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1. 5 3 M607x OTx Module Front Panel 5 4 M607x OTx Module Installation Push horizontally the module into any one of the two slots at the back of transmitter See the figure below for reference Please be careful to push the module in the right direction that the words on the panel should not be upside down and then tighten the two screws 6 Equipment Operations 6 1 Display Explanations of LCD a LCD displays totally 20 characters in two lines b Module Parameter name is in the first line Parameter value Alarm status is in the second line OptiLink Opti c At the right bottom of LCD the xxx shows the object of operating 1RU 1RU Intelligent Chassis MKD MKD Module OptiLink Model M107 M607x 1310nm Transmitter Manual ZATECH 01 The First module 02 The Second module OptiLink Op OptiLini d Switch on Character OptiLink Platform e If there is no module in the chassis the LCD shows No Module installed in 01 or No Module installed in 02 6 2 Operation Explanations of Keyboard a The left key and the right key are to select 1RU MKD 01 02 b Top key and bottom key are to select or change the value of present parameter c The key Select is to refresh or modify confirm the parameter s value d For the parameter that can be modified the left key increase the value the right key decrease the value OptiLink Model M107 M607x 131
2. circuit RF pre amplifier circuit high reliability of power supply intelligent and efficient element management and unique air flow design Features 860MHz bandwidth High performance DFB laser to increase the signal quality in HFC Low noise low distortion and pre AMP to meet low RF input signal Incorporating circuit design built with RF AMP and VCA and multi point pre distortion correction enhance equipment distortion specification Separate CPU control board in each OTX module to support effective control and multi protection function Effective RF overdrive protection for LD low optical power output alarm and automatic LD shutdown Effective ATC Automatic Temperature Control and APC Automatic Power Control enable precise optical power levels Elective AGC Automatic Gain Control and field MGC Manual Gain Control enables superior link optimization and variable modulation depth RF drive level Front panel 20dB RF test port RS232 485 and RJ45 Ethernet interfaces SNMP Telnet Web IE network protocol can be used to realize local or remote status monitoring and controlling Advanced high efficiency switching power supply to meet the AC voltage wide OptiLink Model M107 M607x 1310nm Transmitter Manual ZATECH fluctuating 176V 264V redundant switch power supply and automatic alternation Module position swap freely and hot plug in and pull out Reliable thermal structure design to
3. ensure high stability and long operating life of the equipment 3 Block Diagram Voltage Controled Attenuator 20dB Test Cooled DFB LASER with Control Corcuitry Predistortion Post Amp n ites Circuitry Detector MCU System with A D DIA etc Communication Section 4 Specifications Ten Ji Type of laser DFB nm mw MHz dBuv 75 Wavelength Modulation mode Output Optical Power Fiber Connector Freguency Range Input RF Signal Level CNR CTB CSO Flatness J e OT amp OO RO DD 4 O OT RF Input Impedance lt 16 47 550MHz _ 3 RF Input Return Loss lt 14 551 870MHz Opt iLink Model M107 M607x 1310nm Transmitter Manual ZATECH 4 APC Control Precision o Q ATC Control Precision tes iksu Overall Power Supply Input with V AC220 86 264V 23 do e OOO 2a Pover Dissipation im 25 Dimensions m 480x350x44 Note Distortion test condition 10Km fiber adjustable optical attenuator 69207B optical node 1dBm optical power input and test 5 Appearance description 5 1 Chassis Front Panel TLT LI Power ON OFF pse 220V 50Hz Switching power supply socket with filter including 1A fuse RF INPUT RF input port OPT OUT Optical power output port RS232 Network Management Interface RS485 Network Management Interface GND Grounding bolt OptiLink Model M107 M607x 1310nm Transmitter Manual ZATECH
4. 0nm Transmitter Manual ZATECH 6 3 Chassis ID Configuration and Diplay Tit my fe 8 a Chassis ID is configured by a 8 bits finger switch up is 1 downis 0 The ID range is 00 FF b The present Chassis ID will be shown on the two LEDs use HEX 00 FF c After configuring the chassis must be powered on again 6 4 M607x Transmitter Module Parameters Press the top key and the bottom key the following information will pop up o mmm K ope 2 kameo 1 ee 2 LD TEM LD BIAS mme 1 Div Od DC 12V bes oo 9 oes o SSS n 11 AMP TEM VCA Offset 1 Module ID rr a sowa OOOO S O 15 LD SN Module SN a To VCA Offset the left key to decrease the spar numbers the right key to increase the spar numbers each spar is 0 5 dB OptiLink Model M107 M607x 1310nm Transmitter Manual ZATECH M607x Module Type Vs Output Power Model Rating LD Power M607X 2 2 5mW 4dBm M607X 4 4mW 6dBim M607X 6 6mW 8dBm M607X 8 8mW 9dBm M607X 10 10mW 10dBm M607X 12 12mW 10 5dBm 20mW 13dBm X A E 6 5 M107 1RU Chassis Parameters Press the top key and the bottom key the following information will pop up OptiLink 1RU Chassis T maer MW 2 2 Slot number 3 Chasis IP state 4 Software van vo 5 ChassissWz CMIO7XXX 7 Caution 7 1 Once you get the equipments check the following items A Whether the package is damaged
5. Bm f50 60 65 Multi Point 2450523 M607E 10 10mW 10dBm 50 60 65 Multi Point 2450524 __ M607E 12 12mW 10 5dBm 50 60 65 Multi Point 2450525 __ M607E 13 13mW 11dBm 50 60 65 Multi Point 2450526 __ MNT 0908 0000 000 0300 16mW 124Bm 1 Zont 2450528 MITE i8mWa2saBm 50 60 es fuatti Point 2400580 M607E 20 20mW 13dBm 50 Note Product Specifications can be modified without notice A OptiLink Model M607x OTx Module order PN 2450120 245052A A OptiLink Model M107 19 1RU Chassis no MKD order PN 2451118 Test report of the transmitter module will include all the models above The warranty period is one year man made damage exclusive and the lifelong paid service is provided for the user The specifications are subject to change without notice OptiLink Model M107 M607x 1310nm Transmitter Manual ZATECH
6. OptiLink Model M107 M607x 1310nm Optical Transmitter User s Manual Opt iLink Model M107 M607x 1310nm Transmitter Manual ZATECH 1 Introduction Model M107 M607x modular Transmitter is a new product developed by Shianjin Electronics Equipment Co Ltd It consists of M107 Intelligent Chassis and M607x Transmitter Module The Appearance of the chassis features LCD display thin film switch finger mark free steel plate and a vivid color which make the unit look elegant and modern M107 is a one intelligent standard 19 1RU chassis M107 can be monitored by the network management software even though there is no transmitter module plugged into the chassis In this way the network management software can get clear status of the available slots in all intelligent chassis M107 Except for M607 Optical Transmitter Module the other modules such as forward optical receiver reverse optical receiver and etc can be plugged into M107 which offers two respectively independent slots M607x optical transmitter module has 4 kinds of specification classes and each class has totally 11 output powers including 2 4 6 8 10 12 13 14 16 18 and 20dBm Refer to the Ordering Information below M607x optical transmitter module uses an internal isolated Distributed Feedback DFB laser which represents the latest technology Its high cost effective and wonderful performance are highlighted by its advanced multipoint pre distortion correction
7. mpany logo will show up in the display 7 7 The green LED will flash if there is any fault in the Module If the frequency of flash is 3 times per second it indicates the transmitter module is out of working If the frequency of flash is one time per two seconds it indicates the transmitter module can still work with alarm And you can get alarm details from the LCD The alarm light will be turned on when the problem is solved and the transmitter will be operating in a normal condition 8 Complete List Name Qty Transmitter a b Power line c Installation and Operation Guide d p p Optical Transmitter Test Result Opt iLink Model M107 M607x 1310nm Transmitter Manual ZATECH 9 Order Information A M607x OTx Module OTx Model Op Power Link Loss CNR CSO CTB Predistortion Order PN Circuit M607A 10 10mW 10dBm 54 65 69 Multi Point Multi Point 2450124 M607A 12 12mW 10 5dBm foes fore 2450125 M607A 13 13mW 11dBm J N 2450126 MGOTA14 1 mWwort Samy 54 65 leo MuntiPoint 2450127 M607A 16 16mW 12dBm Multi Point 2450128 M607A 18 18mW 12 54Bm 54 65 69 NMulti Point 2450129 _ 20mW 13dBm 54 65 69 Multi Point 245012A OTx Model Op Power Link Loss CNR CSO CTB Predistortion Order PN Circuit M607E 4 4mW 6dBm f50 60 65 Multi Point 2450521 __ M607E 6 6mW dBm f50 60 65 Multi Point 2450522 M607E 8 8mWOd
8. or not B Unpack the transmitter and check the compliance of transmitter module auantity and nominal output power with the order Once you find any problem please contact the product supplier as soon as possible Opt iLink Model M107 M607x 1310nm Transmitter Manual ZATECH 7 2 This transmitter uses 220V switching power supply Connect the power line of transmitter and put it into the standard rack The transmitter should be properly grounded When the indoor transmitter is put into the rack and switched on the air vent of the module should not be blocked and the ventilation of the unit should also be guaranteed 7 3 The fiber FC APC connector should be cleaned with absolute alcohol to minimize the additional loss or reflection caused by dust which will affect the specification Connect the tail fiber to FC APC socket on the rear panel and keep the fiber hanging down T 4 Switch on the power supply on the rear panel and the LCD background light should be illuminated the light will be turned off automatically after a moment for LCD to have a longer life span 7 5 Connect the mixed RF signal to F port on the rear panel The input level should be within a range of 80 3dBuv On condition that the distortion specification is guaranteed local RF level setting function can be used in the field of the transmission system to adjust the actual operating level in order to improve CNR 7 6 When the power is switched on co

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