data acquisition systems; Exorbus and VMEbus I/O boards 1990s – μP-based signal conditioners; Industry Pack modules and
Acromag
Operating system
the In-Sun Computing Surface, which repackaged the Computing Surface into VMEbus boards (designated the MK200 series) suitable for installation in larger
Meiko_Scientific
Personal computer by Atari
Monitor (analog RGB and Mono) Extra Disk drive port ACSI and SCSI port VMEbus inside case Cartridge (128 KB) Keyboard (detachable) Joystick and Mouse
Atari_TT030
American computer hardware company
with from one to six Intel 80486 processors. The next year it added the VMEbus based Symmetry 2000/x50 with faster CPUs. The late 1980s and early 1990s
Sequent_Computer_Systems
High-speed interconnect standard for shared memory multiprocessing and message passing
minor additions to make it easier to connect to other systems, such as VMEbus. Most of the developers had their background from high-speed computer buses
Scalable_Coherent_Interface
National Laboratory, and TRIUMF. FASTBUS has now largely been replaced by VMEbus in smaller-scale systems and by custom designs (which have lower per-channel
FASTBUS
Electrical connector used for SCSI
the same 3-row 96-pin connector used to attach peripheral cards to the VMEbus backplane. Eventually, there was a desire to combine power and data signals
SCSI_connector
Overview of US military computer use
computer systems are built around alternative plug-in bus structures such as VMEbus or Compact PCI. A military computer may not provide for plug-in cards and
Military_computer
Computer standard family
failure in harsh environments. Wikimedia Commons has media related to PC/104. VMEbus VPX CompactPCI SUMIT Burckle, Robert. "PC/104: The Embedded PC Mezzanine"
PC/104
Computer company
the NCI models with a new range of DX models based on the 68030 CPU and VMEbus. By the early 1980s, Datapoint ranked as a Fortune 500 company. Lead times
Datapoint
Real-time operating system
direct script execution. Serial port multiplication using ISC's Z-80 based VMEbus communications boards. Movable swap partition. Core 'dump' snapshots of
DNIX
American computer hardware manufacturer
contracted with Sony Microsystems of Palo Alto, California, to license the Viper VMEbus display adapter for Sony's NEWS Unix workstation. By 1993, Parallax targeted
Parallax_Graphics
American computer company
FDDI-based networking equipment alone. In July 1989, they released the VMEbus-based MegaNet M100-9U network controller adapter in July 1989, which sold
Cumulus_Corporation
Series of pioneering microprocessors from the 1980s
host buses such as Industry Standard Architecture (ISA), MicroChannel, or VMEbus. TRAM links operate at 10 Mbit/s or 20 Mbit/s. Transputers were intended
Transputer
1980s American computer
expansion card envisaged for the TT030 workstation, connecting to the machine's VMEbus and supporting direct memory access transfers to and from system RAM. Ram
Atari_Transputer_Workstation
32-bit superminicomputer delivered in 1981 by Norsk Data
interfacing concept known as DOMINO was able to provide the ND-5000 range with VMEbus connectivity. This enabled interoperability with existing hardware architectures
ND-500
VMEBUS
VMEBUS
VMEBUS
VMEBUS
VMEBUS
VMEBUS
VMEBUS
VMEBUS
VMEBUS