RC581-FE Installation User Manual
Contents
1. When connecting the RC581 FE media converter to the power with the power cord RC581 is accordingly power on Therefore make sure the RC581 FE connect correctly before connecting the power RJ45 Cable Making Example Please refer to the chapter The console cable pin definition for the RJ45 Plug and RJ45 Pim Number gt Straight through RJ45 cable side 1 side 1 side 2 A Ur tr Il Ur Str 4 Orange 2 Orange 3 Gr Str 3 Gr tr 4 Blue 4 Blue esol seine espec el ra 6 Green 6 Green 12345678 A E a Ee Sido 9 rown rown gt 100M Crossover RJ45 cable Side l side 1 Side 2 pele Pote ol Gr Str 4 Orange 2 Green 3 Gr Str 3 Or tp 4 Blue 4 Blue StS cat avo DL py 6 Green 6 Orange 19245879 ie on On geet pi GE 8S Brown 5 Brown Side 2 Applying Power Supply to RC581 gt After following the above steps to install the RC581 connect the media converter with the 115V 220V AC power via the power cord the media converter will be power on gt After the power on if the LED PWR is always on it shows the system has the power gt When all the LEDs in the front panel are flashing it shows the media converter is self detecting and initializing gt After the self detection and initialization the device is on the working status Ethernet electrical and optical LEDs shows relevant port status It depends on the port settings and connection status gt Before the power on if the media2. Synchronization layer functions G 783 Characteristics of synchronous digital hierarchy SDH equipment functional blocks G 784 Synchronous digital hierarchy SDH management G 803 Architecture of transport networks based on the synchronous digital hierarchy SDH G 813 Timing characteristics of SDH equipment slave clocks SEC G 823 The control of jitter and wander within digital networks which are based on the 2048 kbit s hierarchy G 825 The control of jitter and wander within digital networks which are based on the synchronous digital hierarchy SDH G 826 End to end error performance parameters and objectives for international constant bit rate digital paths and connections G 828 Error performance parameters and objectives for international constant bit rate synchronous digital paths G 829 Error performance events for SDH multiplex and regenerator sections G 831 Management capabilities of transport networks based on the synchronous digital hierarchy SDH G 841 Types and characteristics of SDH network protection architectures G 842 Interworking of SDH network protection architectures G 957 Optical interfaces for equipments and systems relating to the synchronous digital hierarchy G 691 Optical interfaces for single channel STM 64 and other SDH systems with optical amplifiers G 664 Optical safety procedures and requirements for optical transport systems 1 731 ATM Types and general characteristics of ATM equipment 1 732 ATM Func
3. converter console port connects PC and sets the Terminal software correctly the PC will show the GUI to control refer to software configuration user manual Chapter 4 Notice When installing maintaining and plugging the RC581 it must be by the qualified technical support personnel The device should be installed in a temperature and humidity controllable room and pay attention to the conductivity of the place If the humidity is too high it is possible to cause short circuit While if the room is too dry it is possible to cause a fire Therefore the environment is very important gt There must be grounding protection to discharge the static gt Keep away from other electrical device when installing the media converter gt It is strongly recommended that cross a hot wire when deploying outside cabling and avoid running parallel near a hot wire for a long distance gt Strictly follow the instructions in this user manual gt Do NOT operate the media converter with wet hands gt Do NOT disassembly or reconstruct the media converter
4. L rea a a a RR a A AO 7 ABBREVIATION a A E T yaku GU LO O a RERERENCE O a a O O nasta aaa nemo 9 CHAPTER 2 SPECIFICATION usares a au Q uwa u a a 10 CHAPTER 3 CONSTRUCTION amp INDICATORS 11 FRONT PANE se L Ze uu gua aya DR e aa 11 PI A A 13 How TO CONNECT RC581 FE MEDIA CONVERTER rene rn 13 RIMSCABLTE MAKING EXAMPEE o um m u se uD Sus sS S SS suu ee 15 PPPLYING POWER SUPPLY TO O nais uy k uu u mu l D SS L l AR ieee ee 16 CHAPTER NOTICE aura aan aQ suo ala QS IE niendo 17 www raisecom com About This M User Manual Preface anual This manual indicates how to physically install and configure RC581 FE media converter also introducing its features and components This manual introduces the standard installation procedures and connecting cable specifications to the customer This manual is regarding to the hardware installation and configuration of RC581 FE media converter For software configuration please refer to RC381 Configuration User Manual Who Should Read This Manual Compliance Sales and marketing engineers after service staff and telecommunication network design engineers could use this manual as a valuable reference If you want to get an overview on features applications architectures and specifications of Raisecom RC series integrated a
5. RA SECOM Www raisecom com TA RC581 FE Installation User Manual Jun 15 2006 Legal Notices Raisecom Technology Co Ltd makes no warranty of any kind with regard to this manual including but not limited to the implied warranties of merchantability and fitness for a particular purpose Raisecom Technology Co Ltd shall not be held liable for errors contained herein or direct indirect special incidental or consequential damages in connection with the furnishing performance or use of this material Warranty A copy of the specific warranty terms applicable to your Raisecom product and replacement parts can be obtained from Service Office Restricted Rights Legend All rights are reserved No part of this document may be photocopied reproduced or translated to another language without the prior written consent of Raisecom Technology Co Ltd The information contained in this document is subject to change without notice Copyright Notices Copyright 2006 Raisecom All rights reserved No part of this publication may be excerpted reproduced translated or utilized in any form or by any means electronic or mechanical including photocopying and microfilm without permission in Writing from Raisecom Technology Co Ltd Trademark Notices RA SECOM is the trademark of Raisecom Technology Co Ltd Java is a U S trademark of Sun Microsystems Inc Microsoft is a U S registered trademark of M
6. ccess devices you could find useful information in this manual as well The RC series products developed by Raisecom are strictly complied with the following standards as well as ITU T IEEE IETF and related standards from other international telecommunication standard organizations YD T900 1997 SDH Equipment Technical Requirements Clock YD T973 1998 SDH 155Mb s and 622Mb s Technical conditions of optical transmitter module and receiver module YD T1017 1999 Network node interface for the Synchronous Digital Hierarchy SDH YD T1022 1999 Requirement of synchronous digital hierarchy SDH equipment function YD T1078 2000 SDH Transmission Network Technique Requirements Interworking of Network Protection Architectures YD T1111 1 2001 Technical Requirements of SDH Optical Transmitter Optical Receiver Modules 2 488320 Gb s Optical Receiver Modules YD T1111 2 2001 Technical Requirements of SHD Optical Transmitter Optical Receiver Modules 2 488320 Gb s Optical Transmitter Modules YD T1179 2002 Technical Specification of Ethernet over SDH G 703 Physical electrical characteristics of hierarchical digital interfaces G 704 Synchronous frame structures used at 1544 6312 2048 8448 and 44 736 kbit s hierarchical levels G 707 Network node interface for the synchronous digital hierarchy SDH www raisecom com User Manual G 774 Synchronous digital hierarchy SDH Management information model for the network element view G 781
7. e as below 1 baud 9600 2 data bit 8 3 stop bit 1 4 Parity None 5 Flow Ctrl None b Connect to Ethernet Ethernet Electrical Port RC581 FE media converter provides one 10 100M auto negotiation Ethernet Electrical Port and the default setting is enabling the auto negotiation When enabling the auto negotiation function RC581 FE media converter has Auto MDI MDIX function and is able to automatically switch between the MDI signal and MDIX signal Whatever the device connecting to RC581 has MDI port or MDIX port and whatever straight through cable or Crossover cable 1s deployed 1t can work well Please refer to the chapter The console cable pin definition for the RJ45 Plug and RJ45 Pim Number The following table describes the MDI and MDIX signal MDLX Signal MDI Signal 1 When disabling the Ethernet auto negotiation function RC581 FE Ethernet Electrical port is MDI X and it can connect the MDI port PC via the straight through cable Ethernet Optical Port RC581 FE media converter provides one 100M Ethernet optical port and 1t always works as 100M full Duplex TA TX RX RX RC581 FE optical port Third party optical port c Applying the Power Supply RC581 FE media converter adopts the 115V 220V AC power and connects the power connector in the back panel and the 115V 220V AC power via the attached power cord Note RC581 FE media converter does NOT have the power switch
8. han software configuration of the same function The configuration functions are electrical port auto negotiation enable disable electrical port data rate electrical port duplex mode optical port ALS reserved reserved remote management enable disable reserved optical port to electrical port fault propagation and electrical port to optical port fault propagation Configuration explanation Electrical port ON Ir he electrical port is manually configured auto negotiation The electrical port is auto negotiation When manually configuring electrical port the speed is 10Mbps 2 Electrical port data rate N When manually configuring electrical port the speed 1s 100Mbps N When manually configuring electrical port O the mode 1s half duplex when auto negotiation fails the mode is half duplex 3 Electrical port duplex mode O O FF When manually configuring electrical port FF the mode is full duplex when auto negotiation fails the mode is half duplex FF F lonas 5 Reserved Reserved Reserved Disable fault propaeation function the electrical port 1s always working If local electrical port 1s disconnected shut NE E E If there is no receiving signal at local optical port or remote optical port shut down local N electrical port if electrical port to optical port Optical port to electrical fault propagation is enable at remote side and port fault propagation remote electrical port is down shut down loca
9. icrosoft Corporation Windows NT is a U S registered trademark of Microsoft Corporation Windows 2000 is a U S registered trademark of Microsoft Corporation Windows XP is a U S registered trademark of Microsoft Corporation Windows and MS Windows are U S registered trademarks of Microsoft Corporation Contact Information Technical Assistance Center The Raisecom TAC Is available to all customers who need technical assistance with a Raisecom product technoloey or solution You can communicate with us through the following methods Add 1120 Haitai Tower 229 Fourth North Loop Middle Road Haidian District Beijing 100083 Tel 86 10 82884499 Ext 878 International Department Fax 86 10 82885200 86 10 82884411 World Wide Web Feedback You can access the most current Raisecom product information on the World Wide Web at the following URL http www raisecom com Comments and questions about how the NView EMS system software works are welcomed Please review the FAQ in the related manual and if your question is not covered send email by using the following web page http www raisecom com en xcontactus contactus htm If you have comments on the NView EMS specification instead of the web page above please send comments to export raisecom com We hope to hear from you www raisecom com User Manual CONTENTS CHAPTER 1 SYSTEM OVERVIEW caca 7 AUDIENCE aa E E sS ASS ene G 7 ES WC C
10. l electrical port ON 10 Electrical port to optical down local optical port port fault propagation OF Disable fault propagation function the optical port is always working Note the default configuration is all OFF Rear Panel Only 220V AC power supply is provided at the rear panel of RC581 FE media converter Introduction to the rear panel 1 220V AC power supply socket How to Connect RC581 FE Media Converter a Connect the console port of RC581 RC581 FE media converter uses RJ45 connector to provide RC232C protocol based console port The console port can be connected to PC serial port using the console cable provided with RC581 device RC581 can be configured and managed by PC console gt The console cable pin definition RC581 FE media converter adopts RJ45 connector for the console port The pin definition of RJ45 plug and socket is as follows RJ45 Plug RJ45 Socket The following table describes the function of Console pin of the RC581 FE media converter gt The definition of PC Serial Port Signal The following figures show the number of the PC 9 pin serial plug and the functions 1 gt 00000 DOOM 7 5 g cD _ o ses L or ow gt CONSOLE Port connection and configurations The following figure shows the connection between the Console port and PC Serial port 2 Ra e RxD 3 5 GND lt p 4 5 RECI R Sg 1 FE Console The connection settings of the PC Terminal ar
11. r Auto negotiation Auto negotiated port will adjust its data rate to the feasible highest data rate according to the other device port rate and duplex mode Full duplex The device will be able to send and receive data simultaneously under this mode Half duplex The device will only be able to send or receive data at a certain time RJ45 An eight pin connector that used as the connector of twisted pair cable MDI Medium Dependent Interface MDIX Medium Dependent Interface Crossover Reference RC581 Command Guide Raisecom RC581 Configuration User Manual Raisecom Chapter 2 Specification RC581 FE is a 10 100Mbps Ethernet media converter that implements SNMP and OAM management functions Its basic configuration Includes 1 10 100Mbps Ethernet electrical Interface 1 100Mbps optical interface and 1 console port The system power consumption 1s less than 10W The dimensions of RC581 FE media converter are 38mm height 260mm length 130mm width It weighs 2 5kg and can be placed on the table The specification of RC581 FE optical interface is as follows Optical electric Wavelength Launch power Receiving Distance Type of optical port diode EN EXA CE dB Km ss o m s as o om se e m s as o om sm um m um 40 2 um e e fm um 22 2 um The working environment of RC581 FE media converter Working temperature O 45 C Storage temperature 25 60 C Relative humidity 5 90 Chap
12. rcations Chapter 9 ARP management configuration Introduce the basic ARP conceptions and configurations for the RC581 series demarcations Chapter 10 SNMP configuration Introduce the basic SNMP conceptions and configurations for the RC581 series demarcations Chapter 11 System log configuration Introduce the basic conceptions and configuration methods of system log configuration for the RC581 series demarcations Chapter 12 System clock Introduce the system clock configuration methods for the RC581 series demarcations Chapter 13 Malfunction location command Introduce the using of malfunction location command for the RC581 series demarcations Chapter 14 VLAN configuration Introduce the basic VLAN principles and the configuration methods for the RC581 series demarcations Chapter 15 ACL and network security configuration Introduce the using and configuration methods for the RC581 series demarcations Chapter 16 QoS configuration Introduce basic QoS principles and configurations for the RC581 series demarcations Chapter 17 Customer network Introduce the basic theories and configuration of user network for the RC581 series demarcations Chapter 18 OAM Introduce the basic OAM principles and configuration methods for the RC581 series demarcations ABBREVIATION 10Base T Manchester coded 10Mbps Ethernet over Cat 3 twisted pair or better 100Base TX 4B 5B coded 100Mbps Fast Ethernet over two pairs of Cat 5 twisted pai
13. ter 3 Construction amp Indicators Front Panel The front panel of RC581 FE media converter Includes 1 10 100Mbps Ethernet electrical interface 1 100Mbps optical interface 1 console port 1 10 digits dip switch and status indicators RA SECOM CO NEOLE PORT PORT RC581 FF Tx R 1 Panda ll ZEN TLE T LARET OFF tons i a O D E am a a HAR LE FE Introduction to the front panel 1 The part number and logo RC581 FE 2 Two status indicators SNMP and PWR SNMP Green Flashing Transceiving SNMP management data No SNMP management data PWR G The system power 1s on reen The system power 1s down 3 Console port 4 1 100Mbps optical port Port 1 two indicators TLK ACT and RLK The optical port is up TLK ACT Green Flashing The optical port is transceving data The optical port 1s down The optical port receives signal Green I RLK The optical port does not receive signal 5 1 10 100Mbps Ethernet electrical port Port 2 three indicators LNK ACT 100M and FDX LNK ACT 10M 100M Green f On The electrical port is at 100M data rate 100M Green ws E 100M Off The electrical port is at 10M rate or abnormal or down Green The electrical port is at full duplex mode ROR RE Off The electrical port 1s at half duplex mode or down 6 10 digits dip switch 1s used to configure the device port working mode The configuration of dip switch is less prioritized t
14. tional characteristics of ATM equipment IEEE 802 10 Virtual Local Area Networks LANSs IEEE 802 1p Traffic Class Expediting and Dynamic Multicast Filtering IEEE 802 3 CSMA CD Access Method and Physical Layer Instruction www raisecom com User Manual Chapter 1 System Overview Audience This guide is compiled only for those professionals who need to configure the RC581 series demarcations It mainly introduces the functional modules theories and features as well as the configuration guide for the modules Structure This guide includes the following parts Chapter 2 Summarization Systematically introduce the functional features of RC581 series demarcations Chapter 3 Command line of system Introduce how to use the command line to configure the RC581 series demarcations Chapter 4 Command line configuration Introduce the function and configuration methods of RC581 series Ethernet demarcations Chapter 5 Bandwidth management function configuration Introduce the bandwidth management function and configuration methods for the RC581 series demarcations Chapter 6 Physical layer interface configuration Introduce the configuration of physical layer interface for the RC581 series demarcations Chapter 7 Layer 3 interface configuration Introduce the configuration of Layer 3 interface for the RC581 series demarcations Chapter 8 RMON configuration Introduce the basic RMON conceptions and configurations for the RC581 series dema
Download Pdf Manuals
Related Search