光纤收发器百兆英文说明书
光纤收发器HTB-1100使用说明

光纤收发器使用说明(HTB-1100、HTB-1100S)一.概述光纤收发器是一种用来将计算机网络的电信号转换成光信号的光电信号转换器。
HTB-1100和HTB-1100S是10/100M自适应光纤收发器,它完全符合IEEE802.310BaseT, IEEE802.3u100BaseTX,100Base-FX标准。
并已通过了信息产业部电信设备进网检测,所有技术指标全部达到了入网标准。
HTB-1100是多模光纤收发器;HTB-1100S是单模光纤收发器。
光纤收发器有1个RJ45接口和1个SC或ST 接口,分别用来连接双绞线和光纤。
光纤收发器有6个LED指示灯:POWER、FX 100、TX100、FX Link/Act、TX Link/Act、Fdx。
二.安装和初始化请按以下步骤安装netLINK系列光纤收发器:1.将光纤跳线或尾纤从光纤终端盒连接到光纤收发器。
请注意要将对方设备的发送端(TX)连到收发器的接收端(RX),将对方设备的接收端(RX)连到收发器的发送端(TX)。
2.将UTP跳线从网络设备连接到光纤收发器的RJ45接口,根据与光纤收发器对接设备的要求选用直通线或交叉线,一般与交换机等多地址网络设备连接时需用交叉线,而与服务器、工作站等单地址网络设备连接时需用直通线。
3.将电源适配器的DC插头接到光纤收发器的DC插座上,再将电源适配器的AC插头插入AC插座,此时光纤收发器的POWER灯亮,其它指示灯先按自检顺序依次闪亮,自检完成后将根据光纤收发器所检测到与之对接网络设备的状态来决定收发器的工作状态,指示灯将显示此时收发器的工作状态。
三.LED指示灯光纤收发器有6个LED指示灯,它们显示了收发器的工作状态,根据LED所示,就能判断出收发器是否工作正常和可能有什么问题,从而能帮助找出故障。
它们的作用分别如下所述:PWR:灯亮表示DC5V电源工作正常FX100:灯亮表示光纤传输速率为100MbpsFX Link/Act:灯长亮表示光纤链路连接正确;灯闪亮表示光纤中有数据在传输FDX:灯亮表示光纤以全双工方式传输数据TX100:灯亮表示双绞线传输速率为100MbpsTX Link/Act:灯长亮表示双绞线链路连接确;灯闪亮表示双绞线中有数据在传输四.光纤部分参数HTB-11001100S-251100S-401100S-60光纤接口SC/ST SC SC SC光纤类型多模单模单模单模中心波长850/1300nm1310nm1310nm1310nm传输距离2公里25公里40公里60公里最小发送功率-19.0dBm-19.0dBm-9.0dBm-5.0dBm最大发送功率-12.0dBm-9.0dBm-5.0dBm0dBm接收灵敏度<-30dBm<-32dBm<-32dBm<-36dBm允许链路损耗11.0dBm13.0dBm23.0dBm31.0dBm五.技术参数●标准:IEEE802.310BaseT,IEEE802.3u100Base-TX,100Base-FX●接口:双绞线:RJ45光纤:SC或ST●LED:PWR,FX100,FX Link/Act,FDX,TX100,TX Link/Act●传输速率:双绞线:10Mbps,100Mbps光纤:100Mbps●双工方式:全双工或半双工●双绞线:5,5E类●光纤:多模:50/125,62.5/125µm单模:8.3/125,9/125,10/125µm●电源:交流220V(100-250V),50Hz直流:5V,1A●环境温度:0~50℃●存储温度:-20~70℃●湿度:5%~90%●体积:26×70×95mm(高×宽×长)六.装箱单HTB-1100或HTB-1100S光纤收发器1台AC220V/DC5V电源适配器1只使用说明1份注:1.光纤接口总是设置为100M全双工方式。
光纤收发器HTB-1100使用说明

光纤收发器使用说明(HTB-1100、HTB-1100S)一.概述光纤收发器是一种用来将计算机网络的电信号转换成光信号的光电信号转换器。
HTB-1100和HTB-1100S是10/100M自适应光纤收发器,它完全符合IEEE802.310BaseT, IEEE802.3u100BaseTX,100Base-FX标准。
并已通过了信息产业部电信设备进网检测,所有技术指标全部达到了入网标准。
HTB-1100是多模光纤收发器;HTB-1100S是单模光纤收发器。
光纤收发器有1个RJ45接口和1个SC或ST 接口,分别用来连接双绞线和光纤。
光纤收发器有6个LED指示灯:POWER、FX 100、TX100、FX Link/Act、TX Link/Act、Fdx。
二.安装和初始化请按以下步骤安装netLINK系列光纤收发器:1.将光纤跳线或尾纤从光纤终端盒连接到光纤收发器。
请注意要将对方设备的发送端(TX)连到收发器的接收端(RX),将对方设备的接收端(RX)连到收发器的发送端(TX)。
2.将UTP跳线从网络设备连接到光纤收发器的RJ45接口,根据与光纤收发器对接设备的要求选用直通线或交叉线,一般与交换机等多地址网络设备连接时需用交叉线,而与服务器、工作站等单地址网络设备连接时需用直通线。
3.将电源适配器的DC插头接到光纤收发器的DC插座上,再将电源适配器的AC插头插入AC插座,此时光纤收发器的POWER灯亮,其它指示灯先按自检顺序依次闪亮,自检完成后将根据光纤收发器所检测到与之对接网络设备的状态来决定收发器的工作状态,指示灯将显示此时收发器的工作状态。
三.LED指示灯光纤收发器有6个LED指示灯,它们显示了收发器的工作状态,根据LED所示,就能判断出收发器是否工作正常和可能有什么问题,从而能帮助找出故障。
它们的作用分别如下所述:PWR:灯亮表示DC5V电源工作正常FX100:灯亮表示光纤传输速率为100MbpsFX Link/Act:灯长亮表示光纤链路连接正确;灯闪亮表示光纤中有数据在传输FDX:灯亮表示光纤以全双工方式传输数据TX100:灯亮表示双绞线传输速率为100MbpsTX Link/Act:灯长亮表示双绞线链路连接确;灯闪亮表示双绞线中有数据在传输四.光纤部分参数HTB-11001100S-251100S-401100S-60光纤接口SC/ST SC SC SC光纤类型多模单模单模单模中心波长850/1300nm1310nm1310nm1310nm传输距离2公里25公里40公里60公里最小发送功率-19.0dBm-19.0dBm-9.0dBm-5.0dBm最大发送功率-12.0dBm-9.0dBm-5.0dBm0dBm接收灵敏度<-30dBm<-32dBm<-32dBm<-36dBm允许链路损耗11.0dBm13.0dBm23.0dBm31.0dBm五.技术参数●标准:IEEE802.310BaseT,IEEE802.3u100Base-TX,100Base-FX●接口:双绞线:RJ45光纤:SC或ST●LED:PWR,FX100,FX Link/Act,FDX,TX100,TX Link/Act●传输速率:双绞线:10Mbps,100Mbps光纤:100Mbps●双工方式:全双工或半双工●双绞线:5,5E类●光纤:多模:50/125,62.5/125µm单模:8.3/125,9/125,10/125µm●电源:交流220V(100-250V),50Hz直流:5V,1A●环境温度:0~50℃●存储温度:-20~70℃●湿度:5%~90%●体积:26×70×95mm(高×宽×长)六.装箱单HTB-1100或HTB-1100S光纤收发器1台AC220V/DC5V电源适配器1只使用说明1份注:1.光纤接口总是设置为100M全双工方式。
Omate1100N光纤收发器使用说明书

Omate1100N 光纤收发器 使用说明书 V1.0
BEIJING OMATE DIGITAL TECHNOLOGY CO., LTD.
Contents
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6-13
User Manual
Chapter 2 Installation 第二章 安装说明
图二. 光纤收发器机架
前面板图
图三. 光纤收发器机架后面板图
User Manual
7-13
8-13
一光两电 ,英文, 光纤收发器 ,说明书

1-port 100M FX 2-Ports10/100M TX Media ConvertersUser’s Manual 1.OverviewThis Media Converter Complies with IEEE802.3 Standards. It is designed to Convert data signal between 10/100Base-TX and 100Base-FX fast Ethernet. The media converter is connected between Fiber cable and twisted cable segments with network operating smoothly. This converter can be used as a standalone unit or asa slide-in module to the 14 converter rack.2.ChecklistBefore you installing the Switch, verify that the package contains the following:1.The TP-Fiber Converter2.AC-DC Power Adapter.3.This User’s Manual.Piease notify your sales representative immediately if any of the aforementioned items is missing or damaged.3. LED DescriptionThere are 6 LED At Front View of 2 port Media ConverterLED Definition SpecificationPWRIndicator ofpowersupplyON when the power supply isturned on and in normal workingstatusFRXOpticalinterfacestatusindicatorBright when optic fiber cable isconnected well, but no datatransmissionBlinking when receiving dataTRXEthernetinterfacestatusindicatorBright when twisted pair isconnected well, but no datatransmissionBlinking, when receiving dataFDXEthernetinterfacemodeindicatorON, Full duplexOFF, Half duplex4.Technical SpecificationsOptical ParametersMultimodeFiber 62.5/125, 50/125,100/140µmOutputopticalpower-20~-14dBmReceivingsensitivity<-31dBDistance 0~2km or 0~5kmConnector SC, ST, FCWavelength 850nm/1310nmSinglemodeFiber 9/125,8.3/125,8.7/125or 10/125µmDistance 0~20km 0~40km 0~60kmOutputopticalpower-12~-8dBm -8~-3dBm -3~ 0dBmReceivingsensitivity< -37dBm < -37dBm < -38dBmConnector SC, ST, FCWavelength 1310nmDistance 0~80km 0~120kmOutputopticalpower-3~ 1dBm -3~ 2dBmReceivingsensitivity< -38dBm < -38dBmConnector SC, ST, FCWavelength 1550nm(DFB)when less than 15km, use attenuator5.Installing the ConverterFor as a standalone unita)Verify the AC-DC adapter conforms to your countryAC Power requirement and insert the power plugb)Connect the media cable for network connectionfor as a slide-in unitc)The slide-in Media Converter and Converter Rackshould be supplied only form the same source, bothMedia Converter and Rack are built to match eachother at dimensions, DC jack, DC receptacle andpower safelyd)Turn off the 19” converter rack powere)Ensure that there is no activity in the networkf)Locate +5VDC power jack on converter back,carefully slide in and plug to 19” rack +5VDCpower receptacleg)Connect the media cable for network connectionh)Turn on the converter rack power , the Power LEDwill light up6.Cable Connection Parameter100Base-X network allows 512-bit time delay between any two node stations in a collision domain. The overall Bit-timeof TP/Fiber wires and devices must be within 512bit in a segment. You may use a switch to break up collision domain and extend the cabling distance.●TP Cable Limitations:Cat.5 100m●Multi-mode Converter Fiber Cable Lions:SC/ST/FC/LC Multi-mode Converter Models:Multi-modeFull-duplexNode to Node :2KmNode to Switch :2KmSC/ST/FC/LC Single Mode Converter Models:SC.S20Full-duplexNode to Node :20KmNode to Switch :20Km7.TP-Fiber Technical Specifications●Standards:I EEE802.3 IEEE802.3u 10/100Base-TX 100Base-Fx●TP Port: RJ45●UTP Cable: Cat.5 cable up to 100m●Wavelength: 1310nm/1550nm●Fiber cable(um):50/125,62.5/125,or 100/140/um multi-mode8.3/125,8.7/125,9/125/or10/125/um single-mode●Max distance:Singlemode:20~120kmMultimode: 2km●LED Indicators:FDX, TRX FRX,PWR●Data Transfer Rate:Speed Forwarding Rate100Mbps 148,800PPS10Mbps 14,880PPS*Flow Control:IEEE802.3x compliant for full-duplex Backpressure flow control for half-duplex* Power Requirement:2A@+5VDC*Ambient Temperatur e:0 to 60℃* Humidity:5% to 90%*Dimensions: 25(H)70 (W)94(D)mm●Note: Connecting to Router, Bridge, or Switch, pleaserefer to the device's Technical Manual。
Skylane Optics 光纤收发器产品手册说明书

PUBLIC_REV2017_AProduct GuideTransceivers for Datacom and TelecomApplicationsData CenterOptimized fiber optic solution for Data Center Application FTTHBroad Product Portfoloio and Technology for FTTH Broadband Networks WirelessEnabling Rapid Expnsion of Mobile Broadband Enterprise - CampusWe provides the enterprise network market with the most comprehensive product combinationsSkylane Optics is a leading provider of transceivers for optical communication. We offer an extensive portfolio for the enterprise, access, and metropolitan fiber optical market.The offerings provided by Skylane Optics are characterized by high quality and performance. In combination with our strong technical support, we enable our customers to build cost optimized network solutions solving existing and future capacity needs.SolutionsOur Engineering and Logistics Center> Inventory, logistics, programming and quality control based in Fraire, Belgium> IQC [Incoming Quality Control] and OQC [Outgoing Quality Control]> 100% optimized for handling of transceivers > SD [ANSI/ESD S20.20] compliant > Clean room environment; class 100K > Traceability> High CapacityOur Laboratory> Lab, based in Fraire, Belgium > Technical support > RMA handling> Qualification tests:- Measure performance over the temperaturerange to verify compliance with standards - Compliance with standards (IEEE, IEC, MSA)- Power consumption - Eye diagram - Sensitivity- WavelengthQualityCompatibilityAdva Agilent Alcatel - Nokia Allied Telesis Apac Opto AristaArborAruba Networks AsgaAvaya – Nortel BlackMagic Broadcom BrocadeBTI System BullCalix Carelink CienaCiscoCitrixCOE Commscope Coriant Corrigent CPECyanD-Link datacomDellDNWPECIEdge-Core Enterasys EricssonEricsson RedbackExtremeFibrolanForce10Fortigate (Fortinet)GeneexisGigamonHirschmanHPHP - ProcurveHP - H3CHP - BladeSystemHP - SANHP - ServerHSEHuaweiIBMID QuanticInfineraIntelIXIAJDSUWavereadyJuniperKeymileKTILANCOMLinksysLynxMellanoxMerakiMicrosensMikrotikMoxaMRVLynxMarconiMikrotikMyricomNECNetgearNexansOptowayOrckitPacketfrontPacketlightPalo AltoPica8Procera NetworksQlogicRADRadwareRiverstoneSorentoTellabsTP-LinktrendnetTransition NetworksUnifi - SwitchVSSWestermoWTDZhoneZTEZyxelHIGHLY COMPATIBLE : MAKE YOUR TRANSCEIVER COMPATIBLE FOR ALL MAJOR PLATFORM.WhySkylane Optics ?CustomizationDue to our high experienced engineers, we are enable to modify the hardware and software of the transceivers. We are also able to produce transceivers with withelabelling.Technical SupportHighly experienced Skylane Optics engi -neers will visit your facility to solve your issues.Quality & AssuranceWe have cutting-edge test equipment to ensure we supply high quality products.Mutli CompatibilitySkylane Optics offers the most cost-effec -tive solutions for all major platforms withthe proprietary firmware.Innovations for Early AdoptersThe manufacturing environment is strictly compliant to most avanced standard, whichensure long term reliability.Skylane Optics transceivers are certified by TUV.> E N 60950-1:2006 ITE, Safety, General require -ments > EN 60825-1:2007 Safety of laser products > EN 60825-2:2004 Safety of Optical Fiber Com -munication SystemsSkylane Optics transceivers are CE and ROHS compliant.Skylane Optics transceivers are certified by ULCertificationsT R A N S C E I V E R ST R A N S C E I V E R S P O NC A B L E SC OD I N G B O XP A S S I V E S(V i s i b i l e o n o u r w e b s i t e )Q S F P28100GBase-SR4Q2885P10C0PF103 Gb/s Multi Mode850nm 100m0°C to 70°C 100GBase-SR4/OTU4Q2885P10C1PF112 Gb/s Multi Mode850nm100m0°C to 70°C 100GBase-eSR4Q2885P30C0PF103 Gb/s Multi Mode850nm300m0°C to 70°C 100GBase-eSR4/OTU4Q2885P30C1PF112 Gb/s Multi Mode850nm300m0°C to 70°C 100GBase-PSM4Q2813P50C0PD103 Gb/s Single Mode1310nm500m0°C to 70°C100GBase-CWDM4Q28QL002C00F103 Gb/s Single Mode1270/1290/1310/1330nm2km 0°C to 70°C 100GBase-CLR4Q28QL002C00D103 Gb/s Single Mode1270/1290/1310/1330nm 2km 0°C to 70°C 100GBase-LR4Q28QD010C00D103 Gb/s Single Mode LAN-WDM 800GHz10km 0°C to 70°C 100GBase-LR4/OTU4Q28QD010C10D112 Gbps Single Mode LAN-WDM 800GHz10km 0°C to 70°C 100GBase-ER4 Lite Q28QD040C00F103 Gb/s Single Mode LAN-WDM 800GHz40km 0°C to 70°C 100GBase-ER4/OTU4 Lite Q28QD040C10F112 Gbps Single Mode LAN-WDM 800GHz40km 0°C to 70°CC F P4100GBase-LR4CF4QD010C00D103 Gb/s Single Mode LAN-WDM 800GH z10km0°C to 70°C 100GBase-LR4/OTU4CF4QD010C10D112 Gbps Single Mode LAN-WDM 800GH z10km 0°C to 70°C 100GBase-ER4 Lite CF4QD040C00F103 Gb/s Single Mode LAN-WDM 800GH z40km0°C to 70°C 100GBase-ER4/OTU4 Lite CF4QD040C10F112 Gbps Single Mode LAN-WDM 800GH z40km 0°C to 70°CC F P2100GBase-LR4CF2QD010C00D103 Gb/s Single Mode LAN-WDM 800GH z10km0°C to 70°C 100GBase-LR4/OTU4CF2QD010C10D112 Gbps Single Mode LAN-WDM 800GH z10km 0°C to 70°C 100GBase-ER4CF2QD040C00D103 Gb/s Single Mode LAN-WDM 800GH z40km0°C to 70°C 100GBase-ER4/OTU4CF2QD040C10D112 Gbps Single Mode LAN-WDM 800GH z40km 0°C to 70°CC F P100GBase-LR4CFPQD010C00D103 Gb/s Single Mode LAN-WDM 800GH z10km0°C to 70°C 100GBase-LR4 OTU4CFPQD010C10D112 Gbps Single Mode LAN-WDM 800GH z10km 0°C to 70°C 100GBase-ER4CFPQD040C00D 103 Gb/s Single Mode LAN-WDM 800GH z40km0°C to 70°C 100GBase-ER4/OTU4CFPQD040C10D112 Gbps Single Mode LAN-WDM 800GH z40km 0°C to 70°CQ S F P+40GBase-SR4QFP85xxx40PD 40 Gb/s Multi Mode850nm 100/300m0°C to 70°C 40GBase-PSM4 IR4 QFP13C1440PD40 Gb/s Single Mode1310nm1,4km0°C to 70°C 40GBase-PSM4 LR4QFP1301040PD40 Gb/s Single Mode1310nm10km 0°C to 70°C40GBase-IR4QFPQLC1400D40 Gb/s Single Mode1270/1290/1310/1330nm1,4km 0°C to 70°C 40GBase-LX4QFPQL002400U40 Gb/s Single/Multi Mode1270/1290/1310/1330nm2km 0°C to 70°C 40GBase-LR4QFPQL010400D40 Gb/s Single Mode1270/1290/1310/1330nm 10km 0°C to 70°C 40GBase-ER4QFPQL040400D40 Gb/s Single Mode1270/1290/1310/1330nm40km 0°C to 70°CS F P2825GBase-SR S2885P10250F25 Gb/s Multi Mode850nm100m-40°C to 85°C 25GBase-LR S2813010250D25 Gb/s Single Mode1310nm10km-40°C to 85°C 25GBase-ER S2813040250F25 Gb/s Multi Mode1310nm40km0°C to 70°C25GBase-CWDM S2CXX010250D25 Gb/s Single Mode CWDM ITU ch. 10km-20°C to 85°CX F P10GBase-SR XFP85P3010xD10.3 Gb/s Multi Mode850nm 300m -40°C to 85°C 10GBase-LR XFP1301010xD10.3 Gb/s Single Mode1310nm 10km -40°C to 85°C 10GBase-LR/OC-192XFP130100HxD11.35 Gb/s Single Mode1310nm 10km -40°C to 85°C 10GBase-LR XFP1302010xD10.3 Gb/s Single Mode1310nm 20km -40°C to 85°C 10GBase-ER XFP1504010xD10.3 Gb/s Single Mode1550nm 40km -40°C to 85°C 10GBase-ER/OC-192XFP150400HxD11.35 Gb/s Single Mode1550nm 40km -40°C to 85°C 10GBase-ZR XFP1508010xD10.3 Gb/s Single Mode1550nm 80km -40°C to 85°C 10GBase-ZR/OC-192XFP150800HxD11.35 Gb/s Single Mode1550nm 80km -40°C to 85°C10GBase-CWDM XFCxxB1010xD10.3 Gb/s Single Mode CWDM ITU ch. 10dB -40°C to 85°C 10GBase-CWDM XFCxx04010xD10.3 Gb/s Single Mode CWDM ITU ch. 14dB/40km -40°C to 85°C 10GBase-CWDM XFCxx07010xD10.3 Gb/s Single Mode CWDM ITU ch. 23dB/70km -40°C to 85°C10GBase-DWDM XFDxx04010xD10.3 Gb/s Single Mode DWDM ITU ch. 14dB/40km -40°C to 85°C 10GBase-DWDM/OC-192XFDxx0400HxD11.35 Gb/s Single Mode DWDM ITU ch. 14dB/40km -40°C to 85°C 10GBase-DWDM XFDxx08010xD10.3 Gb/s Single Mode DWDM ITU ch. 23dB/80km -40°C to 85°C 10GBase-DWDM OC-192XFDxx0800HxD11.35 Gb/s Single Mode DWDM ITU ch. 23dB/80km -40°C to 85°C10GBase-Tunable XFDTU0800H0D11.35 Gb/s Single Mode50GHz DWDM tun 23dB/80km0°C to 70°C10GBase-Bidi XFB23xxx10xD10.3 Gb/s Single Mode1270/1330nm 10/20/40/60km-40°C to 85°C 10GBase-Bidi XFB32xxx10xD10.3 Gb/s Single Mode1330/1270nm10/20/40/60km-40°C to 85°CX2X2X2S00000100D 10.3 Gb/s n/a n/a n/a0°C to 70°C X E N P A KXenpak XPS00000100D 10.3 Gb/s n/a n/a n/a0°C to 70°CS F P+16x Fiber Channel SW SPP85P10160C14.025 Gb/s Multi Mode850nm100m0°C to 70°C 16x Fiber Channel LW SPP13010160C14.025 Gb/s Single Mode1310nm10km0°C to 70°C 6G CPRI SR SPP85P30L6xD 6.144 Gb/s Multi Mode850nm300m-20°C to 85°C 6G CPRI LR SPP13002L6xD 6.144 Gb/s Single Mode1310nm2km-40°C to 85°C 6G CPRI LR SPP13010L62D 6.144 Gb/s Single Mode1310nm10km-40°C to 85°C 10GBase-SR SPP85P3010xD10.3 Gb/s Multi Mode850nm300m-40°C to 85°C 10GBase-LRM SPP13P2210xA10.3 Gb/s Multi Mode1310nm220m-40°C to 85°C 10GBase-LR SPP13xxx10xD10.3 Gb/s Single Mode1310nm10/20km-40°C to 85°C 10GBase-ER SPP1504010xD10.3 Gb/s Single Mode1550nm40km-40°C to 85°C 10GBase-ZR SPP1508010xD10.3 Gb/s Single Mode1550nm80km-40°C to 85°C 10GBase-ZR100SPP15100100D10.3 Gb/s Single Mode1550nm100km0°C to 70°C10GBase-CWDM SPCxxB1010xD10.3 Gb/s Single Mode CWDM ITU ch. 10dB-40°C to 85°C 10GBase-CWDM SPCxx04010xD10.3 Gb/s Single Mode CWDM ITU ch.14dB/40km-40°C to 85°C 10GBase-CWDM SPCxx07010xD10.3 Gb/s Single Mode CWDM ITU ch.23dB/70km-40°C to 85°C6G CPRI CWDM SBHxDxxxL62D 6.144 Gb/s Single Mode CWDM ITU ch.10dB/18dB-40°C to 85°C 6G CPRI CWDM SBHxUxxxL62D 6.144 Gb/s Single Mode CWDM ITU ch.10dB/18dB-40°C to 85°C10GBase-DWDM SPDxx04010xD10.3 Gb/s Single Mode DWDM ITU ch. 14dB/40km -40°C to 85°C 10GBase-DWDM SPDxx08010xD10.3 Gb/s Single Mode DWDM ITU ch.23dB/80km-40°C to 85°C10GBase-Tunable SPDTU08010xD11.35 Gb/s Single Mode50GHz DWDM tun23dB/80km-40°C to 85°C10GBase-Bidi SPB23xxx10xD10.3 Gb/s Single Mode1270/1330nm 10/20/40/60km-40°C to 85°C 10GBase-Bidi SPB32xxx10xD10.3 Gb/s Single Mode1330/1270nm10/20/40/60km-40°C to 85°C 10GBase-Bidi SPB45080100D10.3 Gb/s Single Mode1490/1550nm80km0°C to 70°C 10GBase-Bidi SPB54080100D10.3 Gb/s Single Mode1550/1490nm80km0°C to 70°C10GBase-T SPT00M30100010.3 Gb/s Copper n/a30m0°C to 70°CS F P100Base-LX SF P13xxxFExD125 Mb/s Single Mode1310nm2/10/20/30/40/60km-40°C to 85°C 100Base-LX SGMII SGP13xxxFExD125 Mb/s Single/Multi Mode1310nm2/10km -40°C to 85°C 100Base-ZX SFP15080FExD125 Mb/s Single Mode1550nm 80km -40°C to 85°C 1000Base-SX SFP85P55GExD 1.25 Gb/s Dual Fibre-MM850nm 550m -40°C to 85°C 1000Base-LX SFP13001GExD 1.25 Gb/s Dual Fibre-MM1310nm 2km -40°C to 85°C 1000Base-LX40SFP13xxxGExD 1.25 Gb/s Single Mode1310nm 10/20km -40°C to 85°C 1000Base-EX SFP13040GExD 1.25 Gb/s Single Mode1310nm 40km -40°C to 85°C 1000Base-ZX SFP15xxxGExD 1.25 Gb/s Single Mode1550nm 60/80/120km -40°C to 85°C 0C-48 Multi Rate SX SFP13002PAxD 2.67 Gb/s Single Mode1310nm 2km -40°C to 85°C 0C-48 Multi Rate LX SFP13020PAxD 2.67 Gb/s Single Mode1310nm 20km -40°C to 85°C OC-48 Multi Rate LX40SFP13040PAxD 2.67 Gb/s Single Mode1310nm 40km -40°C to 85°C 0C-48 Multi Rate EX SFP15040PAxD 2.67 Gb/s Single Mode1550nm 40km -40°C to 85°C 0C-48 Multi Rate ZX SFP15080PAxD 2.67 Gb/s Single Mode1550nm 80km -40°C to 85°C 3G CPRI Base-SX SFP85P30L31D 3.072 Gb/s Multi Mode850nm300m-20°C to 85°C 3G CPRI SX SFP13002L32D 3.072 Gb/s Single Mode1310nm2km-40°C to 85°C 3G CPRI LX SFP13010L32D 3.072 Gb/s Single Mode1310nm10km-40°C to 85°C1000Base-CWDM SFCxx040GE0D 1.25 Gb/s Single Mode CWDM ITU ch. 16dB/40km 0°C to 70°C 1000Base-CWDM SFCxx080GE0D 1.25 Gb/s Single Mode CWDM ITU ch. 24dB/80km 0°C to 70°C 1000Base-CWDM SFCxx120GE0D 1.25 Gb/s Single Mode CWDM ITU ch. 32dB/120km 0°C to 70°C 1000Base-CWDM SFCxx160GE0D 1.25 Gb/s Single Mode CWDM ITU ch. 40dB/160km 0°C to 70°C 4x Fiber Channel-CWDM SFCxx0404F0D 4.25Gb/s Single Mode CWDM ITU ch. 16dB/40km0°C to 70°C 4x Fiber Channel-CWDM SFCxx0804F0D 4.25Gb/s Single Mode CWDM ITU ch. 24dB/80km0°C to 70°C OC-48 Multi Rate CWDM SFCxx040PAxD 2.67Gb/s Single Mode CWDM ITU ch. 16dB/40km-20°c to 85°C OC-48 Multi Rate CWDM SFCxx080PAxD 2.67Gb/s Single Mode CWDM ITU ch. 24dB/80km-20°c to 85°C3G CPRI Bidi CWDM SBHxDB22L32D 3.072 Gb/s Single Mode CWDM ITU ch. 22dB-40°C to 85°C 3G CPRI Bidi CWDM SBHxUB22L32D 3.072 Gb/s Single Mode CWDM ITU ch. 22dB-40°C to 85°C1000Base-DWDM SFDxxyyyGE0D 1.25 Gb/s Single Mode DWDM ITU ch. 80/100/120km0°C to 70°C1000BASE-T SFT00P10GE0x 1.25 Gb/s Copper n/a100m 0°C to 70°C 1000BASE-T SGT00P10DR0x 1.25 Gb/s Copper n/a100m 0°C to 70°C1000Base-BXD SBD53xxxFExD125 Mb/s Single Mode1550/1310nm 10/20/40/60km -40°C to 85°C 1000Base-BXU SBU35xxxFExD125 Mb/s Single Mode1310/1550nm 10/20/40/60km -40°C to 85°C 1000Base-BXD SGMII SGD53010FExD125 Mb/s Single Mode1550/1310nm 10km -40°C to 85°C 1000Base-BXU SGMII SGU35010FExD125 Mb/s Single Mode1310/1550nm 10km -40°C to 85°C 1000Base-BXD SBD53xxxGExD 1.25 Gb/s Single Mode1550/1310nm 3/10/20/40/60km -40°C to 85°C 1000Base-BXU SBU35xxxGExD 1.25 Gb/s Single Mode1310/1550nm 3/10/20/40/60km -40°C to 85°C 1000Base-BXD SBD43xxxGExD 1.25 Gb/s Single Mode1490/1310nm 10/20/40/60km -40°C to 85°C 1000Base-BXU SBU34xxxGExD 1.25 Gb/s Single Mode1310/1490nm 10/20/40/60km -40°C to 85°C 1000Base-BXD SBD43xxxDRxD 1.25 Gb/s Single Mode1490/1310nm 10/20km -40°C to 85°C 1000Base-BXU SBU34xxxDRxD 1.25 Gb/s Single Mode1310/1490nm 10/20km -40°C to 85°C 1000Base-BXD SBD53xxxDRxD 1.25 Gb/s Single Mode1550/1310nm 10/20km -40°C to 85°C 1000Base-BXU SBU35xxxDRxD 1.25 Gb/s Single Mode1310/1550nm 10/20km -40°C to 85°C1000Base-BXD CSFP SCD53xxxDRxD 1.25 Gb/s Single Mode1550/1310nm 10/20km 0°C to 70°C 1000Base-BXD CSFP SCD53xxxGExD 1.25 Gb/s Single Mode1550/1310nm 10/20km 0°C to 70°C 1000Base-BXD CSFP SCD43xxxGExD 1.25 Gb/s Single Mode1490/1310nm 10/20/40km0°C to 70°CTransceivers PONGPON OLT B+SBM43CBPDGxD 2,488 Mbps 1,244 Mbps Bidi SFP 1490/1310nm DFB APD B+ -40°C to 85°C SC GPON OLT C+SBM43CCPDGxD 2,488 Mbps 1,244 Mbps Bidi SFP 1490/1310nm DFB APD C+ -40°C to 85°C SC GPON OLT C++SBM43CCCDG3D2,488 Mbps1,244 MbpsBidi SFP1490/1310nmDFBAPDC++0°C to 70°CSCXGSPON OLTXSM52CN1NN3D9,953 Mbps9,953 MbpsBidi XFP1577/1270nmEMLAPDN10°C to 70°CSCXGSPON OLT SSM52CN1NN3D 9,953 Mbps 9,953 Mbps Bidi SFP+1577/1270nm EML APD N10°C to 70°C SC XGSPON ONUSSN25CN1XXxD10,3125 Mbps10,3125 MbpsBidi SFP+1270/1577nmEMLAPDN1-40°C to 85°CSC10GEPON OLTSPH53C30XR3D 10,3125 Mbps 1,25 Mbps Bidi SFP+1577/1310nm EML APD PRX300°C to 70°C SC 10GEPON ONUSPI25C30PR3D 10,3125 Mbps 10,3125 Mbps Bidi SFP+1270/1577nm EML APD PR300°C to 70°C SC SPI35C30RX3D 1,25 Mbps 10,3125 Mbps Bidi SFP+1310/1577nm DFB APD PRX300°C to 70°C SC XGPON1 OLT SPF52CN1ND3D 9,953 Mbps 2,488 Mbps Bidi SFP+1577/1270nm EML APD N10°C to 70°C SC XGPON1 ONUSPG25CN1DNxD2,488 Mbps9,953 MbpsBidi SFP+1270/1577nmDFBAPDN1-40°C to 85°CSC10GEPON OLT XBO52C30PR3D 10,3125 Mbps 10,3125 Mbps Bidi XFP 1577/1270nm EML APD PR300°C to 70°C SC XGPON1 OLTXBM52CN1ND3D9,953 Mbps2,488 MbpsBidi XFP1577/1270nmEMLAPDN10°C to 70°CSCX F PS F PS F P +A L L P R O D U C T S A R E D D MQ S F P 28Q S F P +100GBase-T DAPQQMxxC000QSFP28 to QSFP28103 Gb/s n/a n/a n/a 50cm/1/2/3m 100xGigabit Ethernet 0°C to 70°C 1100GBase-T Breakout CableDAPQSMxxC000QSFP28 to 4x SFP28103 Gb/sn/an/an/a50cm/1/2/3m25x/100x Gigabit Ethernet0°C to 70°C1,2100GBase DAOQQMxxC00D QSFP28 to QSFP28103 Gb/s 850nm 4x VCSEL 4xPIN 1/3/5/10/15/30/50/75/100m 100xGigabit Ethernet 0°C to 70°C 1100GBaseBreakout CableDAOQSMxxC00DQSFP28 to 4x SFP28103 Gb/s850nm4x VCSEL4xPIN50cm/1/2/3m25x/100x Gigabit Ethernet0°C to 70°C1,240GBase-T (passive)DAPQQxxx4000QSFP+ to QSFP+40 Gb/s n/a n/a n/a 50cm/1/2/3/4/5m 40xGigabit Ethernet 0°C to 70°C 140GBase-T Breakout DAPQSxxx4000QSFP+ to 4x SFP+40 Gb/s n/a n/a n/a 50cm/1/2/3/4/5m10x/40x Gigabit Ethernet 0°C to 70°C 1,240GBase-T (active)DAAQQMxx4000QSFP+ to QSFP+40 Gb/sn/an/an/a7/10m40xGigabit Ethernet0°C to 70°C140GBase DAOQQxxx400D QSFP+ to QSFP+40 Gb/s 850nm 4x VCSEL 4xPIN 3/5/10/30/50/100m 40xGigabit Ethernet 0°C to 70°C 140GBaseBreakout CableDAOQSMxx400DQSFP+ to 4x SFP+40 Gb/s850nm4x VCSEL4xPIN3/5/10/30/50/100m10x/40x Gigabit Ethernet0°C to 70°C1,21 M x x & x x x I N P A R T N U M B E R I N D I C A T E S C A B L E L E N G T H.2 B R E A K O U T C A B L E.25GBaseDAOSSMxx250DSFP28 to SFP2825 Gb/s850nmVCSELPIN1/2/3/5/10/20/30/50/100m25xGigabit Ethernet0°C to 70°C1S F P 28S F P +25GBase-TDAPSSMxx2500SFP28 to SFP2825 Gb/sn/an/an/a50cm/1/2/3/5m25xGigabit Ethernet0°C to 70°C110GBaseDAOSSxxx100DSFP+ to SFP+10.3 Gb/s850nmVCSELPIN1/3/5/7/10/15/20/30/50/100m10x Gigabit Ethernet 10x Fibre Channel0°C to 70°C110GBase-T (passive)DAPSSMxx1000SFP+ to SFP+10.3 Gb/s n/a n/a n/a 50cm/1/2/3/5/7m 10x Gigabit Ethernet 10x Fibre Channel 0°C to 70°C 110GBase-T (active)DAASSxxx1000SFP+ to SFP+10.3 Gb/sn/an/an/a1/2/3/5/7/10m10x Gigabit Ethernet 10x Fibre Channel0°C to 70°C11 M x x & x x x I N P A R T N U M B E R I N D I C A T E S C A B L E L E N G T H.2 B R E A K O U T C A B L E.Coding BoxThe SkyBox is a solution, provided and managed by Skylane Optics , enabling our customer to program Skylane Optics transceivers by themselves.Customers can now easily make SFP/ SFP+/ SFP28 / CSFP , XFP , QSFP+/ QSFP28 and XFP transceivers compatible with equipment from a large number of vendors (Cisco, Juniper, HP , …).The wavelength of Skylane tunable transceivers can also be set to the desired value using SkyBox . To allow use of SkyBox in any situation, the box comes with a battery.By the way, you never know where you must reprogram and install your transceivers!As the world is getting more and more connected the SkyBox comes with a mobile and desktop applica -tion compatible with android ® and Mac OS ®.With this toolbox, you are able to code your transceivers but also to see the history of all your previous coding activities.Furthermore, other options can be added such as OTDR, Power Meter, VOA, Wavelength meter.There is no other brand offering a battery-powered coding box.The SkyBox is a real partner for you engineers on the field. With SkyBox, you do not need to code your transceiver before leaving the office. You can do everything on the field.M ain benefitsUser Friendly The SkyBox is provided with a mobile and desktop application.Cost-effective Solution Less part numbers needed and stock management/logistics will be simplified.H ighly CompatibleMake your transceiver compatible for all major platform.ContactP20PRODUCT GUIDE B E L G I U MR u e d u M o u l i n , 18B -5650 F r a i r e B e l g i u mT. +32 71 610 640F. +32 71 610 649E. i n f o @s k y l a n e o p t i c s.c o m R u a U m b u 286 - 1º p a v i m e n t o A l p h a v i l l e C a m p i n a s E m p r e s a r i a l C E P 13.098-325 C a m p i n a s S ão P a u l o - B r a s i l T.+55 (19) 3514-6000E. i n f o @s k y l a n e o p t i c s.c o m V i k d a l s g r än d , 10A 13140 N a c k a S w e d e n E. i n f o @s k y l a n e o p t i c s.c o m B R A Z I L S W E D E N U S A (C O M I N G S O O N )F O L L O W U S O N :Tw i t t e r | L i n k e d I nO U R O F F I C E S A R O U N D T H E W O R L D。
OPT-100光纤收发器用户手册

快速以太网光纤收发器FAST Ethernet Media Converter用户手册USER MANUALEdision: 1.0OPT-100光纤收发器用户手册一.概述OPT-100系列光纤收发器通过把原来在双绞线上传输的以太网电信号转换为在光纤上传输的光信号,极大地延伸了以太网的连接距离。
OPT-100系列光纤收发器的光接口满足IEEE802.3u 100Base-FX标准;电接口满足IEEE802.3 10Base-T和IEEE802.3u 100Base-TX标准,支持10/100M、全双工/半双工自动协商,可以灵活地满足局域网的用户和网络系统集成商的组网需求。
OPT-100光纤收发器依据光传输介质的不同分为多模、单模双纤和单模单纤三种。
由于单纤双向收发器的光信号采用波分复用技术,发送波长和接收波长不同,即一台设备发送波长为1310nm、接收波长为1550nm,另一台设备发送波长为1550nm、接收波长为1310nm,因此必须配对使用。
二.技术指标△符合 IEEE 802.3、IEEE 802.3u、IEEE 802.3X、10Base-TX、100Base-TX、100Base-FX 标准。
△符合电信级运营标准,平均无故障时间大于5万小时。
△支持TCP/IP、PPPOE、DHCP、ICMP、NAT等协议。
△流控方式:全双工采用IEEE 802.3X,半双工采用Backpressure标准。
△内置高效交换核心,高速缓存容量为1Mbit,MAC地址列表深度为1K。
△电口支持自动协商功能,自动调整传输方式和速率。
△电口支持Auto-MDI/MDIX自动翻转。
△支持存储转发模式。
△支持最长1552 Byte超长数据包传输。
△支持QoS,保证VOIP数据包传输。
△支持STP生成树,构成冗余网络。
△接口: 电口: RJ45 光口: SC△双绞线: 超5类、6类△单模光纤: 8/125、8.3/125、9/125µm△工作温度: 0 ~ 50℃△存储温度: -20 ~ 70℃△湿度: 5% ~ 90%△外形尺寸:长 * 宽 * 高 = 92 *68 *28 (mm)三.产品安装请按以下步骤安装光纤收发器:a)将光纤终端盒引出的光纤跳线或尾纤插到设备的光口。
光纤收发器说明书

产品名称: N-net 10/100M自适应以太网光纤收发器N-net 10/100M自适应以太网光纤收发器产品说明:N-net 10/100M自适应以太网光纤收发器概述NT-1100/NT-1100S 10/100M自适应以太网光纤收发器,可以将10/100Base-TX的双绞线电信号和100Base-FX的光信号进行相互转换。
它将网络的传输距离极限从铜线的100米扩展到100公里(单模光纤)。
典型应用是以太网距离互连,例如小区机房与城域网的连接。
由于具有自适应的功能,在与交换机连接时,交换机不需要任何设置。
新增防雷功能,保证了设备的安全性。
外置电源、内置电源可选交流220V、直流-48V 可选N-net 10/100M自适应以太网光纤收发器产品特性:自适应NT-1100/NT-1100S具有10/100M速率自适应,全/半双工自适应功能。
在网络升级时极大保护了原有的网络投资。
大容量缓存独有的缓存技术可以保证您的网络在数据传输及多媒体应用时表现得更为出色,缓存为2M。
N-net 10/100M自适应以太网光纤收发器性能:N-net 10/100M自适应以太网光纤收发器骨干特性符合:10Base-T标准符合:100Base-TX/FX标准符合:标准N-net 10/100M自适应以太网光纤收发器端口传输速率光口:100Mbps电口:10/100Mbps交叉线与直通线自动识别NT-1100/NT-1100S与交换机或服务器等设备相连时,既可以使用交叉线也可以用直通线。
TX LINK/ACT灯亮,表示链路连通正确。
N-net 10/100M自适应以太网光纤收发器双工支持NT-1100/NT-1100S支持全/半双工自适应,10/100M自适应。
N-net 10/100M自适应以太网光纤收发器网络线缆10/100Base-TX UTP 5类线100Base-FX:多模光纤50/125,125或100/140μm单模光纤125,125,9/125或10/125μmN-net 10/100M自适应以太网光纤收发器传输距离10/100Base-TX:100米100Base-FX:2公里(多模),25/40/60/100公里(单模)N-net 10/100M自适应以太网光纤收发器光接口特性:波长:1310nm(25公里、40公里、2公里)1550nm(100公里)1310nm(多模2公里)N-net 10/100M自适应以太网光纤收发器LED显示:PWR:电源指示灯FX LINK/ACT:光链路连接/活动状态指示灯TX LINK/ACT:电链路连接/活动状态指示灯FX100:光口速率指示灯TX100:电口速度指示灯FDX:全、半双工指示灯N-net 10/100M自适应以太网光纤收发器端口配置:1个RJ45 10/100Base-TX端口1个SC/ST 多模/单模双工连接头N-net 10/100M自适应以太网光纤收发器电源要求:外置电源:5VDC 1A功耗:<5W内置电源:220VAC、-48VDC功耗:<5WN-net 10/100M自适应以太网光纤收发器环境要求:工作温度范围:0℃~60℃储存温度范围:-40℃~85℃相对湿度:5%~90%尺寸:电源外置式:26mm×71mm×94mm电源内置式:40mm×110mm×140mm以太网光纤收发器以太网光纤收发器机架说明书(使用前先阅本说明书)目录第一章10/100M光纤收发器说明书.................. 错误!未定义书签。
Allied Telesis 光纤转换器产品说明书

Connectivity GuideProduct Catalog | 1Allied Telesis2 |ETHERNET AND FAST ETHERNET STANDALONE MEDIA CONVERTERSMC13MC101XLMC102XLMC103XLMC103LHMC104XLMC115XLMC116XL10T 100TX 100TX 100TX 100FX MMF (SC)10T or 100TX 10T or 100TX Allied Telesis media converters enable the connection of disparate cabling types in networks where many cabling types exist. Network segments may also operate at different speeds, and media converters can be used to convert between speeds. Typically, media converters are used to connect copper and fiber-optic cabling that coexist in a network. Converters exist in a variety of standalone, multi-port, and modular forms. These different physical forms address the need for different applications and conversion densities.MMCThe Allied Telesis MMC Series of FastEthernet mini media converters leverages its smaller size to not only help the environment with a small carbon footprint, but also to save space in its working environment. Despite its compact size, the MMC Series delivers all the power and functionality of standard size media converters.PoEAllied Telesis PC PoE Series switches are the ideal solution for powering remote devices such as IP phones, video cameras, wireless access points, etc., which are more than 100 m from a Power over Ethernet switch.Desktop PoweredThe Allied Telesis DMC1000 Series of Gigabit mini media converters are among the smallest media converters in the market today. At just 1.25 in wide x 3.6 in deep x 0.85 in high, these media converters can easily fit into the palm of your hand. In addition to being compact — with a small carbon footprint — the DMC1000 Series can also be powered with the included micro USB to USB cable, and plugged directly into a laptop or PC. This saves installation time and cabling as there are no further power requirements necessary.Allied Telesis media converters extend network distances by adding fiber and VDSL (via coax and telephone-grade twisted pair) onlywhere it is needed. This enables customers to keep pace with changing technology and to integrate high-bandwidth devices into the network without changing the entire network infrastructure. From standalone units to chassis-based blades, Allied Telesis media converters are highly configurable to meet every need.Media ConvertersStandaloneFAST ETHERNET AND GIGABIT ETHERNET STANDALONE MINI MEDIA CONVERTERS10/100TX10/100TX10/100/1000T100FX (LC)100FX (SC)1000SX (LC)MMF MMF MMF100FX100FX1000SX1310 nm850 nmMMC200/LC MMC200/SC MMC2000/LCGIGABIT ETHERNET STANDALONE MEDIA CONVERTERSMC1004MC1008/SP1000T1000T1000SX (SC)SFP* Dependant on SFPMedia Converters | 3Allied Telesis4|Desktop PoweredUniversal Power SupplyFor customers already using Allied Telesis media converters, replacement power adapters are available.▶MCPWRUniversal, high-efficiency external power adapterFAST ETHERNET AND GIGABIT DESKTOP USB POWEREDMissingLinkThe Allied Telesis MissingLink ™feature enables media converters to pass the link status of their connections and therebytrigger corrective action when a problem on a link is detected.For example, if the twisted-pair cable to the 10/100TX port on an Allied Telesismedia converter were to fail, the unit would respond by dropping the link on the 100FX fiber-optic port.Most managed devices, such as switches and routers, can be configured to take a specific recovery action in the event of the loss of connection on a port. In some cases, the unit can be configured to seek a redundant path to a disconnected end-node or send out a trap to a network management station, and so alert the network administrator of the problem.Smart MissingLinkThe Allied Telesis Smart MissingLink ™feature has identical operation to MissingLink, with an added link failure alert system. If any of the media converter ports fail, the link LED will begin to flash. This aids with diagnostics, allowing network administrators to more quickly locate and rectify the fault.Smart Link RestorationSmart Link restoration allows the devices, in the cases of power failure, link loss or other interrupted service, to automatically restore the link without the need to restart/reset them.RedundancyIn many cases, Allied Telesis media converters are critical components in a network, carrying data between sites over long distances. It is imperative that all efforts are taken to ensure reliability of the network, and thus a network design with redundancy is mandatory. The components most likely to fail are the power supplies. The majority of Allied Telesis media converters can be deployed with hot-swappable, hot-removable power supplies to ensure maximum uptime.DMC1000/SCDMC1000/STSUPERSPEED USB 3.1/USB-C TO FIBER MEDIA CONVERTERSUSB 3.1/USB-C UMC200/STUMC2000/LCGIGABIT ETHERNET STANDALONE MEDIA CONVERTERS FAST ETHERNET STANDALONEPC2000/LC PC2002POE10/100/1000T10/100/1000T1000SX (LC)SFPLC1000SXPoE & IndustrialIndustrialAllied Telesis industrial Ethernet media converters offer an operating range from -40° to 75°C.The temperature-hardened IMC Series features Plug-and-Play and auto-negotiation.PoE* Dependant on SFP Allied Telesis PC PoE Series switches are the ideal solution for powering remote devices such as IP phones,Media Converters | 5Allied Telesis6|DesktopAll Allied Telesis media converters have the option to be fitted with rubber feet. These allow the product to be positioned on the desktop.WallA standalone media converter or switch can be easily mounted on a wall or under a table using this wallmount fixture. ▶WLMTWallmount fixture (supplied in packages of 10)DIN RailThis universal bracket allows a wide range of Allied Telesis media converters and media/rate converters to be mounted onto an industry-standard 35 mm DIN rail. ▶DINRAIL1-010Mounting kit (supplied in packages of 10)Mounting HardwareThe majority of unmanaged Allied Telesis MC, GS, and FS Series media converters can be mounted in anumber of ways.RackLarger multi-channel and modular mediaconverters ship with 19" rackmount kits. Smaller media converters may also be rackmounted in a number of ways:▶MCR1 chassisThis small chassis can berackmounted, and allows a single standalone media converter or 2-port switch to be powered by an internal power supply. It is available with either AC or -48vDC power supply.▶MCR12 chassisThis chassis allows mounting of up to 12 standalone media converters orswitches. The chassis supports optional redundant power supplies and can be AC or DC powered. ▶TRAY1 andTRAY4These simple trays allow one to four standalone media converters to be mounted into a rack.MMC Rack▶MMCR18This chassis allows mounting of up to 18 standalone MMC Series mediaconverters. The chassis supports optional redundant power supplies and can be AC or DC powered. Standard, 19-inch, rack.Product Catalog | 7FAST ETHERNET FIBER GIGABIT FIBER2814FX2874SXExpressCard/34 (54 compatible)ExpressCard/34 (54 compatible)SCSC■■■Preboot Execution Environment (PXE) SupportPXE allows network administrators to perform prebootprocedures on a system, such as installing an operating system,running a virus checker, or downloading a predefined systemconfiguration. PXE support included in Allied Telesis adaptercards allows a workstation or computer to boot from a remoteserver connected to the network prior to booting from the localhard drive.8 |Allied TelesisAdapter Cards | 9Jumbo Frames SupportNormal Ethernet packets are limited to a maximum size of 1548 bytes. Received packets larger than this are normally rejected by the interface card as errors. Jumbo frames support is beneficial for sending large packets, especially when the data contained in these packets either has a time-critical element, or is so large that the time taken to send multiple smaller packets is too great. Jumbo frame packets are normally up to 9000 bytes long.Long-Distance FiberWith the introduction of single-mode fiber adapters, Allied Telesis has extended the size of a fiber network from up to two kilometers over multi-mode fiber, to up to 20 km for Fast Ethernet, and 10 km forGigabit Ethernet.Advanced Power Management (ACPI)ACPI is part of the environmental control initiative for computers. Allied Telesis adapter cards support ACPI, which places the system in a low power state when it is not receiving or transmitting data.GIGABIT FIBER2916SX2916LX102914SX/LC2914SX/SC2914SPPCI (32-bit)PCI (32-bit)PCIe (x1)PCIe (x1)PCIe (x1)SFP SC, LC LC LC SC SFPMMF SMF MMF MMF10/100 SFP220 m / 500 m10 km220 m / 500 m220 m / 500 m Depends on SFP ■■■■Allied Telesis 10 |Wake-on-LAN (WoL)WoL is a feature of adapter cards that allows a computer fitted witha card to be remotely powered-on. The computer receives a specialdata packet via the network port that will cause the computer to boot.This, coupled with PXE support, allows network administrators to gaincomplete access to all computers on their networks.Adapter Cards | 11Network VirtualizationAllied Telesis server adapter cards are specifically designed for use in a virtualized environment. The cards interact directly with the virtualization hypervisor software, offloading many of the interface tasks from the main CPU, thus increasing the overall performance of the virtual machine.The ANC10S Series 10 Gigabit adaptercard improves performance with next-generation technology — VMware, DataCenter Bridging, Direct Path, NetQueue— that includes features such as loopback(inter-VM communication), priority-weightedbandwidth management, and doubling thenumber of data queues per port from fourto eight. Also supported are multicast andbroadcast data on a virtualized server.Superior FunctionalityThe ANC10S Series includes dedicatedhardware and processors to process framesat the highest levels for both transmit andreceive paths in the operating system —advantageous for virtualization applications.The ANC10S Series enables convergenceof all networked communications possiblein a server, such as data (LAN), storagenetworks (iSCSI), and clustering.Allied Telesis 12 |Product Catalog | 13Allied Telesis14 |FAST ETHERNET FIBER TRANSCEIVERSSPFX/2SPFXBD-LC-13SPFXBD-LC-15SPFX/15SFP SFP SFP SFP MMF SMF SMFSMF 2 (Rx, Tx) 1 (BiDi) 1 (BiDi) 2 (Rx, Tx)100Mbps 100Mbps 100Mbps 100MbpsGIGABIT FIBER TRANSCEIVERSSPSXSPSX/ISPEXSPLX10SPLX10/ISFP SFP SFP SFP SFP MMF MMF MMF SMF SMF 2 (Rx, Tx) 2 (Rx, Tx) 2 (Rx, Tx)1000Mbps 1000MbpsQSFP+ Cables ▶QSFP1CUQSFP+ 1 m cable▶QSFP3CU QSFP+ 3 m cableOptical Cables ▶MTP12-1MTP cable for QSFP+ Series, 1 m▶MTP12-5MTP cable for QSFP+ Series, 5 mBreakout Cables▶QSFP-4SFP10G-3CUQSFP+ port to 4 × 10G ports, 3 m▶QSFP-4SFP10G-5CUQSFP+ port to 4 × 10G ports, 5 mTransceivers | 15SFP+SFP+TwinaxTwinax 10G10GSP10 Series (SFP+)The SP10 Series offers customers a wide variety of 10 Gigabit Ethernet connectivity options for data center, enterprise, and service provider transport applications. These hot-swappable devices plug into an Ethernet SFP+ port and have the smallest 10G form factor in the industry. Configurations can be optimized to meet a variety of distance and service requirements.COPPER RJ-45 TRANSCEIVERS SPTXSFP 10/100/1000T 100 m RJ-450°C to 70°CSP10TW1SP10TW3GIGABIT FIBER TRANSCEIVERSSFP SFP SFP SFP SMF SMF SMF SMF 1 (BiDi) 1 (BiDi) 2 (Rx, Tx) 2 (Rx, Tx)1000Mbps1000MbpsSPBD10-13SPBD10-14SPLX40SPZX80Allied Telesis16 |Network Service Provider Transceiversi MG Transceivers▶TN-P015-ASC, Gigabit/100M, 20 km SFP, Tx 1310, Rx 1480 - 1560, use with iMG1400 Series ▶SPBD20EPON-13/I20 km, bi-directional, 1 Gigabit GEPON SFP for iMG2426FMODEL GIGABIT OPTICS (NSP)FEATURESSPBD20-13/ISPBD20-14/ISPBD40-13/ISPBD40-14/IFORM FACTOR SFP SFP SFP SFP FIBER TYPE SMF SMF SMF SMF NUMBER OF FIBERS 1 (BiDi) 1 (BiDi) 1 (BiDi) 1 (BiDi)SPEED 1000Mbps1000Mbps1000Mbps1000MbpsDDM■■■■Rx WAVELENGTH 1550 nm 1310 nm 1490 nm 1310 nm Tx WAVELENGTH 1310 nm 1490 nm 1310 nm 1490 nm MAX DISTANCE 20 km 20 km 40 km 40 km CONNECTOR TYPE SC SC LC LC TEMPERATURE-40°C to 95°C-40°C to 95°C-40°C to 85°C-40°C to 85°CTAA Compliant Transceiver ModulesAllied Telesis provides many options for Trade Act Compliant (TAA) optics. These products are manufactured in TAA compliant countries and continue our commitment to providing a wide range of offerings for any network requirement.Transceivers that can be ordered in TAA compliant versions are noted with TAA .© 2017 Allied Telesis, Inc. All rights reserved. Information in this document is subject to change without notice. All company names, logos, and product designs that are trademarks or registered trademarks are the property of their respective owners.EMEA5403_connectivity Rev A alliedtelesis .com。
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Copyright statementThis publication may not be reproduced as a whole or in part, any way whatsoever unless prior consent has been obtained from us.FCC warningThe media converter have been tested and found to comply with the limits for a Class A digital device ,pursuant to Part 15 of the FCC Rules .These standards are designed to provide reasonable protection against harmful interference when these devices are operated in commercial environment These devices can use ,generate and radiate radio frequency energy and may cause harmful interface to radio communications unless installed in accordance with this User’s Guide .Operation of this device in a residential area is likely to cause harmful interface which will make the user responsible for the appropriate remedial action at his/her own expense.CE mark WarningThese are Class A products. In a domestic environment these products may cause radio interface in which case the user will need to consider adequate preventative measures.Package ContentThank you for purchasing our Ethernet Media Converter. Before you start installing the Media Converter, verify the following items in the packageMedia ConverterUser’s ManualPower AdapterThe Media Converter makes it possible to mix network media to optimize total cost of ownership when you are extending legacy twisted-pair network to a fiber-optic backbone. , It is primarily designed for larger and higher bandwidth demanding workgroups that require expansion of the Ethernet network. The media Converter features a RJ45 jack and an ST/SC/FC fiber optic connectors, connecting the10/100Mbps network to the 100BASE-FX (fiber optic) network. At full duplex mode, the converter can extend distance up to 2 kilometers for Multi-mode fiber and up to 100 kilometers for Single-mode fiber., maximize conversion options and network design flexibilityFeaturesCompliant with IEEE802.3 10Base-T, and IEEE802.3u 100Base-TX/FX standards·Support auto-negotiation function in TP port to detect speed (10/100M) and duplex mode (full/half) automatically·Support auto uplink (auto MDI/MDI-X) in TP port, no more cross-over cable·Extend fiber-optic distance up to 100km with single-mode fiber·Provide various fiber-optic interfaces with ST/SC/FC connectors·Mountable in the converter chassisInstallationAs with any electric device, you should place the equipment where it will not be subject to extreme temperatures, humidity, or electromagnetic interference. Specifically, the site you select should meet the following requirements:Please follow the steps to install the media converter. This Converter is a plug-and-play device.1. Turn off the power of the device/station in the network in which the media converter will be installed.2. Ensure that there is no activity in the network.3.Attached fiber cable from the media converter to the fiber network. The fiber connections must be matched—Transmit socket to receive socket4.Attached a UTP cable from the 100Base-Tx network to the RJ-45 port on the5.Connect the power cord to the the media converter and check if the power LED lights up. The TP Link and FX link LEDs will light when all the cable connections are satisfactory.6.Turn on the power of the device/station.10/100TX to 100FX ConverterThis converter provides one TX port and one FX port. For the FX port, it provides options of either multi-mode or single-mode fiber accommodatingST/SC/FC connector. For the TX port, it uses RJ-45 connector supports auto senses the speed of 10/100Mbps.New features support Auto Uplink on TX port and LFPT(Link-Fault-Pass-Through).Auto Uplink: User can connect to PC or switch/hub by using eitherstraight-through or cross-over cable. It will automatically detect the type of cable and link the connection.Link Fault Pass-Through: When cable in one end is OUT(disconnected/damaged/at fault), it will inform the other end by turning OFF the remote end's link LEDs.1.Cable Connection of the media converterPort type Cable Type Max.Length10/100BASE-T Cat.3.4.5 UTP. RJ-45 100 meters100BASE-FX Single-mode Fiber of 1300nm (9 or 10/125µm) 15∽100kmLED IndicationPlease refer to the following table for LED indication of MC-0110 SeriesLED Status IndicationFEF Steady Lit when local FX port receive signal from remote port Off NO receiptionSPD Steady When PT data rtansmission speed is 100M Off When PT data rtansmission speed is 10M Flashing Collision occurredOff Connection in half-duplex modePhysical DescriptionTypical Optical Power Budget。