Standards and Technical Documents - 1014.1-1994 - IEEE Standard for Futurebus+/VME64 Bridge -- 10.1109/IEEESTD.1995.122631
Description: Abstract The following topics were dealt with: The logical protocol layer for bridging between a Futurebus+ system and a VME64 system in a tightly coupled fashion is defined. Transferring of both data and events is specified. The physical layer is not defined in this standard. Implementors
Supplier: SIE Computing Solutions, Inc.
Description: Fully supports J1 requirements of ANSI/VITA-1 1994 VME64
- Bus / Standard: VME64
- Board Function: Active Backplane
- Form Factor: 6U x 340mm (Size C)
- Power Connectors: AT Standard Power Connector
Carrier Cards and Carrier Boards - AVME Series VME64 Carrier with Geographical Addressing -- AVME9675-4ESupplier: Acromag, Inc.
Description: the quantity of rear I/O connections beyond that of standard VME. Although the rear connectors are VME64, the electrical interface is standard VME A24/A16. This means that nearly all CPU products (VME64 or not) can still enjoy full access to the IP modules. When used with a VME64 backplane, the AVME9670
- Carrier Type: IndustryPack®
- Carrier Class: Non-intelligent Carrier
- Bus / Form Factor: VME Size-C (6U x 340 mm)
- Modules Specification: Bus Width: 8-bit, 16-bit
Description: power supply is standard.
- Backplane Bus / Standard: VME64, VME64x
- Mounting Style: Rack Mounted
- Backplane Form Factor: 6U (Size B)
- Number of CPU Slots: None
Description: Features: Conforms to: ANSI/VITA 1-1994 VME64 Standard ANSI/VITA 1.1-1997 VME64 Extension Standard ANSI/VITA 1.5-2003 VME2eSST Specification ANSI/VITA 1.7-2003 Increased Current Level ANSI/VITA 38 System Management on VME Monolithic backplane, 6 U with J1 and J2 plane Termination passive
- Bus / Standard: VME, VME64, VME64x
- Board Function: Passive Backplane
- Form Factor: 6U x 160mm (Size B)
- Power Connectors: Other
Description: Features â€¢ Available with several VME64 backplane configurations â€¢ 800W, AC input, 3 voltage power supply â€¢ Shock, MIL-STD-810, MIL-S-901D â€¢ Vibration, MIL-STD-167 â€¢ Front removable fan tray/power supply
- Shape: Rectangular
- Material: Aluminum, Stainless Steel
- Mounting: Open Frame Rack
- Features: Glue or Snap Together, Rear Access Cover / Door, Viewing Door / Window
Description: inputs. Several standard resolutions are supported up to 1600 x 1280, and custom formats up to 2k by 2k pixels (with a maximum pixel clock rate of 216 MHz) can also be supported. Data is made available immediately through the on-board standard VME-64 interface. Two channels of audio are acquired
- Bus Type: VMEbus
- Board Height: 6U
- Bus Rate: Other
Supplier: Emerson Network Power Embedded Computing
Description: an operating temperature range of -40 °C to +71 °C – a significant increase over the standard models' 0 °C to +55 °C range. Acceptable storage temperatures have also been increased, safely accommodating environments from -50 °C to +100 °C. The rugged variants are capable
Supplier: Aitech Defense Systems, Inc.
Description: Ruggedized Motorola single slot VME SBC MPC750 Single Slot Rugged VME SBC Conduction-cooled (IEEE 1101.2) or Air-cooled (ANSI/VITA 1-1994) Formats Dual PMC Slots for I/O Expansion (IEEE 1386-2001 Compliant) ANSI VME64 Compliant Accommodates Standard or Custom Transition Modules Rugged
Description: high shock andvibration standards to ensure durability andlongevity.Unique features for the FS-4008 include ahinged front I/O panel and top access forup to four removable peripheral carriers.The standard case is provided with an 8-slot VME64 (3-row) backplane or with aVME64X (5-row) backplane
- Shape: Rectangular
- Material: Aluminum, Stainless Steel, Other
- Mounting: Desktop
- Features: Carrying Handle, Hinged Cover, Viewing Door / Window
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Standards-Based Design & Electronic Packaging Solutions
and PCB accessories. Some examples of standards-based bus architectures include AdvancedTCA, CompactPCI, CompactPCI Plus IO, VME, VME64 and VPX. In addition to mechanical, thermal management and power requirements, design engineers should first consider the required mounting configuration when specifying
VPX: VMEbus for the 21st Century (.pdf)
a standard Eurocard board. erals feature higher speed interfaces. size: 3U (160 x 100 mm) or 6U (160 x 233.35 mm), a format used. Challenge. Typical Application Area. throughout the industry thus making e.g. the material needed. for cage assembly easy and cheap to obtain. VME and VME64. Massive bandwidth
Technology Overview: VITA 41 (VXS)
P1. to provide a deeper look at the array of Mercury technologies. and P2 connectors, and ensuring that the new P0 connector does. available to designers of high-performance signal processing sys-. not interfere with non-P0 cards, standard VME64 backplane slots. tems. are created in VXS systems
Software Strategies for Leveraging VXS Technology (.pdf)
capabilities. or can be cost reduced as less hardware is needed. 400. 200. It seems all but inevitable that VPX will be the architecture of. the future, given its extensive support for meshed fabrics and. 0. two-level maintenance infrastructure. However, its adoption into. VME. VME64. Race. StarFabric
VME Backplanes and Accessories: Making Life Easy for Designers
(80 Mbytes/sec) to IEEE 1014-1987 and ANSI/VITA 1-1994 (VME64). Next, ANSI/VITA 1.1-1997, the VMEbus Extensions or VME64X increased the speeds 160Mbytes/sec bandwidth. For even higher performance, Arizona Digital in cooperation with Bustronic announced the VME320, boasting true 320 Mbytes/sec
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IEEE SA - 1014.1-1994 - IEEE Standard for a...
IEEE STANDARD 1014.1-1994 - IEEE Standard for a Futurebus+(R)/VME64 Bridge
IEEE Standard for Futurebus+/VME64 Bridge
IEEE Standard for Futurebus+/VME64 Bridge
It is 6U VME64 standard. The board is designed to VME64 system bus. Prev Home Next The tools
AVME9670-2 Datasheet -- Acromag, Inc. -- AVME Series --...
IP carrier cards that use VME64-compliant connectors to increase the quantity of rear I/O connections beyond that of standard VME. Although the rear
VME64x Industrial Chassis and Card Cages Datasheets
Backplane Bus / Standard: » AdvancedTCA
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For this reason VME-64 Extensions groups of devices, for example to return the currents in all (VME64-X) standard crates have been chosen which
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The VME64 Standard, ANSI/VITA-1-1994, was developed in 1994 by the VME International Trade Association (VITA) and processed through the American