Abstract This standard describes VITA 46.0 Advanced Module Format for VMEbus systems, an evolutionary step forward for the provision of high-speed interconnects in harsh-environment applications. Foreword VME has been the de-facto bus standard for C
PMC规范(IEEE P1386.1 Draft 2.0 04-APR-1995).pdf Draft Standard Physical and Environmental Layers for PCI Mezzanine Cards: PMC Sponsored by the Bus Architecture Standards Committee of the IEEE Computer Society P1386.1/Draft 2.0 April 4, 1995 Sponsor Ba
PMC规范(IEEE Std 1386.1 2001).pdf IEEE Standard Physical and Environmental Layers for PCI Mezzanine Cards (PMC) Sponsor Microprocessor and Microcomputer Standards Committee (MMSC) of the IEEE Computer Society Approved 14 June 2001 IEEE-SA Standards Bo
PMC规范(IEEE Std 1386-2001).pdf IEEE Standard for a Common Mezzanine Card (CMC) Family Sponsor Microprocessor & Microcomputer Standards Committee (MMSC) of the IEEE Computer Society Approved 14 June 2001 IEEE-SA Standards Board
1 硬件方面
由 CompactPCI 标准延伸的各种模块化组件体积小巧,如PMC子卡能够在不增加卡厚度的情况下实现弹性扩充。再搭配1U、2U、4U、8U、9U、12U等多种规格机箱选择,系统能够实现各种不同应用安置在同一标准机架中,这样,方便进行管理。除此之外,每一个机箱最多可以配置多达21组I/O,多组冗余供电系统。服务器系统采用的“抽屉式”热插拔设计由前端进行系统安装,为维修提供很大方便。高可靠度的无风扇式CPU、最小化MTTR(Mean Time To Repair)等设计,均为
1 硬件方面
由 CompactPCI 标准延伸的各种模块化组件体积小巧,如PMC子卡能够在不增加卡厚度的情况下实现弹性扩充。再搭配1U、2U、4U、8U、9U、12U等多种规格机箱选择,系统能够实现各种不同应用安置在同一标准机架中,这样,方便进行管理。除此之外,每一个机箱多可以配置多达21组I/O,多组冗余供电系统。服务器系统采用的“抽屉式”热插拔设计由前端进行系统安装,为维修提供很大方便。高可靠度的无风扇式CPU、化MTTR(Mean Time To Repair)等设计,均为实现电