About this Manual
Contents
1. enne 17 Table 7 MC102G and MC102T Front Panel LEDs eeeeeeeseeeeeeeeeenreenen nnn 17 MC102 ML46179 Rev 08 September 2005 About this Manual This manual is intended for the user who wishes to install operate and troubleshoot any of the MC102 Media Converters The latest revision of the user manual can be found at ftp international mrv com support tech data Safety Requirements Caution To reduce risk of electrical shock and fire and to maintain proper operation ensure that the safety requirements stated hereunder are met Before Installing Power Ensure that all power to the MC 102 is cut off Specifically disconnect the MC102 power cord from the power line mains Inspection Ensure by visual inspection that no part of the MC102 is damaged Before Powering On Temperature Operate the MC102 only at a location where the ambient temperature is in the range 0 to 40 C 32 to 104 F Humidity Operate MC102 only at a location where the ambient humidity is non condensing and less than 85 96 Cooling Air Ensure that the air flow around the MC 102 and through the air vents is not obstructed In addition ensure that there is a clearance of at least 25 mm 1 inch between the air vents and nearby objects Line Power Ensure that the line mains power is as specified on the label on the MC 102 Power Cord The AC power cord of the OptiSwitch must have either of the following spec2. 9 Jumpers only in MC102FI H W rev LO4 or higher essseeeesseeeerneeeenn ern 10 DIP Switch only in MC102FR MC102FRC and MC102 P eese 13 7 Segment Display only in MC102 P sesesssesseseseeen nennen nnnm nnne nnns 13 USES AICI ALONG en a a EUN 13 IS talldlEO FE NEE eve Ode DpPH SA De fepo fM Un COE 14 Salety PN RR DREIER HERE IM RI MM MID LI IM I DEI L dct 14 Package Contents x5 o remitir radi e enia een une 14 IseduiremelltsS e celat vp Rn UM SD I IDEE LM DNE CI DRIN DUI DM DIA DS DP LE EINE 14 Bo ee 14 IN OEL One P ERN LERNTE TACUIT 14 OW d P EERN 14 BSD LC E ee RE 14 Proce CUR 8 idcusoqiaseet easi osea Qa ardua dea Cea Rau DE X HK EA UST sss une D Vai 15 sie eR S LI TCI HT 17 LEDS sn ea iud ee uA IU Lu na DU DIDI ID ALIM LII 17 MGIOZF and WMC TO2 Fl erc 17 MCT02FR MC102FRG and MC 102 P a aa ae 17 MC T02G and MC 1OA2T i3 uitae uiid ae een 17 MC102 ML46179 Rev 08 September 2005 T SOGIMG ME DISPIaV t 18 MG DO 971 oL MC CERA 18 Appendix A Troubleshooting 20 Appendix B Cleaning Optical Connectors 21 SG ING 0 Mer 21 Tools and Equipment u a ae est reU ede Ics 21 POCO CURG mM E 21 Appendix C MC102 Config
3. MC102 Media Converters MC102F MC102FR MC102FRC MC102G MC102T MC102TH MC102 P User Manual MRV Communications Inc URL htto www mrv com MC102 ML46179 Rev 08 September 2005 Standards Compliance This equipment is certified to UL 1950 CSA 22 2 No 950 FCC Part 15 Class B CE 89 336 EEC 73 23 EEC FCC Notice WARNING This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct for the interference at his her own expense The user is cautioned that changes and modifications made to the equipment without approval of the manufacturer could void the user s authority to operate this equipment It is suggested that the user use only shielded and grounded cables when appropriate to ensure compliance with FCC Rules CE Mark The CE mark symbolizes compliance with the EMC directive of the European Community Such marking is indicative that the specified equipment meets or exceed
4. mnt Fiberoptic port link faulty Fiberoptic port receiving Fiberoptic port not receiving MC102FR MC102FRC and MC102 P Table 6 MC102FR MC102FRC and MC102 P Front Panel LEDs E SEBEG ON PonPaInkOK SSCS OFF Port P1 link absent or faulty SSS LIN for PT and MC102G and MC102T Table 7 MC102G and MC102T Front Panel LEDs eo sus Sesame Power to MC102 OK Power to MC102 faulty 9 xr transmission reception 17 MC102 ML46179 Rev 08 September 2005 P1 LCK only in ee P2 LCK only in ee Orr Data lock on at port P2 failed P1 RX onlyin ON Data being received at port P1 a OFF Data not being received at port Pl P2 RX onlyin ON_ Databeingreceivedatport P2 en OFF j Dafanofbeingreceivedatport P2 7 Segment Display MC102 P Figure 5 shows how to convert the received optical signal power reading obtained on the double segment display The vertical axis shows the reading and the horizontal axis shows its value in dBm The reading is accurate to 1 dB O 2 2 Oo E o C o ac i o gt o A G c o G O 2 Q O 35 30 Optical Signal Power in dBm Figure 5 Conversion of Optical Signal Power Reading on MC102 P Front Panel to dBm This dBm value is required to be about equal to the expec
5. etc MC102G Up to jumbo frames e g VLAN MPLS etc MC102T Up to jumbo frames e g VLAN MPLS etc Configurations MC102 P A Used with TereScope 1 Model A MC102 P C Used with TereScope 1 Model B Others Refer to Appendix C MC102 Configurations Fiberoptic Data Port MC102 P MC102 P A MC102 P C 240 m 800 ft at 17 dB km 470 m 1540 ft at 17 dB km Model A 6 mrad Model C 3 65 mrad Operating Distance Beam Divergence Fiber Core Cladding Diameters 400 430 um 600 630 um Operating Wavelength 850 nm 850 nm Connector Type ST ST Others Refer to Appendix C MC102 Configurations Electrical Data Port MC102F MC102Fl MC102FRC MC102 P Supported Speeds MC102F and MC102FI 10 and 100 Mbps MC102FR MC102FRC MC102 P 100 Mbps MC102G 1 Gbps MC102T Up to 200 Mbps MC102TH Above 200 Mbps to 1 25 Gbps Cable Length max 100 m 330 ft Cable Type Cross wired see Figure 3 Category 5 UTP or STP 2 pair Connector Type RJ45 8 pin shielded female Connector Pinout MDI X 12 Rx 22 Rx 3 gt Tx 62 Tx Power Input AC 96 to 264Vac 60 50Hz DC MC102F and MC102FI only 6 5 to 7 5V 1A Power Consumption max Less than 12 W Temperature Operating 0 to 40 C 32 to 104 F Storage 10 to 50 C 14 to 122 F Humidity non condensing Less than 85 Dimensions W x H x D 122 mm x 45 mm x 190 mm 4 4 in x 1U in x 7 2 in Certified to comply with UL 1950 CSA 22 2 No 950 FCC Part 15 Class B CE 89 336
6. 100 to operate in auto negotiation mode If the toggle is set to the left ON side auto negotiation is disabled In such case the port s speed and duplexity is according to the setting of toggles 100M and D F Set Port ETH10 100 to operate at 100 Mbps If the toggle is set to the left ON side the port operates at 10 Mbps Set Port ETH10 100 to operate in full duplex mode If the toggle is set to the left ON side the port operates in half duplex mode Disable half duplex flow control for ETH10 100 port If the toggle is set to the left position ON side the port operates in flow control mode Disable full duplex flow control for ETH10 100 port If the toggle is set to the left position ON side the port operates in IEEE 802 3x flow control mode 123456 E lt means that the toggle position does not affect the function of the toggles shown in specific positions Jumpers only in MC102FI H W rev L04 or higher Eight internal 3 pin jumpers for setting the 10 100Base TX port to operate in the modes described in Table 3 below Figure 2 below shows the location of jumpers J1 to J8 i For H W rev see label on MC102FI 10 ML46179 Rev 08 September 2005 MC102 VPPO m ue 13 GND Dede BT TP5 cu s asl IT 40 a gyvo AUTO NEGOT ONU OPEN AUTO E CROSSOVER HD FLOW CONTROL 5 111 VPP FD FLOW nes ALI CONTROL gt EA RSA eaf EEPROM ATTACHED MODE 2 Dir LIN OPTION ar
7. 100Base FX Full Half Duplex protocol conversion The duplexity at both ends of the MC102 must be the same Packet Length unlimited to support VLANs and inter router communication e g MPLS jumbo frames etc 3R functionality Protective Link Integrity Notification LIN mechanism Used to connect a TereScope 1 link to a non MRV switch with special fiberoptic cables provided by MRV Internal AC power supply MC102 ML46179 Rev 08 September 2005 Applications Figure 1 shows the range of applications of the MC102 Category 5 UTP or STP Dual Fiber Multimode Single Fiber Singlemode Dual Fiber Dual Fiber g Multimode Singlemode Figure 1 Applications Range of MC102 Layout Ports Power Port AC 3 prong receptacle for 96 to 264Vac 60 50Hz line mains power input DC only in MC102F Male pin connector DC IN for 6 5 to 7 5V 1A dc power input The voltage polarities are i 2C 4 Data Ports For a functional description refer to the section Models For additional information refer to Appendix C MC102 Configurations Slide Switch only in MC102F and MC102FI H W rev LO3 or lower One internal 6 toggle slide switch for setting the 10 100Base TX port to operate in the modes described in Table 2 below i For H W rev see label on MC102FI MC102 ML46179 Rev 08 September 2005 Table 2 MC102F and MC102FI Slide Switch Setting Slide Switch Toggles Position za Set Port ETH10
8. MC102FRC Straight wired for connection to a DTE or Cross wired for connection to a DCE Category 5 STP or UTP 2 pair up to 100 m or 330 ft RJ45 male 8 pin connector The wiring of a straight and cross wired cable are shown in Figure 3 Straight Cable Cross Cable RJ45 Connector RJ45 Connector RJ45 Connector RJ45 Connector Signal Pin Pin Signal Signal Pin Rx Rx 1 2 Tx 3 t J Tx 1 6 J DTE e g PC MC102 DCE e g Switch Figure 3 Cable Wiring Fiberoptic Refer to Appendix C MC102 Configurations 14 MC102 ML46179 Rev 08 September 2005 Procedure Install the MC102 as follows 1 Make sure that power to the MC102 is cut off by disconnecting the power cord from the line mains DIP Switch MC102FR MC102FRC and MC102 P The MC102FR MC102FRC and MC102 P operation mode depends on the position of the toggles of FuLL OFF the DIP switch external Determine the required positions for the 100 LIN toggles using Table 4 and set the toggles accordingly The factory HALF ON setting is as shown on the right Slide Switch MC102F and MC102FI H W rev L03 or lower The Cie MC102F and MC102FI operation mode depends on the position of the FDC Ew toggles of the slide switch internal The function of each toggle position is HDC E described in Table 2 The factory setting is as shown on the right n gt T AN Olt To change the position of a toggle 1 Undo the eight fastening scre
9. immediately cover it with a dust Cap 21 MC102 ML46179 Rev 08 September 2005 Appendix C MC102 Configurations Models Configurations Description MC102F x 10 100BaseTX to 100BaseFX converter with external power supply MC102F MT x 10 100BaseTX to 100BaseFX converter with external power supply and MTRJ connector MC102FI x 10 100BaseTX to 100BaseFX converter MC102FI MT x 10 100BaseTX to 100BaseFX converter with MTRJ connector MC102FR x 100BaseFX repeater MC102FRC x 100BaseTX to 100BaseFX repeater MC102FSF13 S1 10 100BaseTX to 100BaseFX single fiber converter with external power supply SM 1310nm transmitter 0 30 km SC MC102FSF15 S1 10 100BaseTX to 100BaseFX single fiber converter with external power supply SM 1550nm transmitter 0 30 km SC MC102FSF113 S1 10 100BaseTX to 100BaseFX single fiber converter SM 1310nm transmitter 0 30 km SC MC102FSF115 S1 10 100BaseTX to 100BaseFX single fiber converter SM 1550nm transmitter 0 30 km SC MC102FSFR13 M 100BaseFX MM to single fiber repeater SM 1310nm transmitter 0 30 km SC MC102FSFR15 M 100BaseFX MM to single fiber repeater SM 1550nm transmitter 0 30 km SC MC102FSSFR13 S1 100BaseFX SM to single fiber repeater SM 1310nm transmitter 0 30 km SC MC102FSSFR15 S1 100BaseFX SM to single fiber repeater SM 1550nm transmitter 0 30 km SC MC102FSFR S1 100BaseFX single fiber repeater SM 1310 amp 1550nm transmitters 0 30 km SC MC102T x x 0 200Mbps Protocol Transpar
10. packets Others perform instead 3R repeater functions so that they can be concatenated to further extend the operating distance without appreciably compromising signal quality Still others function as ideal protocol transparent repeaters capable of transferring data of a wide range of protocols Each model is available in a variety of configurations that are characterized by port protocol operating distance carrier wavelength fiber cable type and port connector This menu of configurations enables interconnection of two interfaces that are the same or differ in at most one or more of these characterizations Models MC102FR MC102FRC and MC102 P have the Link Integrity Notification LIN and Far End Fault FEF mechanisms described in the section Features page 7 Using the MC102 to convert an electrical interface into a fiberoptic interface provides the added benefits of fiberoptic cabling such as increased operating distance EMI RFI immunity protection against intrusion and eavesdropping safety from electrical shock etc Features Key features of the MC102 are as follows e Plug and play e Regular VLAN and jumbo packets support e 3R repeater functionality e Protocol transparency e Concatenation to further extend operating distance e Auto negotiation auto sensing for 10 100Base TX port e Protective Link Integrity Notification LIN mechanism for details refer to Appendix D LIN and FEF page 23 e Protective Fa
11. permission of MRV This document and the information contained herein are proprietary to MRV and are furnished to the recipient solely for use in operating maintaining and repairing MRV equipment The information within may not be utilized for any purpose except as stated herein and may not be disclosed to third parties without written permission from MRV Document Number ML46179 Document Revision Rev 08 Release Date September 2005 Contact Information For customer support you can e Contact your local MRV representative e E mail us at InternationalSupport mrv com e Visit our MRV Web site at http www mrv com MC102 ML46179 Rev 08 September 2005 Contents About this Manual u02u0200200000n0nn0nnun nun nun nun nun nun nun nun nun nennen nna 6 Safety REQUIrEMENIS u 0m weenn0 Cannes neueren 6 Betore Installingstaui ns seele Llc EE eaa INS Teer 6 Before POWERING ON C S 6 During Operation Mr EIE TC Ern EY 6 SEVGIN Ko e M RU 6 Slug Ae scenes 7 OMG 77 ecce C E Tee E D MR NE 7 FC AMINO S ree T 7 IO GGUS mel E a a A 7 PAO DING AUIONNS ee ctuPVES ven BIA CD e diane PADS ODE PI NR CL RER EEE EEE 9 A Toy e C E 9 POMS ondistertietepihd a nd isi bdsm RUP Seite ado uh uid lagi E Zw Cub did 9 Slide Switch only in MC102F and MC102FlI H W rev L03 or lower
12. 0 4 8 Electromagnetic compatibility for industrial process measurement and control equipment Part 4 Section 8 Power frequency magnetic field immunity requirements e EN61000 4 11 Electromagnetic compatibility for industrial process measurement and control equipment Part 4 Section 11 Voltage dips short interruptions and voltage variations immunity requirements e EN61000 3 2 Harmonic standard e EN61000 3 3 Voltage Fluctuation and Flicker standard e CISPR 22 Radiated and Line conducted Class B e EN 60950 ITE Safety A Declaration of Conformity in accordance with the above standards has been made and is on file at MRV Disclaimer MC102 ML46179 Rev 08 September 2005 MRV reserves the right to make changes to any technical specifications in order to improve reliability function or design MRV reserves the right to modify the equipment at any time and in any way it sees fit in order to improve it MRV provides this document without any warranty of any kind either expressed or implied including but not limited to the implied warranties of merchantability or fitness for a particular purpose The user is advised to exercise due discretion in the use of the contents of this document since the user bears sole responsibility Trademarks All trademarks are the property of their respective holders Copyright 2002 by MRV All rights reserved No part of this document may be reproduced without the prior
13. EEC 73 23 EEC 1U 1 4 in 24
14. Figure 2 Location of Jumpers Table 3 below shows the operation modes for different jumper positions Table 3 J1 J2 Jumper Positioning for 10 100Base T Port Set Port ETH10 100 to operate at 10 Mbps in Half Duplex mode Set Port ETH10 100 to operate at 10 Mbps in Full Duplex mode Set Port ETH10 100 to operate at 100 Mbps in Half Duplex mode Set Port ETH10 100 to operate at 100 Mbps in Full Duplex mode Set Port ETH10 100 to operate in Auto Negotiation mode MC102 ML46179 Rev 08 September 2005 Enable Auto Crossover Auto MDI MDIX The 10 100Base T port can be connected to an Ethernet MDI or MDIX port with a straight or cross over cable since the port automatically configures itself to suit the cable type and co port interface Disable auto MDI MDIX Enable Half Duplex Backpressure Flow Control Enable Full Duplex Flow Control IEEE 802 3x Enable LIN see Link Integrity Notification LIN page 23 LIN can function only if Auto Negotiation and Auto Crossover are disabled i e jumpers 1 and 2 must be unconnected and jumper J3 pins 2 and 3 must be connected Disable LIN 12 MC102 ML46179 Rev 08 September 2005 DIP Switch only in MC102FR MC102FRC and MC102 P 2 toggle DIP switch for configuring the 100Base TX port to operate either in auto negotiation mode or in forced 100 Mbps full duplex mode Table 4 MC102FR MC102FRC and MC102 P DIP Switch Setting DIP Switch Toggle
15. e Connect the MC102 fiberoptic data ports TX RX to the device ports ensuring each fiber connects TX to RX For MC102 P connect the yellow sheathed fiber of a special MRV cable to the TX connector and the blue sheathed fiber to the RX connector Power on the MC102 by connecting its power cord to the line mains For H W rev see label on MC102FI For H W rev see label on MC102FI 15 MC102 ML46179 Rev 08 September 2005 10 Verify connectivity by sending data traffic Note If the DIP Switch setting is changed while the MC102 is powered on disconnect then reconnect the power cord to enable the MC102 to operate according to the new setting Bracket m Ry sn Screws EM na EN idt k n uM F EN Figure 4 Fastening a Wall Mount Bracket to the MC102 16 MC102 ML46179 Rev 08 September 2005 Operation The MC102 becomes fully operational within a few seconds after being powered on Its operation can be monitored by interpreting the status of its LEDs with the aid of Table 5 MC102F and MC102FI Table 6 MC102FR MC102FRC and MC102 P or Table 7 MC102G and MC102T If there is a problem use the chapter Appendix A Troubleshooting to resolve it LEDs MC102F and MC102FI Table 5 MC102F and MC102FI Front Panel LEDs ib Status Sexe Port link absent or faulty LENT Port activity present Fiberoptic port link OK
16. ent F O Repeater MC102TH yly Above 200 1250Mbps Protocol Transparent F O Repeater MC102G yly Gigabit Repeater MC102 P Used to interconnect a TereScope 1 link and a non MRV switch MC102 P A is used with TereScope 1 Model A MC102 P C is used with TereScope 1 Model B x and y represent two groups of codes Below the left column shows the codes and the right column shows the meanings x M MM 1310nm 0 2 km DSC x S1 SM 1310nm 0 35 km DSC x S2 SM 1310nm 25 45 km DSC x S3 SM 1550nm 35 90 km DSC x S4 SM 1550nm 35 115 km DSC x 5 SM 1550nm 35 135 km DSC y SX MM 850nm 0 0 5 km DSC y LX MM 1310nm 0 2 km DSC y s1 SM 1310nm 0 6 km DSC y S2 SM 1550nm 0 32 km DSC y S3 SM 1550nm 30 60 km DSC y S4 SM 1550nm 35 80 km DSC y 55 SM 1550nm 35 100 km DSC Note All models have an internal power supply except those specifically mentioned in the above table as having an external power supply 22 MC102 ML46179 Rev 08 September 2005 Appendix D LIN and FEF Link Integrity Notification LIN LIN can operate on ports with fiberoptic as well as electrical interfaces Following is a description of the operation of the protective LIN mechanism in an MC102 that is LIN enabled FEF disabled Device A MC102 Device B TX Category 5 Fiberoptic RA RX Cable Cable TX Electrical iberoptic Interface Interface Figure 7 Data Path Referring to Figure 7 if the MC102 does n
17. ifications The power cord to be used with a 115 Volt AC configurationmust be a minimum type SJT SVT 18 3 rated 250 Volts AC 10 Amps with a maximum length of 15 feet One end is terminated in an IEC 320 attachment plug the other in a NEMA 5 15P plug The power cord to be used with a 230 Volt AC configuration must be a minimum type SJT SVT 18 3 rated 250 Volts AC 10 Amps with a maximum length of 15 feet One end is terminated in an IEC 320 attachment plug The other end is terminated as required by the country where it will be installed During Operation Do not connect or disconnect cables and or power cords during lightning strikes and thunderstorms Ensure that the MC102 is mounted on a wall or desktop that is flat stable non conductive and static free Servicing All servicing must be carried out only by qualified service personnel Before servicing ensure that a power to the MC102 is cut off MC102 ML46179 Rev 08 September 2005 Overview General The MC102 is a series of media converters each having the basic function of connecting an electrical or fiberoptic interface of one device with a fiberoptic interface of another device and extending the operating distance between them Certain models of the series are based on switching technology and in addition to the basic function described above switch packets separate the networks connected to their two ports into separate collision domains and filter error
18. ndix B Cleaning Optical Connectors General Intrusions e g dust grease etc at the interface of two optical fibers such as at a pair of coupled connectors attenuate the signal through the fiber Consequently optical connectors must be cleaned before they are coupled with other connectors Tools and Equipment Following are tools and equipment required for cleaning connectors e Dust caps Caps for protecting the connector from intrusions A cap is usually made from flexible plastic When placing a cap over a connector avoid pressing it against the fiber ferula surface in the connector so as to prevent contamination e Isopropyl alcohol Solvent for contaminants e Tissues Soft multi layered fabric made from non recycled cellulose Procedure The procedure for cleaning connectors is as follows 1 If no stains are present using a new clean dry tissue gently rub in small circular motions the exposed fiber surface and surrounding area in the connector to remove dust 2 If stains are present A Moisten a new clean dry tissue with isopropyl alcohol and gently rub in small circular motions the exposed fiber surface and surrounding area in the connector to remove the stains B Using a new clean dry tissue gently rub in small circular motions the exposed fiber surface and surrounding area in the connector to remove the dissolved stains and excess isopropyl alcohol C Ifa connector is not to be coupled with another
19. ot receive a link integrity signal at RX1 it cuts off transmission from TX2 Similarly if it does not receive a link integrity signal at RX2 it cuts off transmission from TX1 When it receives a link integrity signal it resumes transmission Far End Fault FEF FEF can operate on ports with fiberoptic interfaces only Following is a description of the operation of the protective FEF mechanism in an MC102 that is FEF enabled LIN disabled Referring to Figure 7 if the MC102 does not receive a link integrity signal at RX2 it transmits an FEF pattern signal from TX2 that notifies Device B about this problem When RX2 receives the link integrity signal TX2 returns to normal operation If the MC102 is not configured to operate in FEF mode an incoming FEF pattern is ignored 23 MC102 ML46179 Rev 08 September 2005 Appendix E Product Specification Function Medianconverter Protocol Conversion MC102F MC102FI MC102FRC MC102 P MC102FR 10 100Base TX 9 100Base FX 100Base TX 100Base FX 100Base FX gt 100Base FX MC102G Gigabit Ethernet lt gt Gigabit Ethernet MC102T Any protocol up to 200Mbps gt Any protocol up to 200Mbps MC102TH Any protocol from above 200 Mbps to 1 25Gbps gt Any protocol from above 200 Mbps to 1 25Gbps Frame size Max MC102F MC102FI 1522 bytes Up to jumbo frames e g VLAN MPLS etc MC102FRC MC102 P MC102FR Up to jumbo frames e g VLAN MPLS
20. r End Fault FEF mechanism for details refer to Appendix D LIN and FEF page 23 e Wall mount e Universal wide range internal power supply except for MC102F Models The MC102 is available in a series of models each providing one or more unique operation functions so that a model that tailor fits an application can be selected The models and their description are given in Table 1 Each model is available in various configurations described in Appendix C MC102 Configurations 3R is Reshape Retime Retransmit Protocol examples are 10 100Base TX and 100Base FX MC102 ML46179 Rev 08 September 2005 Table 1 Models of the MC102 Mode Description MC102F Switching technology 10 100Base TX 100Base FX protocol conversion Packet Length up to 1522 bytes to support VLANs as well 3R functionality Single fiber connectivity option Collision domain per port Data buffering Error filtering Auto negotiation or forced speed duplexity mode External DC power supply MC102FI same as model MC102F except that it has an internal AC power supply MC102FR Fast Ethernet Repeater technology 100Base TX Full Half Duplex gt 100Base FX Full Half Duplex protocol conversion The duplexity at both ends of the MC102 must be the same Multimode gt Singlemode conversion Packet Length unlimited to support VLANs and inter router communication e g MPLS jumbo frames etc 3R functionality Single fibe
21. r connectivity option Protective Link Integrity Notification LIN mechanism Internal AC power supply MC102FRC Fast Ethernet Repeater technology 100Base TX Full Half Duplex lt gt 100Base FX Full Half Duplex protocol conversion The duplexity at both ends of the MC102 must be the same Packet Length unlimited to support VLANs and inter router communication e g MPLS jumbo frames etc 3R functionality Single fiber connectivity option Protective Link Integrity Notification LIN mechanism nternal AC power supply MC102G Gigabit Ethernet Repeater technology Multimode gt Singlemode conversion Packet Length unlimited to support VLANs and inter router communication e g MPLS jumbo frames etc 3R functionality 850nm 1550nm wavelength conversion to increase transmission distances Internal AC power supply MC102T Protocol transparency technology for protocols of up to 200 Mbps e g T3 E3 DS3 FE FDDI STM 1 ESCON etc Multimode gt Singlemode conversion Packet Length unlimited to support VLANs and inter router communication e g VLAN MPLS jumbo frames etc Wavelength conversion to increase transmission distances Internal AC power supply MC102TH Same as model MC102T except that it is transparent to protocols above 200 Mbps and up to 1 25 Gbps e g FC STM 4 GE etc MC102 P Fast Ethernet Repeater technology 100Base TX Full Half Duplex gt
22. s Position FULL Set ports to operate at 100 Mbps in full duplex mode without 100 6 HALF LIN and with FEF FULL OFF 100 LIN HALF ON FULL OFF 100 LIN HALF ON FULL OFF 100 LIN HALF ON Set ports to operate at 100 Mbps in full duplex mode with LIN and without FEF Set ports to operate at 100 Mbps in half duplex mode without LIN and with FEF Set ports to operate at 100 Mbps in ha f duplex mode with LIN and without FEF 7 Segment Display only in MC102 P Double 7 segment display at the front panel of the MC102 P It shows the coded reading of the received optical signal power at the port of the MC102 P Figure 5 shows how to express the reading in dBm units LED Indicators Described in Operation i LIN Link Integrity Notification is described in the section Features page 7 FEF Far End Fault is described in the section page 13 MC102 ML46179 Rev 08 September 2005 Installation Safety Before installing the MC102 ensure that the requirements noted in the section Safety Requirements are met Package Contents e MC102 e Power Cord e CD containing User Manual Requirements Tools 6 in flat tip screwdriver 6 in Philips screwdriver Mounting Wall space 122 mm x 190 mm or A l in x 7 in and wall mount kit bracket two screws Or Desktop Power AC 96 to 264Vac 60 50Hz or DC MC102F 6 5 to 7 5V 1A Cabling Electrical MC102F MC102FI and
23. s the following technical standards e EN 55022 Limits and Methods of Measurement of Radio Interference Characteristics of Information Technology Equipment e EN 50081 1 Electromagnetic compatibility of Radio Interference Characteristics of Information Technology Equipment Generic Emission standard Part 1 Residential commercial and light industry environment e EN 50082 1 Electromagnetic compatibility Generic immunity standard Part 1 Residential commercial and light industry environment e EN61000 4 2 previously IEC 1000 4 2 Electromagnetic compatibility for industrial process measurement and control equipment Part 4 Section 2 Electrostatic discharge requirements e EN61000 4 3 previously IEC 1000 4 3 Electromagnetic compatibility for industrial process measurement and control equipment Part 4 Section 3 Radiated electromagnetic field requirements e EN61000 4 4 previously IEC 1000 4 4 Electromagnetic compatibility for industrial process measurement and control equipment Part 4 Section 4 Electrical fast transient burst requirements e EN61000 4 5 Electromagnetic compatibility for industrial process measurement and control equipment Part 4 Section 5 Surge Immunity requirements e EN61000 4 6 Electromagnetic compatibility for industrial process measurement and control equipment Part 4 Section 6 Immunity to conducted disturbances induced by radio frequency fields e EN6100
24. switch and straight wired if connected to a DTE e g PC Category 5 STP or UTP 2 pair up to 100 m or 330 ft RJ45 male 8 pin connector Check fiberoptic cable connections Check device at other end of fiberoptic cable Check fiberoptic cable Clean connectors as described in Appendix B Cleaning Optical Connectors Check DTE MC102FR MC102FRC or MC102 P Check if the device connected to the MC102 via the fiberoptic cable is transmitting MC102G Check that the protocol is Gigabit Ethernet MC102T Check that the protocol speed is in the range 0 200 Mbps MC102TH Check that the protocol speed is over 200 Mbps and less than 1 25 Gbps MC102F or MC102FI Set DIP switch toggle A N to the right position away from ON Also set DIP switch toggles 100M and D F so that the speed and duplexity of the MC102F or MC102FI match those of the attached device The factory setting of the toggles and the procedure for accessing the DIP switch is given in the section Procedure MC102FR MC102FRC or MC102 P Make sure that the device attached to the MC102FR MC102FRC or MC102 P is operating at 100 Mbps and in full duplex mode Set DIP switch toggles to the position 100FULL Insure that the port of the device connected to the MC102 is set to operate in full duplex mode Insure that the Spanning Tree Protocol is enabled or that no loops are present in the network MC102 ML46179 Rev 08 September 2005 Appe
25. ted dBm value for the link distance shown in Figure 6 18 MC102 ML46179 Rev 08 September 2005 0 00 5 00 10 00 15 00 20 00 25 00 received power in dBm 30 00 35 00 1S1 model C TS1 model A Figure 6 Air Link Distance vs Expected Received Signal Power 19 MC102 ML46179 Rev 08 September 2005 Appendix A Troubleshooting LSNKC ONNC C R Power LED PWR OFF Electrical data port Link LED LNK or P1 L OFF Fiberoptic data port Link LED FLK or L Data port Activity LED ACT FRX A or RX OFF Line Integrity signal LED LIN ON or SD OFF Data Signal Detection LED SD OFF Electrical data port performance lower than expected Fiberoptic data port performance lower than expected Ethernet network communication collapse No power Link between network and port absent or faulty Link between network and port absent or faulty DTE e g PC not transmitting data Fiberoptic link between the MC102 and device faulty Data invalid Device connected to this port is not auto negotiating Duplexity mismatch Network configuration invalid 20 Check power cord connection Check source of power Check power cord Check electrical cable connections Check device at other end of electrical cable Check that the electrical cable is as follows cross wired if connected to a DCE e g
26. urations 22 Appendix D LIN and FEF esee ee 23 Link Integrity Notification LIN ocio a xx evo XY ED en ev ee oo pa ace nexo o Senex eed 23 Far EDA Faull FEF ss 23 Appendix E Product Specification 24 Figures Figure 1 Applications Range of MC102 ccccccccccseececcseceeceseeccseececseuseeesaueeeesegseessegeeeessageees 9 Figure 2 Lo6auornolr Jumper ana 11 Foure s er erm algae ee TI eect UE 14 Figure 4 Fastening a Wall Mount Bracket to the MC102 eeeseeseeeeeeeee 16 Figure 5 Conversion of Optical Signal Power Reading on MC102 P Front Panel to dBm 18 Figure 6 Air Link Distance vs Expected Received Signal Power cccccseeeeeeeeeeeeeeeeeeeaees 19 Foe Data ipw Ere T 23 Tables Table 1 Models ol the MC 102 aan a 8 Table 2 MC102F and MC102FI Slide Switch Setting 44000040000RRnennn nennen nenne nnennnnenn 10 Table 3 J1 J2 Jumper Positioning for 10 100Base T Port u0004040000nennno nennen nnennnnen 11 Table 4 MC102FR MC102FRC and MC102 P DIP Switch Setting ssssssssse 13 Table 5 MC102F and MC102FI Front Panel LEDS eeeeeseeeeeseeeeenrnenenn nennen 17 Table 6 MC102FR MC102FRC and MC102 P Front Panel LEDs
27. ws four on top and two on each side 2 Remove the cover to expose the slide switch 3 Set the toggles to the required positions 4 Jumpers MC102F and MC102FI H W rev L04 or higher The MC102F and MC102FI operation mode depends on the position of the jumpers internal The function of each jumper position is described in Table 3 page 11 Jumpers that are not to be used should be connected to just one pin Refasten the cover with the eight screws To change the position of a jumper 1 Undo the seven fastening screws two on top front three on top rear two on left side and two on right side 2 Remove the cover to expose the slide switch 3 Set the jumpers to the required positions with reference to Figure 2 page 11 using Table 3 page 11 4 Refasten the cover with the eight screws Place the MC102 on a desktop flat stable non conductive static free surface or mount it on a wall after fastening the wall mount bracket with two screws as shown in Figure 4 Connect the MC 102 power input port to a power source dc for MC102F and MC102FI Connect the MC102 electrical data port For MC102F and MC102FI if the device connected to the ETH 10 100 port does not have auto negotiation capability the MC102F and MC102Fl operate in half duplex mode and match the speed of the device For MC102FR MC102FRC and MC102 P make sure that the device connected to Port P1 is able to operate at 100 Mbps and in full duplex mod
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