OPT-100光纤收发器用户手册
福禄克FLuke OptiFiber_Pro用户操作说明OFP-100-Q
警告
为了避免引起火灾、触电、人身伤害或设备损坏或测试结果 不准确，请先阅读 《OptiFiber Pro用户手册》中的安全信 息，然后再使用测试仪。
PN 4095544 (Simplified Chinese) January 2012, Rev. 2 5/13
©2012-2013 Fluke Corporation. Printed in USA. All product names are trademarks of their respective companies.
GUY26.EPS
图 5.OTDR结果屏幕示例
6.
保存结果
6-1 如果通过测试，按保存；如果测试失败，按稍后修复。 6-2 如果电缆ID框显示正确的ID，按保存。 要输入电缆ID，按保存结果屏幕上的电缆ID框，使用键盘输入结 果的名称，按完成，然后按保存。 如果不选择其他项目，测试仪将把结果保存在默认项目中。
测试类型：选择自动OTDR。 前导补偿：如果您将使用前导/末尾线，将此设置为开。 波长：选择测试波长。 光纤类型：在光纤类型屏幕，选择适用的光纤类型。要查看 其他光纤类型组，按一下更多，然后按一个组。 测试限制：为此项作业选择正确的限制。要查看其他限制 组，按更多，然后按组名。
2-4 要保存设置，在测试设置屏幕上按保存。
连接器、按键和LED
B C D E
A N
M L K J I
F G H
GPU06.EPS
图 1.连接器、按键和LED
带触摸屏的LCD显示屏。 单模OTDR端口，带SC可互换适配器和护盖。当端口发出一个光
学信号时，端口前部的LED亮起。
带SC可互换适配器和护盖的多模OTDR端口。当端口发出一个光
Sun Telecom SUN-100 1000 光纤转换器用户操作手册说明书
User’s ManualAll the trademarks mentioned in this manual are registered property of Sun Telecom.The right to interpret this manual is reserved by Sun TelecomF i b e r O p t i c S o l u t i o n s P r o v i d e r1/41. InstructionSun Telecom’s SUN-100/1000series fiber optic media converters can transform Ethernet electric signals into optical signals or vice-versa and transmit optical signals over multimode or single-mode fiber. Under the premise of ensuring high-bandwidth transmission, these media converters can achieve a transmission of hundreds of kilometers long by using optical fiber media, which breaks the limitation of copper cable transmission distances. SUN-100/1000 series fiber optic media converters comply with IEC802.3 standards.*Card type fiber optic media converters DO NOT include any power line or adaptor and are used with the rack mount chassis.3. InstallationFiber optic media converters are used in pairs. The graph below shows the typical connection.NoteWhile using card type fiber optic media converters, please use related 19 inch rack mount chassis.17 slots rack mount chassis4. LED Indicator InstructionWarranty InstructionsWarrantyWe promise three years warranty for the SUN-100/1000 series of media converter.During the warranty period, we provide free maintenance service, but in following circumstances, we will require the cost of materials and components●Damage caused by not following the instructions of user’s manual●Damage caused by unauthorized disassembling the product●Damage caused by lightning, fire and irresistible natural disasters●Damage caused by matching problems due to poor design of othermanufacturers' productsSHANGHAI SUN TELECOMMUNICATION CO., LTD.Building No.145 Lane 666, Xianing Rd.Jinshan Industrial Zone, Jinshan DistrictShangHai, China 201506Tel: +86-21-60138638 Fax: +86-21-60138635-401E-mail:*****************。
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。
以太网光纤收发器手册
图十
如图所示，具体的功能有： 光口和电口链路状况； 电口速率控制； 全/半双工控制； 自协商（auto-negotiation）控制； LFP（Link Fault Pass through）链路容错控制； 流量（Flow-Control）控制；
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快速以太网光纤收发器(可网管)用户手册 f）、点击图九最右边的网管卡，进入如下页面。在该页面中， 可查看和配置网管模块的 IP 地址，掩码和网关。
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快速以太网光纤收发器(可网管)用户手册 （http://192.168.0.100） 地址，连接成功后，便即可进入网 管页面（默认用户名为“admin”，密码为“12345”，注意大 小写）。
快速以太网光纤收发器(可网管)用户手册
图五 a）、在身份验证正确后，进入如下的页面。在这里可以查看和 修改用户名，密码，也可以查看和修改收发器相关信息。
一、概述 光纤收发器(Fiber Converter)是一种区域网络连接器设备，
作为光电转换器件，把电信号转化为光信号在单模或多模光纤上 传输，突破了电缆传输距离短的限制，使得以太网在保证高带宽 传输的前提下，利用光纤介质实现几公里甚至上百公里的远距离 传输。使用光纤收发器构造网络能够节省网络投资（见应用示意 图）。使用光纤收发器是现在在网络设备光口价格昂贵的情况下， 一种符合网络现状的良好的远距离传输解决方案。
TX
UTP
HUB
光纤收发器
光纤
UTP
光纤收发器
SWITCH
RX
光纤
光纤收发器连接示意图
图三 2、 用直通双绞线连接收发器卡的 RJ45 口和电脑、集线器或交
换机。用直通双绞线连接网管板的 RJ45 口与电脑，可通过 WEB 网管；网管板的 RS232 口与电脑串口用随机附带的交 叉串口电缆连接。用交叉双绞线与直通双绞线的连接方式 以及网络接口的引脚信号分配规则参见附录一。 3、 光纤接口的连接必须注意单模、多模匹配。一端收发器的 发射口（TX）连接另一端收发器的接收口（RX）。光纤接口 的主要类型为 SC 或 ST 等。 适用光缆：
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。
光纤收发器说明
南疆35KV站光纤收发器指示灯说明
FX-DET 亮：光信号检测正常
灭：光纤未插或光信号故障
F-LINK 亮：显示本地收发器从FX设备接收网络脉冲
闪烁：显示本地收发器从FX设备接收到数据包
T-SPEED 亮：显示本地收发器工作速率为100Mbps
灭：显示本地收发器工作速率为10Mbps
T-LINK 亮：显示本地收发器从TX设备接收到网络脉冲
闪烁：显示本地收发器从TX设备接收到数据包
T-FDX 亮：显示本地收发器工作在全双工模式
灭：显示本地收发器工作在半双工模式
POWER：电源指示灯
TP-SPEED 亮：显示远端收发器工作速率为100Mbps
灭：显示远端收发器工作速率为10Mbps
TP-LINK 亮：显示远端收发器电口正常
灭：显示远端收发器电口双绞线未插或故障
TP-FDX 亮：显示远端收发器工作在全双工模式
灭：显示远端收发器工作在半双工模式
FAR-DET 亮：远端收到故障数据包
灭：远端未收到故障数据包
选择长度小于100m的5类无屏蔽双绞线
光纤接口：ST或SC
在未使用网管软件的情况下，本设备重新上电后，若显示远端状态的4个指示灯均为熄灭状态时，需将本地光发送端的光连接器重新拔插一次才能正常显示远端。
lfp光纤收发器用户手册英文版
lfp光纤收发器用户手册英文版LFP Fiber Optic Transceiver User Manual1. IntroductionThank you for purchasing the LFP Fiber Optic Transceiver. This user manual will provide you with all the necessary information for proper installation and usage of the transceiver.2. Specifications- Interface: LC or SC/APC- Wavelength: 1310nm (transmit), 1490nm (receive)- Transmission distance: Up to 20km (single mode) or 500m (multi-mode)- Fiber type: Single mode or multi-mode- Operating temperature: -40°C to 85°C- Input voltage: 3.3V3. InstallationBefore connecting the transceiver, ensure that the power source is turned off. Follow the steps below for installation:1. Connect the fiber optic cable to the transceiver's interface (LC or SC/APC).2. Connect the other end of the fiber optic cable to the corresponding interface on the network device.3. Ensure that the connectors are securely attached and properly aligned.4. Turn on the power source.4. LEDsThe LFP Fiber Optic Transceiver features two LEDs that indicateits status:- Power LED: This LED lights up when the transceiver is powered on.- Link LED: This LED indicates network connectivity. It will be green when linked and flashing when data is being transmitted. 5. TroubleshootingIf you encounter any issues with the transceiver, please refer to the following troubleshooting steps:- Check the fiber optic cable connections and ensure they are securely attached.- Ensure that the transceiver is receiving power by checking if the Power LED is lit.- If the Link LED is not lit, check for any issues with the network device or the fiber optic cable.- If the transceiver is still not functioning properly, please contact our technical support for further assistance.6. MaintenanceTo ensure the transceiver's optimal performance, please follow these maintenance guidelines:- Clean the fiber optic cable connectors regularly using a lint-free cloth and isopropyl alcohol.- Avoid exposing the transceiver to extreme temperatures or humidity.- Do not drop or disassemble the transceiver.- Keep the transceiver away from dust and debris.7. WarrantyThe LFP Fiber Optic Transceiver comes with a one-year warrantyfrom the date of purchase. Please retain the original sales receipt and contact our customer service for any warranty claims. Thank you for choosing LFP Fiber Optic Transceiver. If you have any further questions or need additional assistance, please don't hesitate to contact our customer support team.。
百兆紧凑型工业光电转换器光纤收发器使用说明书
百兆紧凑型工业光电转换器光纤收发器说明书【概述】百兆紧凑型工业光电转换器采用高强度IP40防护外壳，工业级设计，支持Auto-Negotiation自适应技术，提供全面的LED状态指示，支持电压12~48V DC电源输入，以增加通讯网络的可靠度。
紧凑型光纤收发器提供1~2个10/100Base-T(X) RJ45电口和1个100Base-FX 光口（可选FC、ST），可以根据业务口需求灵活的进行光电组合。
工业光电转换器基于工业安装需求，提供35mm导轨或壁挂式这两种安装模式。
光纤收发器采用业内优秀的网络方案，-40~85℃工作温度范围，能够满足各种工业现场的要求，提供便捷的以太网通讯解决方案。
【性能特点】符合IEEE802.3/802.3u标准，存储转发交换方式提供1~2个10/100Base-T(X) RJ45以太网接口，支持Auto-Negotiation技术，自动协商工作速率（10M/100M）和双工模式（半双工/全双工），端口自适应提供1个100Base-FX光口，默认SC接口，可选FC、ST，可传输120公里采用高强度IP40外壳及工业级设计支持电压12~48V DC电源输入-40~85℃工作温度范围【详细规格】技术标准：IEEE802.3、IEEE802.3u接口RJ45电口：10/100Base-T（X）速率自侦测、全/半双工模式，端口自适应百兆光口：100Base-FX百兆全双工，默认SC接口，可选FC、ST，可传输120公里交换属性十兆转发速度：14881pps百兆转发速度：148810pps传输方式：存储转发系统交换带宽：800Mbps缓存大小：448KbitsMAC地址表：1K电源12~48V DC电源输入，典型工作电压12V/24V/48V，采用3芯7.62mm间距标准工业端子空载功率：1.92W@24VDC满载功率：2.16W@24VDC机械特性尺寸（W×H×D）：32mm×103mm×83mm净重：200克外壳：IP40等级保护，金属外壳安装：壁挂式或DIN导轨式安装工作环境工作温度：-40℃~85℃存储温度：-40℃~85℃相对湿度：5%~95%（无凝露）保修保修期：5年【符合标准】IEC61000-4-2(ESD)：±6KV接触放电，±15KV空气放电IEC61000-4-3(RS)：10V/M(80-1000MHZ)IEC61000-4-4(EFT)：电源端：±4KV，信号端：±2KVIEC61000-4-5(Surge)：电源端：±2KV CM/±1KV DM，信号端：±4KVIEC61000-4-6(射频传导)：3V(10KHZ-150KHZ)，10V(150KHZ-80MHZ)IEC61000-4-16(共模传导)：30V COUNT 300V，1SIEC60068-2-6(振动)IEC60068-2-27(冲击)IEC60068-2-32(自由跌落)IEC61000-6-2(通用工业标准)【系列清单】【产品外观】Ck1011 Ck1021 【LED 指示灯】【接地和电源连接】设备接地：转换器上侧板出有一接地螺丝，此点连接接地线的一端，另一端需可靠接入机房的大地。
[信息与通信]OptiX Metro 100终端STM-1光传输系统 用户手册
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目录第1章网络定位...................................................................................................... 1-1第2章设备功能...................................................................................................... 2-12.1 V100R002新增特性......................................................................................... 2-12.2 功能................................................................................................................ 2-12.2.1 集成度高................................................................................................ 2-12.2.2 功耗低................................................................................................... 2-12.2.3 安装方式灵活.......................................................................................... 2-12.2.4 支持多业务接入....................................................................................... 2-22.2.5 支持业务信号的网络级保护 ....................................................................... 2-22.2.6 支持多种管理方式.................................................................................... 2-22.2.7 支持与第三方设备网管信息的互通.............................................................. 2-22.2.8 支持多种电源接入.................................................................................... 2-22.2.9 支持开关量............................................................................................. 2-32.2.10 支持SSM管理功能 ............................................................................... 2-42.2.11 支持多种维护诊断功能............................................................................ 2-42.2.12 支持软件在线升级.................................................................................. 2-42.2.13 易操作、易维护..................................................................................... 2-42.2.14 易调测 ................................................................................................. 2-5第3章设备结构...................................................................................................... 3-13.1 硬件结构 ......................................................................................................... 3-13.1.1 外形 ...................................................................................................... 3-13.1.2 配置类型................................................................................................ 3-23.1.3 面板介绍................................................................................................ 3-43.2 系统结构 ......................................................................................................... 3-73.2.1 STM-1线路单元 ..................................................................................... 3-73.2.2 E1支路单元........................................................................................... 3-83.2.3 以太网支路单元....................................................................................... 3-83.2.4 交叉单元................................................................................................ 3-93.2.5 时钟单元.............................................................................................. 3-103.2.6 主控单元.............................................................................................. 3-103.2.7 电源单元.............................................................................................. 3-11第4章组网应用...................................................................................................... 4-14.1 网络拓扑 ......................................................................................................... 4-14.1.1 独立组网................................................................................................ 4-14.1.2 与OptiX 传输设备混合组网...................................................................... 4-14.2 与第三方设备互通网管信息................................................................................. 4-24.2.1 扩展D字节............................................................................................ 4-24.2.2 TP4（OSI Over DCC）........................................................................... 4-24.2.3 IP OVER DCC ....................................................................................... 4-44.2.4 SNMP接口 ............................................................................................ 4-54.3 网络保护 ......................................................................................................... 4-74.4 以太网业务透明传输.......................................................................................... 4-14.4.1 组网应用................................................................................................ 4-14.4.2 实现方式................................................................................................ 4-1第5章技术指标...................................................................................................... 5-15.1 整机参数 ......................................................................................................... 5-15.2 光接口性能指标................................................................................................ 5-15.2.1 STM-1光接口性能指标............................................................................ 5-15.2.2 1000M以太网光接口性能指标 .................................................................. 5-25.3 PDH电接口性能指标 ........................................................................................ 5-25.4 以太网业务性能指标.......................................................................................... 5-35.4.1 10M/100M性能指标.............................................................................. 5-35.4.2 1000M性能指标..................................................................................... 5-35.5 电源指标 ......................................................................................................... 5-35.6 环境指标 ......................................................................................................... 5-45.7 EMC指标 ....................................................................................................... 5-45.8 可用度指标 ...................................................................................................... 5-4插图目录图1-1 OptiX Metro 100在传输网中的位置 ........................................................ 1-1图3-1 OptiX Metro 100单光口设备外形（–48V/–60V直流输入+E1）.............. 3-1图3-2 OptiX Metro 100双光口设备外形（–48V/–60V直流输入+E1+10M/100M） ............................................................................................................... 3-1图3-3 OptiX Metro 100双光口设备外形（–48V/–60V直流输入+E1+1000M） . 3-1图3-4 OptiX Metro 100的面板图（直流输入+E1+FE）...................................... 3-4图3-5 OptiX Metro 100的面板图（直流输入+E1+GE）(图要改) .......................... 3-4图3-6 OptiX Metro 100的系统结构图............................................................... 3-7图4-1 独立组成链形网...................................................................................... 4-1图4-2 独立组成环形网...................................................................................... 4-1图4-3 与其它传输设备配合组网 ......................................................................... 4-2图4-4 通过扩展D字节实现混合组网.................................................................. 4-2图4-5 通过OSI DCN直接管理OptiX设备组网示意图 ......................................... 4-3图4-6 通过其它厂商设备的OSI网络管理OptiX设备组网示意图............................ 4-3图4-7 穿越OptiX设备管理其它厂商设备组网示意图............................................ 4-3图4-10 SNMP网管与网元直接通过IP连接......................................................... 4-6图4-11 SNMP网管通过网元IP透传管理远端OptiX Metro 100网元 .................... 4-7图4-12 以太网透明传输业务应用 ....................................................................... 4-1表格目录表3-1 OptiX Metro 100接入单一业务时的设备配置类型...................................... 3-2表3-2 同时接入E1业务和10M/100M以太网业务时的设备配置类型 .................... 3-3表3-3 OptiX Metro 100接入单一业务时的设备配置类型...................................... 3-3表3-4 OptiX Metro 100面板的接口说明 ........................................................... 3-4表3-5 OptiX Metro 100面板的LCD和按键说明................................................ 3-5表3-6 OptiX Metro 100面板指示灯的说明 ........................................................ 3-6表3-7 SL1、SD1、SB1和SB2线路单元的功能比较........................................... 3-8表3-8 设备提供的时钟源数量 .......................................................................... 3-10表5-1 OptiX Metro 100的重量、尺寸和功耗值.................................................. 5-1表5-2 OptiX Metro 100 STM-1光接口性能....................................................... 5-1表5-3 OptiX Metro 100 1000M以太网光接口性能............................................ 5-2表5-4 E1电接口性能....................................................................................... 5-2表5-5 以太网业务的性能指标 ............................................................................ 5-3表5-6 1000M以太网业务的性能指标................................................................. 5-3表5-7 电源参数............................................................................................... 5-3表5-8 环境指标............................................................................................... 5-4第1章网络定位OptiX Metro 100用于传输网络的引入层，提供STM-1光接口，与接入层设备一起构筑整个传输接入层的设备群，完善了华为技术有限公司的光传输产品体系。
一光两电光纤收发器说明书-推荐下载
规与范双电口、多电口收发器1．产品概述多以太网口光纤收发器系列产品主要分为两大类：双以太口产品和多以太口产品。
双以太口产品是提供两个严格隔离的以太网口的光纤收发器设备。
该设备需成对使用，以成熟、安全的技术，简化网络结构、节约设备投资，实现通过一条光路接入两个有严格隔离安全要求的业务网络。
多以太口产品时可以提供4个或8个以太网电口的光纤收发器设备。
该设备可选择与单以太电口收发器配合使用，实现通过一根光纤完成多个终端用户的接入需求，也可以物理隔离或者端口隔离。
2．功能特点1．1双以太口产品提供2个严格隔离的以太网口，必须成对使用，完成两个相互安全隔离网络的接入产品为卡式设备，可配合内置电源的一槽或十六槽机箱使用，支持热插拔丰富的工作状态指示灯，方便、准确地了解设备接口、链路的工作状态，光口可根据需要定制单纤SC，双纤SC，FC，LC等光纤接口类型支持直连线，交叉线自适应功能，可选择双以太网口交换模块。
1．2多以太口产品【光纤收发器·用户手册】与范规可以提供4个、8个以太网口的产品，支持NO VLAN和Concentration VLAN 模式产品都为台式设备，一般以安放在用户端为主要应用，设备以太电口10/100Mbps自适应，全双工/半双工自适应，支持单、双纤的传输。
3．安装和初始化请按一下步骤安装光纤收发器：1.将光纤跳线或尾纤从光纤两端的终端盒分别连接到两端光纤接口，注意同一根光纤的两端必须分别接入两端光纤接口的TX和RX口，不能同时都接在TX或RX口上，否则光纤连不通。
2.将UTP跳线从网络设备的RJ45口连接到光纤收发器的RJ45接口，直接线和交叉线均可。
3.双以太网光纤收发器是内置电源，采用1槽收发器机箱，使用时接通电源，此时光纤收发器电口所检测到POWER灯亮，其他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电口所检测到与之对接网络设备的状态来决定收发器电口的工作状态，指示灯将显示此时收发器的工作状态。
可远端管理型以太网光纤收发器 说明书
10/100M、10/100/1000M可远端管理型以太网光纤收发器用户使用手册安全注意事项在安装和使用本设备之前，请仔细阅读以下事项，我公司不对任何由于违反安全事项造成的损失承担责任。
光电转换器输出为不可见激光辐射，光口发射的激光可能对人眼造成一定的损害，任何时候不要向光口望去，不使用光口时，请插入光模块堵头。
光电转换器为集成化设备，内含精密器件，为避免严重冲击对其构成损害，请避免剧烈振动和碰撞，请自行拆卸或维修，在我公司技术人员同意和指导下需要拆卸或维修时，必须按照防静电程序进行操作。
为保护设备的安全与运行稳定性，在使用本设备时须提供良好的接地保护。
请勿擅自拆卸光电转换器，否则将可能造成不可恢复的损失。
我公司将擅自拆卸设备为自动放弃保修权力。
目录第一章 网管系统功能介绍--------------------------------------------------------------------1第二章 网管型光纤收发器硬件使用说明--------------------------------------------------2 一．网管卡使用说明------------------------------------------------------------------------2二．级联卡使用说明------------------------------------------------------------------------3三． 10M/100M光纤收发器卡使用说明-------------------------------------------------4四． 10M/100M/1000M光纤收发器卡使用说明---------------------------------------5五．网管机架使用说明---------------------------------------------------------------------6六．技术参数---------------------------------------------------------------------------------7第三章 网管型光纤收发器软件使用说明--------------------------------------------------8 一硬件平台及软件环境-------------------------------------------------------------------8二 安装管理软件---------------------------------------------------8三SNMP管理软件的使用说明----------------------------------------------------------11四WEB管理软件的使用说明-----------------------------------------------------------19五FTP使用说明 --------------------------------------------------------------------------22六CONSOLE使用说明 ------------------------------------------------------------------24第四章常见故障解答 --------------------------------------------------------------------------25第一章网管系统功能介绍10/100M、10/100/1000M可远端管理型光纤收发器是款高可靠、低成本的以太网传输媒体转换器，其作用是高效率地实现10M、100M、1000M以太网电口和光口之间的转换。
光纤收发器百兆英文说明书
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。
一光两电光纤收发器说明书
TX1/TX2
FLK(FiberLink) 亮 闪
状பைடு நூலகம்
态
黄
灯
绿
灯
含义
黄灯亮，以太网口工作在 100M 黄灯灭，以太网口工作在 10M 绿灯亮，表示以太网与其他 网络设备连接正常 绿灯闪烁，表示以太网正在 传输数据 光口连接正常 光口有数据传输 3
对全部高中资料试卷电气设备，在安装过程中以及安装结束后进行高中资料试卷调整试验；通电检查所有设备高中资料电试力卷保相护互装作置用调与试相技互术关，系电，通力根1保过据护管生高线产中敷工资设艺料技高试术中卷0资不配料仅置试可技卷以术要解是求决指，吊机对顶组电层在气配进设置行备不继进规电行范保空高护载中高与资中带料资负试料荷卷试下问卷高题总中2体2资，配料而置试且时卷可，调保需控障要试各在验类最；管大对路限设习度备题内进到来行位确调。保整在机使管组其路高在敷中正设资常过料工程试况1卷中下安，与全要过，加度并强工且看作尽护下可1都关能可于地以管缩正路小常高故工中障作资高；料中对试资于卷料继连试电接卷保管破护口坏进处范行理围整高，核中或对资者定料对值试某，卷些审弯异核扁常与度高校固中对定资图盒料纸位试，置卷编.工保写况护复进层杂行防设自腐备动跨与处接装理地置，线高尤弯中其曲资要半料避径试免标卷错高调误等试高，方中要案资求，料技编试术写5、卷交重电保底要气护。设设装管备备置线4高、调动敷中电试作设资气高，技料课中并3术试、件资且中卷管中料拒包试路调试绝含验敷试卷动线方设技作槽案技术，、以术来管及避架系免等统不多启必项动要方高式案中，；资为对料解整试决套卷高启突中动然语过停文程机电中。气高因课中此件资，中料电管试力壁卷高薄电中、气资接设料口备试不进卷严行保等调护问试装题工置，作调合并试理且技利进术用行，管过要线关求敷运电设行力技高保术中护。资装线料置缆试做敷卷到设技准原术确则指灵：导活在。。分对对线于于盒调差处试动，过保当程护不中装同高置电中高压资中回料资路试料交卷试叉技卷时术调，问试应题技采，术用作是金为指属调发隔试电板人机进员一行，变隔需压开要器处在组理事在；前发同掌生一握内线图部槽纸故内资障，料时强、，电设需回备要路制进须造行同厂外时家部切出电断具源习高高题中中电资资源料料，试试线卷卷缆试切敷验除设报从完告而毕与采，相用要关高进技中行术资检资料查料试和，卷检并主测且要处了保理解护。现装场置设。备高中资料试卷布置情况与有关高中资料试卷电气系统接线等情况，然后根据规范与规程规定，制定设备调试高中资料试卷方案。
光纤收发器使用说明
-3.0dBm
0dBm
< -30dBm
27.0dBm
三. LED指示灯
千 兆 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：
亿兆未来MST100系列光纤收发器用户手册
图 4-4 MST100(S)-2/D 后面板图
图 4-5 KMST100(S)-1/D/2 面板图
MST100(S)-1/2/D 机壳：长 宽 高（mm）: 157 88 42（内置电源）
设备功能 KMST100(S)-1/2/D 面板：高 宽（mm）: 178 21
面板开关及接插件
MST100(S)设备的机壳前面板如图 5.1-1，MST100(S)-2/D 设备的机壳前面板如图 5.1-2，
要求进行操作请注意安全标识。并保存好本手册，以备将来参考用。
文档说明：
本用户手册根据中华人民共和国通信行业标准，并结合本公司 MST100 系列
设备实际情况编写，为 MST100 系列设备使用者提供参考。
日期
版本
说明
2012 年 12 月
V1.0
本用户手册更新
标志说明：
本书采用各种醒目标志来表示在安装操作过程中应该特别注意的地方，这 些标志的意义如下：
8. 主要技术参数 ............................... 13
8.1 相关标准 .............................. 13 8.2 基本特性 .............................. 13 8.3 光接口特性 ............................ 13 8.4 以太网接口指标 ........................ 13 8.5 供电条件 .............................. 13 8.6 工作环境 .............................. 13 8.7 设备质量 .............................. 13
10M100M(4口)光纤收发器说明书
四口10/100M光纤收发器用户手册○Z感谢阁下购买本公司产品，在使用之前请详细阅读本用户手册。
注意本手册任何部分不得复印，翻制或以任何形式在网络中发送，除非得到本公司的书面许可。
本公司有权随时更改产品性能及本手册说明而不事先通知客户。
本手册所提及的商标所有权由各商标持有人所有。
对于以任何形式修改产品及本手册说明而造成的产品功能不能实现，本公司将不负任何责任。
本公司对由合法渠道（包括授权代理）取得产品的用户提供壹年有限质保，但不包括由于操作不当，错误连接和其它人为损坏及自然灾害造成的产品损坏及人员伤害。
在质保期内由于产品本身质量而造成不能正常使用的，本公司负责回收换新。
回收的产品归本公司所有。
目录第一章概述1.1、产品概述1.2、性能特征1.3、外形尺寸1.4、电源与功率1.5、环境要求第二章开箱与安装2.1、开箱检查2.2、电源及连接2.3、安装与使用第三章机型说明3.1、发送（TV）机信号指示灯与功能接口定义3.2、接收（RV）机信号指示灯与功能接口定义3.3、机架插卡型接收机第四章典型应用第五章问题解答5.1、上电自检5.2、状态诊断5.3、故障及处理第一章概述1.1、产品概述四口10/100M光纤收发器是采用全数字无压缩技术，进行以太网传输的光通信设备。
本设备可将4路以太网等复用在同一光纤上传输。
可根据用户的实际需要进行配置，灵活实现各种组网方案，大大降低了组网成本，有效的保护了用户投资。
四口10/100M光纤收发器广泛适用于安防监控、高速公路、电子警察、自动化智能小区、海关、电力、水利、石油、化工等诸多领域。
接口功能快速浏览请见第三章。
四口10/100M光纤收发器分发送机与接收机2个系列，每个系列又各有1-4路以太网形成各种不同的具体机型，但所有机型基本外型相同，仅接口位置及数量有差异，请使用时注意辨认。
本手册以四口10/100M光纤收发器机型满配置为例加以描述，其他机型不再一一描述，均可参照本手册。
[Word]天为电信级联式光纤收发器
![[Word]天为电信级联式光纤收发器](https://img.taocdn.com/s3/m/1e52b9030a4e767f5acfa1c7aa00b52acfc79c64.png)
双光口光纤收发器User’s Reference Manual用户手册广州市天为电信科技有限公司版本号： 2.5修订日期： 2007-11-12致用户：感谢阁下使用本公司产品。
请在使用本产品前，仔细阅读用户手册，并妥善保管，以备参考使用。
警告1、请勿让本产品淋雨或受潮，以免造成性能下降或损坏。
2、安装本产品前请核对型号，并按用户手册要求安装。
目录一设备前面板和和后面板及指示灯说明 (1)二安装与准备 (4)一设备前面板和和后面板及指示灯说明1.双光口光纤收发器模块前面板示意图2.双光口光纤收发器模块后面板示意图双光口光纤收发器为10/100Mbps自适应收发器。
它具备两个可同时使用的独立的RJ45端口，两个光纤端口。
这2个以太网口具有交换功能。
两个RJ45端口（电口1，电口2）具有AUTO MDIX功能，即它可以自动识别交叉双绞线和平行双绞线，使用户在选择双绞线时无需考虑是交叉线还是平行线，方便用户安装和使用。
端口速率为10/100Mbps自适应。
光纤端口速率为固定的100Mbps。
9个端口状态指示灯含义如下：3.使用光纤线缆类型单模光纤收发器应使用：9/125um单模光纤4.产品参数：✧光纤接口（1）传输波长： 1310nm/1550nm（2）传输距离： 0～20Km(单模光纤,标准型)0～60Km(单模光纤,长距型)0～120Km(单模光纤,超长距型)0～2Km(多模光纤,标准型)（3）发射光功率：优于 - 8dB（4）接收灵敏度：优于 -25dB（5）光学动态范围：12dB（6）光学允许最大链损：12dB（7）支持双光口传输（8）单模、多模可选，（9）双纤传输（10）接口： SC/PC✧以太网网络接口（1）符合IEEE802.3 10Base-T，IEEE802.3u 100Base-TX 和100Base-FX 标准（2）光口：100M 全双工模式，电口为：10/100M 自适应模式（3）直通线/交叉线自适应（4）超长信息包（5）有效隔离网络冲突，隔离广播包，具备广播风暴防止功能。
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快速以太网光纤收发器
FAST Ethernet Media Converter
用户手册
USER MANUAL
Edision: 1.0
OPT-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。
（对于双纤双向的光纤收发器，请注意光接口的
收/发不能接反，本端的TX对应远端的RX）
b)UTP网线从网络设备连接到光纤收发器的RJ45接口。
本收发器电口能自适应直通线或交叉线。
c)电源适配器的直流输出插头（DC+5V）接到光纤收发
器后面板上的DC插座上，接通电源。
PWR灯亮表示
电源工作正常，即可进行下一步的测试。
四．LED指示灯
OPT-100光纤收发器有4个LED指示灯，它们显示了收
发器的工作状态。
根据状态指示，可以判断出设备是否工作
正常。
PWR：电源指示灯，灯亮表示设备电源工作正常；
FX ACT：光纤链路连接指示灯，灯亮表示光纤链路连接正确;
闪烁表示有数据传输
TP ACT：以太网链路连接指示灯，灯亮表示以太网口连接正
确;闪烁表示有数据传输
SPD：以太网速率指示灯，灯亮表示以太网速率为100M，反
之速率为10M；
五. 装箱清单
OPT-100光纤收发器 1 台
电源适配器 1 台
产品保修卡 1份
产品合格证 1份
用户手册 1 份
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