2024浪潮S5530 全千兆以太网交换机安装指导手册

（S5530系列）Lucida SFP口状态指示 设置终端参数(Windows超级终端 设置端口参数 EMC指 1自适应以太网端口、10GSFP+光口等丰富的端口形态，支持可插拔双电源，广泛应用于高性能、高可S5530810/100/1000Base-T端口，2SFP1RU192410/100/1000Base-T端口，4SFP(110/100/1000(2):10/100/1000BASE-(3CONSOLE(4(5(6POE (1):10/100/1000自适应以太网端 (2):10/100/1000BASE-T自适应SFP接(3):CONSOLE (4):系统状态指示灯(5(1(1（2）S55301-11-1S553021000BASE-XSFPSFP8poe、poe+2410/100/1000BASE-T自适应电口1~410/100/1000SFPSFP1-3SFPIEEE10/100/1000M1-410/100/1000MMDI/MDI-X55IEEEMDI/MDI-X55IEEEConsoleS5530CONSOLE口，CONSOLE1-5。1-5CONSOLE口属性。S55301-7系统状态指示灯说明绿色慢闪（1次/秒绿色闪烁（15次/秒1-10Link端口没有Link10/100/1000BASE-T自适应以太网端口状态指示灯相结合，可以从不同的角度详细1-11。LinkLinkSFP1-12SFPSFP口/SFP+口状态指Link端口没有Link2S5530-8T2S-（露）粒≤3×104（3天内桌面无可见灰尘SO2、H2S、NH3、Cl2等的侵入。TN（PE）的单相三线电源

1S553013在机架上安装浮动螺母，如错误!未找到引用源。所示4在机架上安装滑道，如错误!未找到引用源。31USBPC2RJ-45一端连到交换机的配置口（Console）请使用我们随箱提供的RJ-45(Windows超级终端3PCPC上运行终端仿真程序（Windows系统自带超级终端4设置终端参数（WindowsXP的超级终端设置为例）Windows操作系统中，“每秒位数”可能被描述为“波特率”；“数据流控VT100，选择完成后，单击<确定>按钮。请使用我们随箱提供的RJ-455PCSecureCRT6SecureCRTPC在使用的串口号（以COM4为例）设置波特率为115200，数据位为8，奇偶校验为无，停止位为1，流量控制为PCPC上按Enter键时，可以看到CLI请使用我们随箱提供的RJ-454

EMCS5530-8T2S-PSTable1-1重量10%～90%RHS5530-24T4S-STable1-12重量10%～90%RHMTBFTable1-399.999%5MTTR2MTBF100000EMCS5530系列设备参照欧洲电信标准协会（ETSI）ETS300386ETS300127建议进行设计，EMC（ElectromagneticCompatibility）相关测试。S5530

ENULCSAC22.2No.60950-1-CSAC22.2No.60950-1-47CFRFCCPart15SubpartB(ClassA),ANSI

GF014-1995S5530Table1-4气压温度10%～90%热辐射风速

设备在运输时对气候环境的要求如Table1-5气压温度10%～90%热辐射风速S5530Table1-61.5m0.4m气压温度10%～90%RH热辐射风速

MEFTechnicalSpecificationMEF6.1EthernetServicesDefinitions-PhaseMEFImplementationAgreement,MEF8ImplementationAgreementfortheEmulationofPDHCircuitsoverMetroEthernetnetworksMEFTechnicalSpecification,MEF10.1EthernetServicesAttributes-PhaseMEFTechnicalSpecification,MEF11UserNetworkInterface(UNI)RequirementsandMEFTechnicalSpecification,MEF13UserNetworkInterface(UNI)Type1ImplementationAgreementMEFTechnicalSpecification,MEF17ServiceOAMRequirements&MEFTechnicalSpecification,MEF20UserNetworkInterface(UNI)Type2ImplementationAgreementIEEE802.1D-2004Part3:MediaAccessControl(MAC)IEEE802.1Q-2005-StandardforLocalandMetropolitanAreaNetworks-VirtualBridgedLocalAreaNetworksIEEE802.1s-2002-Amendmentto802.1QVirtualBridgedLocalAreaNetworks:MultipleSpanningTreesIEEE802.3-2005Part3:Carriersensemultipleaccesswithcollisiondetection(CSMA/CD)accessmethodandphysicallayerspecificationsIEEE802.1ag：VirtualBridgedLocalAreaNetworks Amendment5:ConnectivityFaultIEEE1588-2008StandardforaPrecisionClockSynchronizationProtocolforNetworkMeasurementandControlSystemsITU-TY.1731OAMFunctionsandMechanismsforEthernetbasedITU-TG.8031EthernetlinearprotectionITU-TG.8032EthernetringprotectionITU-TG.8261TimingandSynchronizationAspectsinPacketITU-TG.8262TimingCharacteristicsofSynchronousEthernetEquipmentSlaveClockITU-TG.823Thecontrolofjitterandwanderwithindigitalnetworkswhicharebasedonthe2048kbit/shierarchyITU-TG.824Thecontrolofjitterandwanderwithindigitalnetworkswhicharebasedonthe1544kbit/shierarchyITU-TG.825Thecontrolofjitterandwanderwithindigitalnetworkswhicharebasedonsynchronousdigitalhierarchy(SDH)RFC1349TypeofServiceintheInternetProtocolRFC2474DefinitionoftheDifferentiatedServicesField(DSField)intheIPv4andIPv6RFC2597AssuredForwardingPHBRFC2598AnExpeditedForwardingRFC2698ATwoRateThreeColorRFC3086DefinitionofDifferentiatedServicesPerDomainBehaviorsandRulesfortheirRFC3140PerHopBehaviorIdentificationRFC3246AnExpeditedForwardingPHB(Per-HopRFC3247SupplementalInformationfortheNewDefinitionoftheEFPHB(ExpeditedForwardingPer-HopBehavior)RFC3248ADelayBoundalternative