TWI355813B - An intelligent optical network monitoring system - Google Patents

An intelligent optical network monitoring system Download PDF

Info

Publication number
TWI355813B
TWI355813B TW96129171A TW96129171A TWI355813B TW I355813 B TWI355813 B TW I355813B TW 96129171 A TW96129171 A TW 96129171A TW 96129171 A TW96129171 A TW 96129171A TW I355813 B TWI355813 B TW I355813B
Authority
TW
Taiwan
Prior art keywords
signal
optical
time domain
mobile phone
light
Prior art date
Application number
TW96129171A
Other languages
Chinese (zh)
Other versions
TW200908582A (en
Inventor
Hai Han Lu
Wen Yi Lin
Hsiang Chun Peng
Ming Huei Shiu
Original Assignee
Hai Han Lu
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Hai Han Lu filed Critical Hai Han Lu
Priority to TW96129171A priority Critical patent/TWI355813B/en
Publication of TW200908582A publication Critical patent/TW200908582A/en
Application granted granted Critical
Publication of TWI355813B publication Critical patent/TWI355813B/en

Links

Landscapes

  • Optical Communication System (AREA)

Description

1355813 九、發明說明: 【發明所屬之技術領域】 • 本發明是一種智慧型光纖網路監控系統,係結合光時域反射計(〇ptical Time-Domain Reflectometer,OTDR)及 Cheetah 監控系統的優點可 24 小時監 控並自動測量光纖網路中斷位置以聯絡維修人員及記錄斷線和修復的時 間。 【先前技術】1355813 IX. Description of the invention: [Technical field of invention] The present invention is an intelligent optical network monitoring system, which combines the advantages of an optical time-domain reflectometer (OTDR) and a Cheetah monitoring system. Monitor and automatically measure fiber network outages 24 hours a day to contact service personnel and record when the wire is broken and repaired. [Prior Art]

先前技術如圖1之OTDR光纖有線電視網路監控系統與圖2之Cheetah 光纖有線電視監控系統。 OTDR光纖有線電視網路監控系統,係將〇TDR 1〇1置於頭端機房作 為監控光彳5號,OTDR 101本身雷射光源波長為1310 nm或1650 nm。而 載有有線電視多頻道訊號105的載波光信號(波長1550nm),由有線電視類 比發射機即光發射機104 (Optical Transmitter)發出,利用13HV1550或 1550/1650分波多工器102 (WDM MUX)將光發射機104的載波光信號經 光放大器103(Erbium-Doped Fiber Amplifier, EDFA)與監控光信號經由標準 單模光纖106 (Single Mode Fiber,SMF)傳送出去,在光投落點處使用 1310/1550 或 1550/1650 分波解多工器 110 (w〇M DEMUX)將 1550 nm 波長的光信號濾出,最後再利用光接收機107 (〇pticai Receiver)將光信號轉 換成射頻(RF)信號並由使用者1〇8接收。〇tdr ιοί所打出的光信號在分 波解多工器110處會反射回到頭端為OTDR 101所接收,藉由〇tdR 101 所呈現的結果如圖6a與圖6b,可判斷光纖網路是否有斷線的問題。〇TDR 101在使用時’所產生的雷射光波長和傳遞訊號的光波長相近,會對信號波 長產生干擾,造成視訊品質的劣化,所以無法24小時的連續監控,只能不 定時的抽測監控光纖網路是否正常運作。The prior art is shown in Figure 1 for the OTDR fiber-optic cable network monitoring system and Figure 2 for the Cheetah fiber-optic cable monitoring system. The OTDR fiber-optic cable TV network monitoring system places the 〇TDR 1〇1 in the head-end room as the monitoring diaphragm No. 5, and the OTDR 101 itself has a laser source wavelength of 1310 nm or 1650 nm. The carrier optical signal (wavelength 1550 nm) carrying the cable multi-channel signal 105 is sent by a cable analog transmitter, Optical Transmitter 104, using a 13HV1550 or 1550/1650 splitter multiplexer 102 (WDM MUX). The carrier optical signal of the optical transmitter 104 is transmitted through an optical amplifier 103 (Erbium-Doped Fiber Amplifier, EDFA) and a monitor optical signal via a standard single mode fiber (SMF), and 1310 is used at the light drop point. The /1550 or 1550/1650 demultiplexer 110 (w〇M DEMUX) filters out the 1550 nm wavelength optical signal and finally uses the optical receiver 107 (〇pticai Receiver) to convert the optical signal into radio frequency (RF). The signal is received by the user 1〇8. The optical signal emitted by 〇tdr ιοί will be reflected back to the head end of the multiplexer 110 for reception by the OTDR 101. The result presented by 〇tdR 101 can be judged as shown in Fig. 6a and Fig. 6b. Is there a problem with disconnection? 〇TDR 101 uses a laser light wavelength that is similar to the wavelength of the transmitted signal when it is used. It interferes with the signal wavelength, causing deterioration of video quality. Therefore, it cannot monitor continuously for 24 hours, and can only monitor the fiber without timing. Is the network working properly?

Cheetah光纖有線電視網路監控系統,係在頭端機房裝設應答接收機 202 (TransponderReceiver) ’另外在所欲監控的光投落點所在位置裝設應答 1355813 器209 (Transponder),還有最重要的一點就是網路本身必須是雙向網路系統 才有辦法_光投落關應答^ ㈣控信號。網路正常運 廊又 器209所監控到的信號會藉由上行信號(5〜3〇MHz)回傳至頭端。頭^ 答接收機2G2若可峨到上行回傳信號,絲示運作正常反: 纖網路斷訊,則頭端應答接收機2G2接收不到遠端應答器2G9的 時,即代表單模光纖21〇斷掉或所監控的光投落點出了問題…般而 ^控10個光投落點所需的經費約—百萬元,而系統業者所鋪設的光投^點 辄二、^個,也就是說若要作全區網路品質監控的話,所需的經 費,,·勺為一 '四百萬疋’對於系統業者而言是—個相當沈重的負擔。 【發明内容】 本發明智慧型光纖網路監控系統,包括:發射端(㈣伽)、接收端 (User)及兩端間_輸介f。發射端包括訊號源、手機自動織系統 =射計(OTDR)制纽、_信號接收機;接㈣包括接㈣、統及回傳 接收端的接I系統會因是否收到訊號源的訊號 給回傳系統,回傳系統回傳至發射端的訊號由回 == 信號接收細鎌是砰㈣回傳職來驅辭The Cheetah fiber-optic cable TV network monitoring system is equipped with a transponder receiver 202 (Transponder Receiver) in the head-end room. In addition, a response 1355813 209 (Transponder) is installed at the position of the light drop point to be monitored, and the most important The point is that the network itself must be a two-way network system to have a solution _ light drop response ^ (four) control signal. The signal monitored by the network normal router 209 is transmitted back to the head end by the uplink signal (5~3〇MHz). If the receiver 2G2 can pick up the uplink backhaul signal, the wire shows normal operation. When the fiber network is disconnected, the headend response receiver 2G2 does not receive the far-end transponder 2G9, which means the single-mode fiber. 21〇After the broken or monitored light drop point has a problem... The cost of controlling 10 light drop points is about one million yuan, and the system operator’s light cast is ^2, ^ That is to say, if you want to monitor the quality of the entire network, the required funds, the spoon is a 'four million 疋' is a very heavy burden for the system operators. SUMMARY OF THE INVENTION The intelligent optical network monitoring system of the present invention comprises: a transmitting end ((four) gamma), a receiving end (User), and an inter-terminal transmission_f. The transmitting end includes a signal source, a mobile phone automatic weaving system = an OTDR system, a _ signal receiver, and a connection (4) including a connection (4), and the receiving and receiving end of the receiving system will be returned due to whether the signal source is received or not. Transmission system, the signal sent back to the transmitting end of the backhaul system is returned by the == signal.

量測系統的運作。 爾H狀OTDRThe operation of the measurement system. H-shaped OTDR

QrR妓Cheetah驗料’都賴好雜人胃在頭端機 房負貝f控’备光纖發生斷線時監控人員便會通知相 網官人貝派遣_駐程人員前去維修,因此會造成 二再= μ s人員身在何處自可在第—時間知道光纖網路斷訊。而手機 話號碼不同的關係’藉由來電顯示功能可達義似附予每一個光^落點正 Address的定址功能。因此網管人員從手機上所秀出 以立 :==T題,再配合。職的即時二= 的满出級斷餘置,所以可以在最短__红程人員前往維修。QrR妓Cheetah's inspections are all based on the miscellaneous stomach in the headroom of the machine room. The monitoring personnel will inform the network officer to send the dispatcher. Then = μ s where the person can know the fiber network disconnection at the first time. The different relationship between the mobile phone number and the phone call display function can be attached to each address of the optical address. Therefore, the network administrators showed off from the mobile phone: ==T questions, and then cooperate. The job of the instant two = full level of the remaining, so you can go to the repair in the shortest __ red-shift personnel.

【實施方式】 請參閱圖3,本發明智慧型光纖網路監控系統分為三大部分,包括發射 糕、接收端及傳輸介質,此例以單模光纖31()為傳輸介質。 發射端將有線電視多頻道訊號3〇1經由光發射機3〇2轉為光訊號,然 後通過分波多工器303進入單模光纖31〇傳輸至接收端。接收端的分波 工器303做長1550nm的光訊號傳至接收端的光接收機311,光接收機3ιι 則將光訊號轉為用戶可用的電訊號並送出一訊號至光發射機312作為使立 發射出-波長131Gnm _光職_發峨。⑶Gnm光訊號經分波^ 器303後進入單模光纖310回傳至頭端,頭端的分波多工器3〇3將㈣⑽ 傳送經光齡器309至發射端的光接收機3〇5,光接收機3〇5有接收到回傳 迴機自動親㈣迴路3G4及树域反射計控制 皁模光纖310有斷點產生,則光接收機_法收到 、t,因此會驅動手機自動撥號控制迴路304撥打手機通知相關人 可將制迴路306亦會啟動0而3G7進行測量,—腦3〇8 絲靖孩。根觀_««制_,可判 OTDR3〇7在光纖網路正常時處於待機的狀態,當網路發生斷線合 所^處於〇N的狀態’在平f時候並不會干擾所傳送的視訊信號品質: 。以做24小時的即時監控。傳統〇撤監控纽(圖丨)只可以判斷 嫩晴則;%紐細路監控系統 斷點的位置即怖p,則可肢確的職光纖的 (圖5)皆^疋用 即點位置,所以無論是樹分支狀或是星狀網路架構 機狀====== ^類似定址的功能,可使系統適用於樹分支狀(圖4)/星狀(圖5)網路^統架 :在成本支出方面’不需高價的應答器及應答接收器,再加上以小 綠監控不以脚可達成,只蚊期轉絲所以成本比.她光纖有 【圖式簡單說明】 圖1 : OTDR光纖有線電視網路監控系統 圖2 : Cheetah光纖有線電視網路監控系統 圖3:智慧型光纖網路監控系統 圖4:樹分支狀架構 圖5:星狀網路架構 圖6(a).光纖長約25公里,正常時之〇tdr測量圖形。 圖6(b).光纖長約25公里,有斷點之〇TDR測量圖形,大幅衰減處即斷點 的位置。 ° 1355813 【主要元件符號說明】[Embodiment] Referring to FIG. 3, the intelligent optical network monitoring system of the present invention is divided into three parts, including a transmitting cake, a receiving end and a transmission medium. In this example, a single-mode optical fiber 31() is used as a transmission medium. The transmitting end converts the cable multi-channel signal 3〇1 into an optical signal via the optical transmitter 3〇2, and then enters the single-mode optical fiber 31 through the splitting multiplexer 303 to transmit to the receiving end. The splitter 303 of the receiving end transmits the optical signal of 1550 nm to the optical receiver 311 of the receiving end, and the optical receiver 3 ι converts the optical signal into the electrical signal available to the user and sends a signal to the optical transmitter 312 as the erected transmitting. Out - wavelength 131Gnm _ _ _ _ hairpin. (3) The Gnm optical signal passes through the splitter 303 and enters the single mode fiber 310 and is transmitted back to the head end. The head end splitter multiplexer 3〇3 transmits (4) (10) to the optical receiver 3〇5 of the transmitting end through the light ageing device 309, and the light receiving Machine 3〇5 has received the return to the machine automatically pro (4) circuit 3G4 and the tree domain reflectometer control soap fiber 310 has a breakpoint, then the optical receiver _ method receives, t, therefore will drive the phone automatic dial control loop 304 dials the mobile phone to notify the relevant person that the circuit 306 will also start 0 and 3G7 to measure, - brain 3 〇 8 silk Jing children. Root view _ « « system _, can be judged OTDR3 〇 7 in the state of standby when the fiber network is normal, when the network is disconnected ^ is in the state of 〇 N 'in the flat f does not interfere with the transmission Video signal quality: . For 24 hours of real-time monitoring. The traditional 〇 监控 监控 纽 ( ( ( ( ( ( ( ( ( ( ( % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % Whether it is a tree branch or a star network architecture machine ====== ^ similar to the addressing function, the system can be applied to the tree branch (Figure 4) / star (Figure 5) network ^ frame : In terms of cost expenditure, 'no need for high-priced transponders and response receivers, plus small green monitoring can not be achieved with feet, only mosquitoes turn silk, so the cost ratio. Her fiber has a simple description] Figure 1 : OTDR Fiber Cable TV Network Monitoring System Figure 2: Cheetah Fiber Cable TV Network Monitoring System Figure 3: Smart Fiber Network Monitoring System Figure 4: Tree Branch Architecture Figure 5: Star Network Architecture Figure 6(a) The fiber length is about 25 kilometers, and the tdr measurement pattern is normal. Figure 6(b). The fiber length is about 25 km. There is a TDR measurement pattern with a break point, and the position of the break point is greatly attenuated. ° 1355813 [Main component symbol description]

• 105,301有線電視多頻道訊號 104,204,208,302,312 光發射機 102,203,303分波多工器 110分波解多工器 304手機自動撥號控制迴路 306光時域反射計控制迴路 101,307光時域反射計 308電腦 206,309光耦合器 106,210,310單模光纖 107,205,207,305,311 光接收機 103光放大器 108使用者 109反射端 201 CH02,CH03,…CH78 :有線電視訊號 202應答接收機202 209應答器• 105,301 cable multi-channel signal 104,204,208,302,312 optical transmitter 102,203,303 demultiplexer 110 demultiplexer multiplexer 304 mobile phone automatic dial control loop 306 optical time domain reflectometer control loop 101,307 optical time domain reflectometer 308 computer 206,309 optical coupler 106,210,310 Single mode fiber 107, 205, 207, 305, 311 optical receiver 103 optical amplifier 108 user 109 reflector terminal 201 CH02, CH03, ... CH78: cable signal 202 response receiver 202 209 transponder

Claims (1)

”月”日修正替換頁 、申請專利範圍: 一種智慧型光纖網路監控系統,包括: a. 訊號源,其中,訊號源包括:雷射光源、類比信號、數位信號及有 線電視頻道; · b. 手機自動撥號系統,其中,手機自動撥號系統包括:手機及一控制 迴路構成; c. 光時域反射計量啦統’其巾,光喊反料量_統包括:光時 域反射計控制迴路、光時域反射計及電腦; d. 頭端回傳信號接收機,其中,頭端回傳信號接收機為一光接收機, 藉由接收端回傳的信號判斷光纖網路是否正常;並可提供手機自動 撥號系統及光時域反射計量測系統一驅動信號; l接收端接收系觀回傳系統,其中,接收端接收系統及回傳系統分 別由光触機與紐射機触,絲⑽將經雜的航號轉為電 訊號傳、’Ό電視錢財並發蝴發信號购光發職,使光發射機 回傳一光訊號; f.兩w轉輸介質’其中’傳輸介質由具傳輸功關光纖或其1 式的介質構成。 依據申請專概圍第1销述之智慧型光_««統,其中η /原係由財有線電視_魏位錢的雷射光_成。 Γ申請專利範圍第1項所述之智慧型光纖網路監《統,其中,‘ 2撥號系祕由手機及—㈣魏構成,手機自動減系統的翻 现由回傳信號接收機提供。 /碎丨1月> 旧修正替換頁 依據申請專利範圍第1項所述之智慧型光纖網路監控系統,其中光時域 反射計量_、統之賴可«奸記錄魏的元件或儀器取代。 依據申β月專利範圍第i項所述之智慧型光纖網路監控系統,其中光時域 反射叶2:測系統之光時域反射計控制迴路的驅動訊號係由回傳信號接 收機提供。 依據申請專利範圍第1項所述之智慧型光纖網路監控系統,其中接收端 接收系統及回傳系統之驅動光發射機的觸發信號可直接運甲傳給電視 的電訊號或其它可控制光發射機的觸發信號。"Month" date correction replacement page, patent application scope: A smart fiber network monitoring system, including: a. Signal source, wherein the signal source includes: laser light source, analog signal, digital signal and cable channel; The automatic dialing system of the mobile phone, wherein the automatic dialing system of the mobile phone comprises: a mobile phone and a control loop; c. The optical time domain reflection measuring system's towel, the light shouting quantity _ system includes: the optical time domain reflectometer control loop , an optical time domain reflectometer and a computer; d. a head-end return signal receiver, wherein the head-end return signal receiver is an optical receiver, and the signal returned by the receiving end determines whether the optical network is normal; The mobile phone automatic dialing system and the optical time domain reflection measuring system can be provided with a driving signal; l the receiving end receives the system back transmission system, wherein the receiving end receiving system and the returning system are respectively touched by the optical contact machine and the new shooting machine, Silk (10) converts the miscellaneous voyage number into a telecommunication number, 'Ό 钱 TV money and sends out a signal to purchase the light, and the optical transmitter returns a light signal; f. two w transfer media 'where' Having a medium or a transmission power OFF type optical medium configured. According to the application for the first section of the wisdom of the light _«« system, where η / original by the cable TV _ Wei Wei money laser _ into. Γ Apply for the intelligent optical network supervision system mentioned in the first paragraph of the patent scope, in which the ‘2 dialing system is composed of mobile phones and — (4) Wei, and the mobile phone automatic reduction system is provided by the return signal receiver. /丨丨1月> The old correction replacement page is based on the intelligent fiber-optic network monitoring system described in claim 1 of the patent application scope, in which the optical time domain reflection measurement is replaced by the component or instrument of the film . According to the intelligent optical network monitoring system described in the item i of the patent term of the invention, wherein the optical time domain reflection leaf 2: the driving signal of the optical time domain reflectometer control circuit of the measuring system is provided by the return signal receiver. According to the intelligent optical network monitoring system described in claim 1, wherein the trigger signal of the driving optical transmitter of the receiving end receiving system and the return transmitting system can be directly transmitted to the television signal or other controllable light. The trigger signal of the transmitter.
TW96129171A 2007-08-08 2007-08-08 An intelligent optical network monitoring system TWI355813B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW96129171A TWI355813B (en) 2007-08-08 2007-08-08 An intelligent optical network monitoring system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW96129171A TWI355813B (en) 2007-08-08 2007-08-08 An intelligent optical network monitoring system

Publications (2)

Publication Number Publication Date
TW200908582A TW200908582A (en) 2009-02-16
TWI355813B true TWI355813B (en) 2012-01-01

Family

ID=44723709

Family Applications (1)

Application Number Title Priority Date Filing Date
TW96129171A TWI355813B (en) 2007-08-08 2007-08-08 An intelligent optical network monitoring system

Country Status (1)

Country Link
TW (1) TWI355813B (en)

Families Citing this family (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI398123B (en) * 2009-09-04 2013-06-01 Inventec Appliances Corp The detection system and method of network connection state
WO2012119396A1 (en) * 2011-08-18 2012-09-13 华为技术有限公司 Bi-direction optical sub-assembly and optical transceiver

Also Published As

Publication number Publication date
TW200908582A (en) 2009-02-16

Similar Documents

Publication Publication Date Title
US8483562B2 (en) Method and apparatus for integrating automated switching in a passive optical network
US20080056714A1 (en) Method and Apparatus for Obtaining an Optical Power Level in a Pon Network
KR20130138337A (en) Intelligent splitter monitor
US10448130B2 (en) Methods and apparatus for asymmetric distribution of mixed content via a network
JP5563666B2 (en) Method for managing uplink burst overhead parameter and passive optical network system
CN101442385A (en) Test device of digital communication error rate
KR102158867B1 (en) System for monitoring signal abnormality of optical line and method of operation
TWI355813B (en) An intelligent optical network monitoring system
JP2017514380A (en) Apparatus and method for optical network monitoring
JP2007071573A (en) Optical fiber line automatic monitoring system and automatic monitoring method
CN110557693A (en) Optical network protocol analyzer
GB2516368A (en) Optical network fault location and identification
TWI609575B (en) Portable WDM interface device and method
KR20050104945A (en) Optical path monitoring device
CN108282224B (en) WDM-PON intelligent gateway system with optical fiber fault detection function
CN217424710U (en) Optical cable remote monitoring device at tail end of power optical transmission network
CN205829626U (en) Optic communication test system and optic communication test terminal
CN201515468U (en) Laser receiving and transmitting integral machine
CN210536850U (en) Optical network protocol analyzer
CN106982091A (en) The processing method and processing device of optical signal failure in optical link
WO2009078608A3 (en) Optical network system for providing wireless broadband services
JP2008541029A (en) Passive optical test termination system
CN207817775U (en) Gardens service reservation system
Ab-Rahman et al. Design of FTTH monitoring system based on zigbee wireless sensor network
US20240255708A1 (en) Self-reporting optical connector device

Legal Events

Date Code Title Description
MM4A Annulment or lapse of patent due to non-payment of fees