TLC-JC-GM009 接入网用单纤双向双端口光组件(GPON)检验报告模板 VA.0

报告编号：×××<计量标志> <CNAS标志>检验报告产品型号产品名称小型化可插拔（SFP）光模块申请单位检验类别产品认证监督检验×××××××××检验中心注意事项1.报告无“检验报告专用章”或检验单位公章无效。

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5.报告涂改无效。

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8.对检验报告若有异议，请于收到报告之日起十五日内向泰尔认证中心提出。

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{如产品的结构、材质等}2 样品的关键材料信息：见附件3 样品照片{注明样品型号规格}检验使用仪表图XX 常温环境下发射光眼图结果附件样品的关键材料信息报告编号：××××××检测委托书号：×××申请单位：××××××产品名称：×××产品型号：×××材料名称型号生产厂家芯片××××××发光组件××××××接收组件××××××WDM器件×××××××××××检验中心（公章）×××年××月××日。

单模光缆检验报告一、背景介绍单模光缆是一种传输距离长、带宽高、抗干扰能力强的光通信线路，广泛应用于电信、数据通信和无线通信等领域。

为确保光缆的质量和性能，进行光缆的检验是非常重要的。

二、检验目的本次检验旨在验证单模光缆的传输损耗、带宽、插损和回波损耗等性能指标是否符合设计要求，以保证光缆在实际应用中的可靠性和稳定性。

三、检验方法1.传输损耗检验：采用OTDR（光时域反射分析仪）检测方法，通过发射光脉冲信号，测量被测光缆上的反射和传输损耗。

2.带宽检验：采用差分模式饱和光时域反射测试（DMD-SWEEP）法，通过测量光缆上的差分模时延，计算出光缆的带宽。

3.插损检验：采用光功率计测量法，分别测量光缆的发送端和接收端的光功率，并计算插损值。

4.回波损耗检验：采用回波损耗测试仪进行测量，通过将光信号发送到光缆上，检测返回的光信号的强度，计算回波损耗。

四、检验结果与分析1. 传输损耗：在30km的光缆上进行OTDR检测，测得光纤的传输损耗为0.5dB/km，符合设计要求，证明光缆传输能力强。

2. 带宽：采用DMD-SWEEP法测得光纤的差分模时延为10ps/km，通过计算得出光缆的带宽为100GHz，满足高速数据传输的需求。

3.插损：光缆的发送端和接收端的光功率分别为-3dBm和-5dBm，通过计算得出光缆的插损值为2dB，低于设计要求，保证了光信号的传输质量。

4.回波损耗：通过回波损耗测试仪测得光纤的回波损耗为50dB，超过设计要求的40dB，保证了光信号的稳定传输。

五、结论根据以上检验结果及分析，我们可以得出以下结论：1.单模光缆的传输损耗、带宽、插损和回波损耗等性能指标均满足设计要求。

2.光缆的传输能力强，能够满足长距离数据传输的需求。

3.光缆的插损和回波损耗值低，保证了光信号的传输质量和稳定性。

六、改进建议通过本次检验，我们发现单模光缆的性能符合设计要求1.进一步提高光缆的传输能力，以满足未来高速数据传输的需求。

目录第1章可插拔模块简介1.1 H3C中端系列以太网交换机支持的可插拔模块类型1.2 光模块概念介绍1.2.1 简介1.2.2 传输速率（Data Rate）1.2.3 传输距离1.2.4 中心波长1.2.5 光纤类型1.2.6 接口连接器类型1.2.7 接口指标1.3 电口模块概念介绍1.3.1 千兆电口模块简介1.3.2 10G电口模块简介第2章 SFP模块2.1 千兆SFP光模块2.1.1 外观图2.1.2 具体型号及规格2.2 百兆SFP光模块2.2.1 外观图2.2.2 具体型号及规格2.3 千兆/百兆BIDI模块2.3.1 外观图2.3.2 具体型号及规格2.4 BIDI GEPON OLT光模块2.4.1 外观图2.4.2 具体型号及规格2.5 千兆CWDM模块2.5.1 外观图2.5.2 具体型号及规格2.6 SFP电口模块2.6.1 外观图2.6.2 具体型号及规格第3章 GBIC模块3.1 GBIC光模块3.1.1 外观图3.1.2 具体型号及规格3.2 GBIC电口模块3.2.1 外观图3.2.2 具体型号及规格第4章 XFP模块4.1 外观图4.2 具体型号及规格第5章 XENPAK模块5.1 XENPAK光模块5.1.1 外观图5.1.2 具体型号及规格5.2 XENPAK LX4光模块5.2.1 外观图5.2.2 具体型号及规格5.3 XENPAK CX4电口模块5.3.1 外观图5.3.2 具体型号及规格第1章可插拔模块简介1.1 H3C中端系列以太网交换机支持的可插拔模块类型H3C中端系列以太网交换机支持的可插拔模块类型如表1-1所示。

表1-1 可插拔模块类型说明：●H3C中端系列以太网交换机的不同产品可支持的可插拔模块类型不同，具体请参见各产品安装手册。

可插拔模块的种类随着时间变化有更新的可能性，所以，若您需要准确的模块种类信息，请咨询H3C公司市场人员或技术支援人员。

报告编号：×××<计量标志> <CNAS标志>
检验报告
产品型号
产品名称光缆终端盒
申请单位
检验类别产品认证监督检验
×××××××××检验中心
注意事项
1.报告无“检验报告专用章”或检验单位公章无效。

2.报告需加盖骑缝章。

3.复制报告未重新加盖“检验报告专用章”或检验单位公章无效.
4.报告无主检、审核、批准人签字无效。

5.报告涂改无效。

6.部分复印本检验报告无效。

7.本检验报告仅对来样负责。

8.对检验报告若有异议，请于收到报告之日起十五日内向泰尔认证中心提出。

地址：××××××
邮政编码：××××××
电话：××××××
传真：××××××
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E-MAIL:××××××
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检验情况一览表。

6. Confi guring both 4000 Platforms for data storagePress the F ILE key and press the lower softkey until Setup is selected.Step through the following, selecting and entering specifi c data relating to your test -Fiber ID (whatever ID you choose. It will be followed by Fiber # on each fi le) -Fiber Number (enter the fi rst fi ber # of the ones you will be testing)-Cable ID (whatever ID you choose)-Direction (one unit should say A to B and the other should say B to A)-Location A and Location B(here you can name each location)Press the lower soft key until Explorer is selected.If you will be storing results in the Hard Drive, select hard drive (alternatively, if using USB memorystick, insert it and select it) and press the softkey Create Directory. Enter your directory name andpress Save.Then select that directory and all your results will be stored in that location.7. Performing the measurementAs soon as the secondary (2) unit is connected to the fi ber, the primary (1) unit detects it (and vice-Press S TART/S TOP button to launch the measurement.The test sequence can be initiated from one or the other unit. No additional intervention isnecessary until the end of the measurement cycle. At the end of the test, all results are available at thesame time.The OTDR results are only saved on the unit where the measurement has been initiated.Disconnect the fi ber. Connect the next one, then test by pressing the green S TART button.FiberComplete Results: Cable View4000 PLATFORM QUICK CARDFIBERCOMPLETE: BIDIRECTIONAL IL/ORL, DISTANCE& UNIDIRECTIONAL OTDR MEASUREMENTThe following procedure outlines how to use the 4000 platform with FiberCompleteModule to fully qualify a fi ber link: bidirectional IL, bidirectional ORL, length/distanceand OTDR.These measurements are performed to ensure that the fi ber link meets performancelevels that support network equipment (transmitter/receiver) specifi cations.Please read the entire procedure BEFORE starting.1. Inspect and clean connectorsBefore connecting a fi ber into a test module, inspect and clean the module bulkhead and the fi ber jumper connectors.-Use standard single fi ber patch cords. -Use video inspection scope / probe to inspect connector endfaces for dirt and/or damage. Inspect ALL connectors including bulkheads and test ports2. Connect and turn both units onConnect a fi ber jumper to the main module port of each product.Press the O N /O FFhard key to turn both units on and wait the completion ofauto-test (~ 45 seconds).3. Activate the FiberComplete function on both productsPress the H OMEhard key and use the arrow keys or touchscreen to select the Fiber Completefunction (doesn’t display Fiber Complete until you select it) .Home pagePress R ESULT or ENTER hard key to go to the FiberComplete result page.4. Perform the referencingThe Power Meter option is mandatory onto the 4000 Mainframe.Press R ESULTS buttonPress the soft key References and then Take Refs and follow the step by step instructions to perform references on each unit.Choose Loopback for your loss referencing method.The loopback referencing is used when the two units are at different location. After clicking on, the wizard will guide you through two steps:The self reference is used for loss and ORL testing. Connect the jumper from the module port to themainframe powermeter and press Ok to start referencing.Power meter of the 4000 Base-UnitMTS/T-BERD 4000 (1)Power meter of the 4000 Base-UnitMTS/T-BERD 4000 (2)The reference values are stored and displayed at the endThe zero ORL reference is necessary for ORL testing. Once the self reference measurement has beencarried out, the Zero ORL adjustment can be performedConnect the jumper from the module port to the non-refl ective termination via a mating sleeve. If you don’t have a non-refl ective termination, a mandrel can be used. Press Ok to start referencing.Non refl ective termination(or mandrel)Source of the module5. Confi guring both 4000 Platforms to perform the measurementPress the S ETUP key and set the Acquisition parameters to:-Laser: 1310 & 1550 nm -ORL Measurement: Bidir. -Loss Measurement: Bidir. -Length Measurement: Y es -OTDR Measurement: Auto Set Results Screen to:-Table View Cable or Fiber depending on what is being tested.-Thresholds User 1: defi ne your own thresholds at each wavelength based on your network requirements for Loss and ORL.FiberComplete Setup menu。

WP-TEST-FIBER-400 Optical Light Source Owner’s ManualContentsChapter 1: Standard Configuration----------------------------------------------------------------------- 2 Chapter 2: Overview ----------------------------------------------------------------------------------------- 2Features ---------------------------------------------------------------------------------------------------------- 2 Chapter 3: Specifications ------------------------------------------------------------------------------------ 3 Chapter 4: Function ------------------------------------------------------------------------------------------ 44.1F ront ------------------------------------------------------------------------------------------------------------ 4 4.2 Left Side ----------------------------------------------------------------------------------------------------- 5 4.3 Top--------------------------------------------------------------------------------------------------------------------- 6 4.4 Back----------------------------------------------------------------------------------------------------------- 7Chapter 5: Operation Instruction ------------------------------------------------------------------------ 85.1 Types of Power Supply --------------------------------------------------------------------------------- 8 5.2 Powering On the Laser Source-------------------------------------------------------------------- 10 5.3 Backlight Setting --------------------------------------------------------------------------------------- 10 5.4 Output Power ---------------------------------------------------------------------------------------------- 11 5.5 Wavelength Automatic Identification------------------------------------------------------------ 13 5.6 Frequency Detection ---------------------------------------------------------------------------------- 14 5.7 Power Off ------------------------------------------------------------------------------------------------ 15Chapter 6: Troubleshooting ----------------------------------------------------------------------------- 15 Chapter 7: General Maintenance------------------------------------------------------------------------- 15 Chapter 8: Quality Warranty--------------------------------------------------------------------------------- 16Chapter 1: Standard ConfigurationNo.NameQty 1 Optical Light Source1 2 User Manual 1 3 1.5V AA battery 3 4 Power Supply Unit 1 5 Cotton Swabs 1 6 Carry Bag1Chapter 2: OverviewThis handheld optical light source is designed for fiber optic network installation, acceptance, andmaintenance. Used with the matched optical power meter , it can provide an accurate fiber network solution. According to the client’s requirements, it can provide 1-4 wavelengths with stable output power and features continuous adjustable output power. The intelligent backlight control function reduces power usage. The optical light source has a rugged appearance and comfortable design to clients’ requirements.Features●Wave ID information can be transmitted when used with the matched optical power meter .●Tone generation: 270HZ, 330HZ, 1KHZ, 2KHZ ●Adjustable output power●Output power value is shown on LCD display ●Intelligent backlight control (light intensity can be adjusted according to ambient light, greatly reducing power consumption)●AA alkaline batteries and AC adapter for power supply ●Low battery indicatorChapter 3: SpecificationsModel Optical Light SourceOperating wavelength (nm) 850/1300/1310/1550Applicable fiber SM ,MMLaser type FP-LDMaximum Output Power (dBm) -5 (adjustable)Adjustable step size (dBm) ＜0.5 (adjustable between -5-12dBm) Stability (dB, 15min, 20° C) ±0.1Stability (dB, 30min, 20° C) ±0.05Modulation (Hz) CW， 270，330，1K，2K Fiber Port FC/PC or FC,SC,ST interchangeable Alkaline Battery 3*AA，1.5VPower Supply Adaptor(V) 8.4Battery Operating time(h) 45Operation Temperature (Ԩ) -10 - +60Storage Temperature (Ԩ) -25 - +70Outline size（mm）/weight 175*90*44.5/255gChapter 4: Function4.1 Front(1)(2)(3)4-1(1)Power SwitchPress to turn unit on or offAuto Shut-Off Selection: Quick press to turn the auto shut-off on or off. When active, the unit will automatically shut off after 10 minutes idle. Once selected, “auto-off” will display on the bottom left of the screen. Auto Shut-Off is the default setting.(2)Wavelength SelectionPress to activate laser, then press to select the wavelength. The currentwavelength displays on the top left of the screen.(3)Backlight control. THE LIGHT SOURCE has two types of backlight control.Press to select:“LDR:” intelligent backlight control mode. Power meter will turn on/off the backlight within15 seconds based on exterior lighting. This is the default mode.Back light control key mode. Press to turn the backlight on or off.(4)Rated power: Rated output power(5) D ecrease: Press to decrease the rated output power.(6)Modulation adjustment/wavelength identification: Laser on. After turning on the unit, press, to select laser as the light source. Quickly pressto adjust the frequency (270, 330, 1K, 2KHz). In most instances, this will be set to 0Hz. Press and hold to enter/exit wavelength identification mode. Mode will display on the top right of the screen. “--AU” displays when wavelength identification mode is active. (7)output power: Press to increase the output power(8)“B/L SET”: Backlight indicatorIndicates the backlight control mode. When the indicator is green, “LDR” (Intelligent back light control mode) is active. When the indicator i s red, the backlight is in key control mode.(9)“LDR” Intelligent backlight controllerIn the intelligent backlight control mode, the controller will automatically adjust the backlight to the ambient light in order to save power.(10)ScreenDisplays data and the instrument’s working mode.4.2 Left Side4‐2Connect the AC adaptor to the port.AC adaptor4.3 Top4-3(1)Dust capPlace the dust cap over the connectors when not in use to protect the optical connector.(2)Optical ConnectorThe standard of this optical connector is SC/PC(4-4). It connects to the SC/PC adaptor.Note: small amounts of dust on the connector will affect the accuracy of themeasurement. Use isopropyl alcohol and a cotton swab to clean the connector. Moisten the cotton swab with alcohol, insert the cotton swab in the connector, slightly rotating the cotton swab. Dry using a second dry cotton swab (4-4).Cotton Swab4-4(1) (2)4.4 Back(1)(2)(3)4-64-6(1)LabelContent includes function and instrument information(2)BracketCollapsible metal bracket can be adjusted 0-90 degrees(3)Battery PackHolds 3 1.5AA batteries.Note: When inserting the batteries, note their positive (+) and negative (-)connector orientations. The negative battery connector should be against the spring. Recycle used batteries.Chapter 5: Operation5.1 Types of Power SupplyThe light source can be either battery-powered or AC adaptor-powered, giving total flexibility for most testing sites and situations.5.1.1 AA batteryWhen using AA battery, will display on the left top of the screen (fig.5-1)Battery Power indicator5-1There are five grades of battery power indication:70%-100% power40%-70% power30%-40% power20%-30% powerLess than 20%, the power meter will shut down.Replace batteries. Refer to below figure 5-25-2Push the clip fastener on the battery compartment cover down. Remove the battery compartment cover and remove all three batteries, making a note of their positive and negative orientation. The negative battery connector should be against the spring. Insert 3 new 1.5VV AA batteries. Refit the battery compartment cover. The clip fastener should click shut.Note: Insert the batteries with their positive and negative connectors correctlyaligned.5.1.2 Power Supply UnitWhen the battery is empty, the power supply unit can be used. At the top left of the screen, a will be displayed (5-3). W hen the battery is in the power meter and still charged, the tester will default to the AC power supply.AC power supply5-3When using the AC adaptor, connect the power plug (pictured) and insert it in the AC adapter port AC adaptorPower SupplyPower Plug5-4Note: Only use the power supply unit supplied with the tester. Using another type of power supply may damage the instrument.5.2 Powering On the Laser SourceInsert the battery or the PSU and press on the tester. At this time the laser is still off. The display will show no data, as shown in figure 5-5.Battery indicator Laser off Selected wavelengthPower saving mode (Auto-off)5-5When the tester is in standby, press key to enable/disable auto-off function. If auto-off function is selected, “Auto-off” will display on the bottom left of the screen.5.3 Backlight SettingAfter turning on the optical power meter, press and hold Choose backlight control mode.5.3.1 “LDR” Intelligent backlight control modePress and hold when “B/L SET” is green (5-6). After 10 seconds, the green indicator will turn off. In LDR, the controller will automatically adjust the backlight to ambient light within 15 seconds to save power.Indicator (Green)5-65.3.2 Key control backlight modePress and hold. “B/L SET” (indicator will turn red (5-7)) to enter key control backlight mode.After 10 seconds the indicator will turn off. Quick press to turn the backlight ON/OFF.Indicator (red)5-75.4 Output PowerNote: A warm-up period of 5 minutes or less is normally required to ensure stable output power for the laser source.5.4.1 Open the dust cap and connect the patch cord .Note: Make sure the connector and the end of the patch cord are clean. Make sureto connect the correct type of patch cord.5.4.2 Activating laser light source.When turning on the light source , the laser source is still off. Only after pressing orcan the laser activate on the diode (5-8 & 5-9)5-8 Pressto activate laser on the diodeLaser offLaser on (output wavelength 1310nm; rated output power-5.00dBm; 0Hz: no frequency set.)5-9 : Pressto laser on the diodeNote: To avoid risk of serious eye damage, do not look into the interface at any time5.4.3 Selecting the wavelengthPress to select the output wavelength. It will display at the top of the screen (fig. 5-10)5-105.4.4 Output powerEvery selected wavelength can adjust the output power within range (-5 - -12dBm) and can also load the output frequency. Press to decrease the output power. Press to load the output frequency, (5-11. Fig. 5-13)5-11Laser on (output wavelength 1310nm; rated output power-5.00dBm; 270Hz frequency)Laser off5-12 Press to decrease the output power5-13 Press to load the frequencyFollowing the same principle, press to increase the output power and to load the output frequency.5.5 Automatic Wavelength Identification●Connect the light source with the matched optical power meter.●Enable light source under “Wave ID” operation mode. Press or on lightsource to laser on its matched power meter. Hold down for few seconds. Light source will enter Wave ID mode. “--AU” will be shown on the upper right of the LCD screen.●Enable power meter under “Wave ID” operation mode: Hold down for fewseconds. Power meter will enter Wave ID mode. “--AU”will be shown on the upperright of the LCD screen.●Once the ID information is changed on light source (press to change wavelength),after 3 to5 seconds the detected information on the optical power meter will automaticallyupdate to match. Refer to figure 5-14.●Exit Wave ID mode: Hold down again to exit Wave ID mode on power meter andhold down again to exit Wave ID mode on light sourceLight Source5-145.6Frequency Detection●Connect the light source with its matched power meter.●Output frequency from the optical light source: Press or to releaselight from the unit. Press quickly. The light source will output frequencies of 270Hz, 330Hz,. 1KHz, or 2KHz accordingly, which will display on the upper right of the LCDscreen. In the meantime, THE MATCHED OPTICAL POWER METER will detect thecorresponding frequency automatically from the light source. Refer to figure5-15.Light Source5-15Note: Frequency ID and wave ID cannot be operated at the same time.To avoid risk of serious eye damage, do not look into the optical port of the laser source at any time.850nm (xxdBm)1300nm (xxdBm)1310nm (xxdBm)1550nm (xxdBm)5.7Power OffAuto-Off Function When auto-off function is activated, the unit will turn itself off automatically after 10 minutes idle, regardless of power supply type.Manual power off: Under any operation mode, hold down for a few seconds to turn the unit off. Note: With either power setting, the unit will store the last calibration wavelength and backlight control mode automatically. This will be the default setting when the unit is next turned on. Chapter 6: TroubleshootingProblems Possible cause SolutionFaint display on the LCD screen 1. Power is off2. The batterypower is too low1. Press key.2. Change the batteriesWhen on the lasersource, the outputpower is not stableAllow 15 minute warm-up Chapter 7: General Maintenance7.1 Always ensure the connector ports of the laser source are clean.7.2 Only used the supplied adaptor.7.3 Place dust-proof cap over optical connectors when not in use7.4 Carefully connect/disconnect fiber connectors/adapters to avoid scratches on the port of thepower meter.7.5 Regularly clean the optical port of power meter. Clean according to instructions.Chapter 8: Quality WarrantyDetails of warranty terms and conditions are given as below:1) The company warrants that the light source will be free from defects in material andworkmanship for a period of 18 months. The date will be started from the date of goods shipment.2) If any faults occur due to quality problems of the product during the warranty period,the company promises to repair or replace free of charge. The freight cost and related taxes will be shared by both parties. The company will pay the shipping cost from the customer side to our factory and pay any related import taxes. Customer will pay the shipping cost from our factory to customer side and its local import taxes accordingly.3) This warranty is limited to defects in workmanship and materials and does not coverdamages from accident, acts of god, neglect, wrong usage or abnormal conditions of operation.4) The company. will charge corresponding fees for the cost of materials, repair andshipping in conditions of below:∙Defects occurred under normal use and service but out of the warranty period.∙Failures and damage occurred not because of defects in material and workmanship of products.∙Failures and damage occurred because of failing to comply with the operation instructions.∙Abnormal conditions of operation or handling such as artificial damage, or operating in abnormal conditions such as high temperatures, high voltage,humidity, etc. We will charge according to the actual failure rating.。

光接入网试题光接入网试题单项选择题：1、1310nm波长的光每公里损耗为（）dB。

A. 1,B.0.5,C..0.35,D.0.252、ADSL2+支持的最大下行速率为( )。

A.8M,B.16M,C.20M,D.25M3、EPON上下行数据分别使用不同的波长进行传输，这两个波长是__________、__________；CATV信号采用的波长是__________ .A.850nm、1490nm；1550nm,B.1310nm、1490nm；1550nm,C.850nm，1310nm；15500nm, D.1310nm、1550nm；1490nm4、EPON系统中ONU向OLT发送的数据采用（）技术。

A．广播, B.TDM, C.FDM, D.TDMA5、EPON下行帧结构的特点错误的是（）下行帧是一个复合帧, B.下行帧包含多个变长数据包和同步标签, C.每一个变长数据包是对应每一个特定地址的ＯＮＵ的, D.每一个数据包都包含变长数据包以及校验码几部分6、ONU的光功率范围为( )A．接收光功率：－1～－24 （1310nm）发送光功率：＋2～－3（1490nm）, B.接收光功率：－6～－27（1310nm）发送光功率：＋7～＋2 （1490nm）, C.发送光功率：＋4～－1 （1310nm）接收光功率：－8～－24 （1490nm）, D.发送光功率：＋4～－1（1310nm）接收光功率：－8～－26 （1490nm）7、法兰引入的插损（）db/个。

A．0.5, B.1, C.0.25, D.28、一个HUB可以看做是一个（）。

A.冲突域,B.管理域,C.自治域,D.广播域9、以下关于ONU 注册的说法哪些是正确的（）A．ONU注册采用的是SIP协议, B.同块PON板上的ONU注册可以分别采用MAC地址和SN注册, C.采用MAC地址注册的ONU，应该保证MAC地址不冲突, D.采用SN注册的ONU，不同的ONU的MAC地址可以相同10、对一个24口的交换机用一个VLAN来对网络进行分段，产生几个冲突域？，几个广播域？A.1，24,B.24，1,C.1，1,D.24，2411、在以太网中，帧的长度有一个下限，这主要是出于（）的考虑。

文件编号：UT-RD-PRE-000234物料名称：5G工业网关G9909系列产品规格书制作:李信强审批: 批准G9909系列是一款高速率的5G工业网关。

以无线蜂窝网络为承载网，支持全网通5G/4G/3G/2G网络，具有强大的边缘数据采集能力，在物联网边缘节点实现数据优化、实时响应、智能分析，并支持多种VPN协议（IPsec、L2TP/PPTP、N2N、GRE）来保证数据传输的安全性。

G9909系列5G工业网关满足工业用户的需求，可无缝对接各类PLC工业组，设备具有多功能性，稳定性和可扩展性等特点。

G9909系列5G工业网关，具备Python/C/C++二次开发，可根据用户自身业务实现定制化应用，体现客户使用价值，可满足各种工业应用场景。

工业级设计，满足工业用户的需求采用工业级芯片设计，适用于工业现场恶劣的工作环境无风扇设计，满足工业现场恶劣环境，经久耐用保护等级达IP40，外壳和系统安全隔离，适用于工业控制的应用低功耗，支持+12~48VDC宽压供电，适用各种现场供电方式高可靠设计，确保设备的稳定运行内嵌看门狗技术，故障自恢复，确保设备稳定运行多级链路检测防掉线机制，确保设备永久在线支持多种VPN协议（IPsec、L2TP/PPTP、N2N、GRE）来保证数据传输的安全性。

单模双卡，多天线设计，增强无线信号，确保各种现场网络稳定运行简单易用，方便管理支持蜂窝网络，有线和无线等方式接入支持WEB配置界面，极易部署支持本地及远程固件升级，节省人力物力支持宇泰Device Manager Cloud设备管理云平台、批量操作、集中管理功能齐全，快速体验无线通讯的方便快捷支持5G/4G/3G/2G，WiFi，以太网，WLAN有线多网同时接入，保证网络更快更稳定运行搭载4核高性能处理器，为实现数据优化，实时响应，强大的边缘计算性能支持2.4G，5.8G双频WiFi，信号全覆盖支持多种工业接口，RS232/RS485/CAN/USB等G9909系列5G工业网关，可实现工业生产现场的PLC、HMI、工业高清摄像头与网关连接，通过网关进行数据采集、数据预处理、数据分析。

光纤测试检查报告报告编号：2021-001测试日期：2021年5月15日一、测试概述本次测试旨在对所提供的光纤进行全面的检查和测试，以确保其符合相关标准和技术要求。

测试内容包括对光纤的物理性能、传输信号的质量以及网络连接的可靠性进行评估。

二、测试设备1. 光纤测试仪：型号XYZ-10002. OTDR（光时域反射仪）：型号ABC-20003. 光功率计：型号123-D4. 光源：型号456-OS三、测试项目及结果1. 光纤连接性测试经过对光纤连接的检查，确认连接性良好，没有松动或损坏的情况。

2. 光纤插损测试在使用OTDR和光源/光功率计的组合进行测试时，我们按照标准测试方案对光纤的插损进行测量。

以下是测试结果：起点（发射端）终点（接收端）插损（dB）1 A端 B端 3.22 B端 C端 2.93 C端 D端 3.1通过上述测试数据可以得出，光纤在传输过程中的插损均在标准范围内，满足要求。

3. OTDR测试通过使用OTDR进行光纤的时域反射测试，以确定光纤的长度、损耗和事件（如连接头、弯曲等）的位置和性质。

以下是测试结果的总结：- 光纤长度：1000米- 典型损耗：0.35 dB/km- 典型事件：连接头、弯曲根据测试结果，光纤的长度和损耗符合预期范围，事件也在可接受的范围内。

4. 信号质量测试通过光功率计测量光纤传输信号的功率，以确保信号质量在规定范围内。

以下是测试结果：起点（发射端）终点（接收端）信号功率（dBm）1 A端 B端 -2.42 B端 C端 -1.83 C端 D端 -2.1测试数据显示，信号功率在规定的范围内，证明光纤传输信号质量良好。

四、结论根据以上测试结果，我们可以确认所提供的光纤在物理性能、信号质量和网络连接可靠性方面符合要求。

我们建议在使用光纤时，注意保持光纤连接的稳定，并定期进行检查和维护，以保证长期可靠的信号传输。

附注：本报告仅适用于本次测试涉及的光纤，对于其他光纤的测试结果将另行生成相应的检查报告。

BH3630GDX型双光口保护10G综合业务光接入设备用户手册北京创基互联科技有限公司致用户：本设备在设计使用范围内具有良好可靠的性能，但仍应避免人为对设备造成的损害或破坏。

◆仔细阅读本手册，并保存好本手册，以备将来参考用。

◆不要将设备放置在接近水源或潮湿的地方。

◆不要在电源电缆上放任何东西，不要将电缆打结或包住，并应将其放在不易碰到的地方。

◆电源接头以及其它设备连接件应互相连接牢固，请经常检查。

◆连接电源线时，务必认真按接线柱标注接线；所用电源必须满足如下条件：1．直流－48V机种：-36V ~-72V2．交流220V机种：220V±20％，50Hz◆请注意设备清洁，必要时可用软棉布擦拭。

◆在下列情况下，请立即断开电源，并与公司联系。

1．设备进水；2．设备摔坏或机壳破裂；3．设备工作异常或展示的性能已完全改变；4．设备产生气味、烟雾或噪音。

◆请不要自己修理设备，除手册中有明确指示外。

版权声明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。

本说明书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说明书而造成的产品功能不能实现或对其他产品、人身造成影响，本公司将不负任何责任。

除此之外，本手册所提到的产品规格和资讯仅供参考，内容亦会随时更新，恕不另行通知，有关信息请向公司查询。

10G综合业务光接入设备一：概述BH3630GDX型10G综合业务光接入设备是我公司采用自主知识产权的大规模集成电路，应用时分复用技术，将四路物理隔离线速千兆以太网信号和E1信号混合编码后在一对光纤上传输,光口支持1+1保护。

实现10/100/1000M以太网、E1接口、普通电话、热线电话、磁石电话、V35业务、RS232/RS485/RS422数据业务、二/四音频、二/四线EM等混合传输，传输通道为光传输通道。

该机采用19英寸、1U机框设计，集成度高，体积小，功耗低，工作可靠，安装使用方便。

瑞斯康达光端机 Document number：PBGCG-0857-BTDO-0089-PTT1998光端机1.标准型PDH光端机 E1光端机单路E1光端机双路E1光端机四路E1光端机四路E1光端机四路E1光端机八路E1光端机八路E1光端机八路E1光端机八路E1光端机产品简述：标准型PDH光端机系列产品是通过光纤来远距离传送单路或多路E1业务，它采用了业内领先的技术及专用的超大规模集成电路，并结合专用数字复接芯片开发而成的光传输产品。

该类设备支持点到点组网，易于安装维护，配合机箱可实现局端、远端统一网管，可以迅速实现故障定位，在加快故障响应速度的同时，节省了运维成本。

标准型PDH光端机是北京瑞斯康科技发展有限公司根据市场需求，以超大规模集成电路为核心，采用业界功能完善的数字集成芯片，通过强大的研发团队相互配合研制生产的光传输设备。

该设备通过光来延伸现有的传输网络，支持一路或多路E1传输，适应于传统的PDH网络、SDH网络、DDN网、专网等，是一款性价比很高的光传输产品。

光端机分为台式设备和集中式机框设备，都具备高度集中的网络管理功能。

解决方案：功能特性：➢E1接口符合ITU-T 标准，支持2048Kbps±50 PPM透明传输。

➢采用超大规模ASIC芯片，功耗低，四层电路板设计，可靠性高。

➢支持SNMP本地和远端网管，提供强大的网管功能。

➢提供完备的告警与指示，可显示本端、远端设备的告警信息。

➢具备对远端设备掉电检测功能，用于监测远端设备实际工作状态。

➢光接口支持ALS功能，人性化设计，能够有效地控制非连接状态下光信号的输出，避免强光对调试人员的眼睛造成伤害，给与调试人员最大的保护。

➢E1线路支持本端、远端环回测试功能，便于设备开通、检测线路、排除故障点，降低运营商和用户的维护成本。

技术参数：工作环境工作温度：0～45℃相对湿度：≤90% 25℃光端机单路V35光端机和E1双路光端机产品简述：单路光端机是利用光纤远距离传输业务的通信设备，为路由器到路由器之间的远程连接提供了简便的解决方案，是一种WAN组网中较常用的光纤设备；而和E1双路光端机是在单路光端机的基础上增加了一路E1业务，也称“双路光纤Modem”，为路由器的远程连接和E1业务的远程接入同时提供了解决方案，而且配合网管型机箱，可实现局端、远端设备统一网管，可迅速的实现故障定位，节省了运维成本。