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This document applies to the development of Plans for integrating and managing COTS assemblies in electronic equipment and Systems for the commercial, military, and space markets; as well as other ADHP markets that wish to use this document. For purposes of this document, COTS assemblies are viewed...
This standard defines a methodology for using IPMI for System Management of VME systems.
This standard defines pin assignments for PMC P4 connector to VME P0 and P2 connectors.
This standard describes increased current levels, test methods, test data and compliance criteria for 3-row DIN and 5-row DIN connectors when used in VME, VME64 and VME64 Extension P1/J1 and P2/J2 pin out arrangements.
This standard defines the mechanics for a common set of slim mezzanine cards that can be used on VME, VME64 and VME64x boards, CompactPCI® boards, Multibus® I and II boards; desktop computers; portable computers; servers; and other similar computer applications. Mezzanine cards based on this...
This standard specifices a high performance backplane bus for use in microcomputer systems that employ single or multiple microprocessors. It is based on the VMEbus specification, released by the VME Manufacturers Group in August of 1982. The bus includes four sub-buses: the Data Transfer...
A sophisticated sub-system bus capable of very high performance (multiple functions) in 32 bit microprocessors.
This standard specifies a high performance backplane bus for use in microcomputer systems that employ single or multiple microprocessors. It is based on the VMEbus specification, released by the VME Manufacturers Group in August of 1982. The bus includes for sub-buses: the Data Transfer Bus,...
Abstract This IEEE 1014 standard specifies a high-performance backplane bus for use in microcomputer systems that employ single or multiple microprocessors. It is based on the VMEbus specification, released by the VME Manufacturers' Group in August of 1982. The bus includes four subbuses:...
Foreword The demand for more processing power continues to increase, and apparently has no limit. One can usefully saturate the resources of any computer so easily by merely specifying a finer mesh or higher resolution for the solution of some physical problem (hydrodynamics, for example), that...