ISO/IEC TR 14165-314:2013
ISO/IEC TR 14165-314:2013

ISO/IEC TR 14165-314:2013

February 2013
International standard Current

Information technology - Fibre Channel - Part 314 : avionics environment remote SCSI-3 direct memory access (FC-AE-RDMA)

ISO/IEC 14165-314:2013(E) defines the FC-AE-RDMA Upper Level Protocol. FC-AE-RDMA follows the SCSI-3 FCP standard in its definition of the services necessary to support low latency, low overhead communication between elements of a mission-critical avionics system. FC-AE-RDMA is intended to support bi-directional communication between two N_Ports in a constrained and carefully defined environment, typical of avionics applications. The intendedusage is avionic command, control, instrumentation, simulation, signal processing and sensor/video data distribution. These application areas are characterized by a variety of requirements, among them a need for high reliability, fault tolerance and deterministic behaviour to support real-time control/response.

Main informations

Collections

International ISO standards
International IEC standards

Publication date

February 2013

Number of pages

32 p.

Reference

ISO/IEC TR 14165-314:2013

ICS Codes

35.200   Interface and interconnection equipment

Print number

1 - mars 2013
Sumary
Information technology - Fibre Channel - Part 314 : avionics environment remote SCSI-3 direct memory access (FC-AE-RDMA)

ISO/IEC 14165-314:2013(E) defines the FC-AE-RDMA Upper Level Protocol. FC-AE-RDMA follows the SCSI-3 FCP standard in its definition of the services necessary to support low latency, low overhead communication between elements of a mission-critical avionics system. FC-AE-RDMA is intended to support bi-directional communication between two N_Ports in a constrained and carefully defined environment, typical of avionics applications. The intended usage is avionic command, control, instrumentation, simulation, signal processing and sensor/video data distribution. These application areas are characterized by a variety of requirements, among them a need for high reliability, fault tolerance and deterministic behaviour to support real-time control/response.
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