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1. Chi Tx Active Enable v Chi Loopback of v Control options for the Transponder line card include enabling or disabling Ch2 Tx Active Ensble Ch2 Loopback of SET either channel and doing optical loop back for troubleshooting optical Retresh Status network problems The setting changes are done when the SET button is clicked This page requires manual refreshing by clicking the Refresh Status button 49 Chapter 4 Management with SNMP 4 5 4 PROTECTION The protection card allows the WAN fiber connection to be redundant using 2 fiber pairs The switching supports three methods which are defined as follows 1 Auto In this mode transmission will fallback to secondary fiber pair if the primary fiber pair is broken and will return to the primary pair when the primary pair s transmission capability is restored This mode ensures maximum use of the primary fiber pair at all times 2 Semi Auto In this mode transmission will fallback to the secondary pair if the primary fiber pair is broken but will not return to the primary pair when it s transmission capability has been restored Transmission will only resume operation on primary pair if the secondary pair suffers fault This mode minimizes the switching loss lt 5Oms anytime the fiber transmission switches pairs 3 Manual In this mode the fiber switching is done completely manually and under operator control Chassis ID Slot
2. optical protection 8 1 ch Mux Demux Agent network config SNMP System Configuration Setup manager network config _ network config lt M gt SNMP Manager Configuration Setup Password Setup Reboot Logout Please select an item 4 2 SNMP System Configuration Select item L use either upper or lowercase letter it doesn t matter to do SNMP System Configuration Setup The following is the factory default MAC address will of course be different on every unit kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CTC UNION TECHNOLOGIES CO LTD Sigma Links 2000 SNMP VER 1 15 FOR OR OR OR OR OR OR ROR ROR ROK ROR ROR ROR ROR RK RR RK RK RK RK lt lt SNMP System Configuration Setup gt gt lt 1l gt lt 2 gt cdi lt 4 gt z553 lt 6 gt lt 7 gt Model SIGMA 2000 S N 606001 MAC Address Target Target Target Target Target TFTP Server IP TFTP Download File IP Netmask Gateway Name 00 02 ab 0d 22 e6 192 168 1 200 255 255 255 0 192 168 1 SML2000 192 168 1 image 001 254 100 Load default and write to system lt ESC gt Write to system and go to previous menu Please select an item key in entries for all TCP IP agent Target IP 172 24 1 132 Target Netmask 255 255 0 0 The following TCP IP configuration must be done in order to access the SNMP agent via IP Here are sample items Target Gateway 172 24 190 254 Target Name SL2000
3. LTD xxx Sigma Links 5000 Console Ver 1 02 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkxk CHASSIS ID 00 SLOT 12 gt 8181 8 1 MUX DEMUX m Ver 0 01 0 0 0 1 U Firmware Upgrade Press lt ESC gt to previous menu 38 Chapter 3 Configuration and Operation Fan Module and Environmental Settings The fan module is a Field Replaceable Unit FRU that contains 5 user replaceable cooling fans The Controller monitors the fans speed and will report an alarm if any fan falls out of specification Additionally the fan control may be configured in an always on mode or in an automatic mode that enables the fans only when the chassis temperature reaches a threshold temperature kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CTC UNION TECHNOLOGIES CO LTD Sigma Links 5000 Console Ver 1 02 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CHASSIS ID 00 SLOT 18 gt 9051 5 FANs FAN 1 2 3 4 5 3825rpm 3735rpm 3690rpm 1 3645rpm 3780rpm I MODE ALL ON Please select the items lt ESC gt to previous menu Three modes are available for the fan setting All fans ON All fans OFF or fan control automatic depending on chassis internal temperature kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk ERE CTC UNION TECHNOLOGIES CO LTD Sigma Links 5000 Console Ver 1 02 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CHASSIS ID 00 SLOT 18 gt 9051 5 FANs FAN 1 2 3 4 5 3780rpm 369
4. Middle Ground aade V GND V Figure 2 2 IEC AC power and DC terminal block connector pin assignment 2 5 AC DC Power Module Installation The AC and DC power modules for SigmaLinks are hot pluggable power modules that slide in and out of the chassis from the front on the SigmaLinks 5000 or from the rear on the SigmaLinks 2000 In the dual AC or dual DC chassis application two AC or DC power modules may be installed In the mixed AC DC application one AC and one DC power module are installed The location left or right does not matter Please refer to figure 2 3 The chassis is fully capable of being utilized with only one power module however there is no redundant power protection if only one power module is used SigmaLinks 5000 DC Power Module Hot swappable Pai P 18 56VDC or 36 72VDC SigmaLinks 2000 AC Power Module Hot swappable 90 264VAC Figure 2 3 Install the Power Modules into the SigmaLinks 2000 5000 chassis 22 Chapter 2 Installation 2 6 Control Card Removal Replacement 5000 only The control card provides local control via LCD menu or serial console port monitoring of chassis environment temperature voltages etc and controls the automatic operation of the cooling fans On the SigmaLinks 5000 the control card is located in the chassis front lower center and is removed by loosening the two thumb screws and pulling the unit straight out by the thumb screws Replacement is followed i
5. Power Module Specifications Dimensions 90mm wide x 41mm high x 210mm deep Includes an integral 40mm cooling fan One power module is sufficient to power an entire chassis AC model Input Voltage 90 264VAC Input Frequency 47 63Hz Output Voltage 12VDC Output Current 8 5A Output Power 100watts DC model 1 Input Voltage 18 56VDC Output Voltage 12VDC Output Current 8 5A Output Power 100watts DC model 2 Input Voltage 36 72VDC Output Voltage 12VDC Output Current 8 5A Output Power 100watts Chapter 1 Introduction 1 5 Introduction to CWDM In 2001 CWDM technology was introduced to lower the cost of metro network deployments As shown in Figure 3 CWDM uses wide 20nm wavelength spacing and this enables the use of low cost un cooled lasers and low cost thin film optical filters 3 0 S c L 5B ag O Band Band Band Band po dd 1260 1360 1460 1530 1565 3 20 1530 1565 1625 5 DWDM S 1 5 EDFA Dea y ei fm 159 10 yo amp 05 e P 0 0 1200 1300 1400 1500 1600 Wavelength nm Figure 3 CWDM optical bands based upon ITU T G 694 2 The SigmaLinks 2000 5000 uses the CWDM wavelengths in the S C and L bands Starting from the 1471nm band 4 bands are used in the 4 channel MUX DEMUX line card 1471 1491 1511 amp 1531 In the 8 channel MUX DEMUX line card 8 bands are used 1471 1491 1511 1531 1551 1571 1591 amp 1611 In the 4 1 or 8 1 MUX DEMUX line cards an add
6. inch forward mounting 19 inch center mounting 23 inch center mounting los oi Figure 2 1 Chassis mounting options It is recommended that the SigmaLinks chassis be mounted into the rack cabinet prior to installing any required power modules and line cards Without cards the chassis is still quite heavy but it can easily be installed by a single person WARNING A fully loaded chassis is very heavy and unbalanced Dropping a fully loaded chassis would result in severe damage to the chassis and line cards as well has pose a serious safety hazard resulting in bodily injury to the installation personnel Only trained and qualified personnel should be allowed to install replace or service this equipment 2 4 Electrical Installation WARNING Proper polarity must be observed for DC power connections or severe electrical damage may occur to the chassis Always confirm the polarity with a voltage meter before inserting line cards or powering on the mains switches With an AC power module AC power is supplied to the SigmaLinks through a standard IEC 3 prong receptacle located on the front of the module With a DC power module DC 48V is connected to the terminal block observing the proper polarity The SigmaLinks should always be grounded through the protective earth lead of the power cable in AC installations or via the ground connection for DC installations 21 Chapter 2 Installation Left Live line Right Natural line md er j ae
7. to left when viewed from the front of the chassis and there are 17 slots Slot 18 is designated for the Field Replaceable Unit fan assembly which is installed in the rear of the chassis From this menu press any alphanumeric key from 1 9 or a I to configure the component in that slot In the next example we will show the configuration menu for the transponder card located in slot 10 To enter the configuration wo menu press a or A The menu on the next page will be shown 35 Chapter 3 Configuration and Operation Transponder Card Configuration kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk kkk CTC UNION TECHNOLOGIES CO LTD xxx Sigma Links 5000 Console Ver 1 02 CHASSIS ID 00 SLOT 10 gt 8012 2 TRANSPONDER125 Ver 1 00 0 0 1 1 Vender Name Vender Part Number Wavelength nm FIBERXON INC FTM 3125C L40 Empt Empt APAC Opto KS38 C3L TC N CLIENT FIBERXON INC FTM 3125C L40 1 Ch 1 Tx Active Enable 2 Ch 1 Loopback OFF 3 Ch 2 Tx Active Enable 4 Ch 2 Loopback OFF U Firmware Upgrade Please select the items lt ESC gt to previous menu The 8012 Transponder is a line card that provides the bi directional lambda translation from one optical frequency to another for two separate channels The 8012 supports SFP optical transceivers that operate at 1 25GHz for gigabit Ethernet or 1Gbit Fiber Channel The terminal display will reveal the transponder card s version an
8. where personal injury or death may occur Should the Buyer purchase or use a CTC Union product for any such unintended or unauthorized application the Buyer shall indemnify and hold CTC Union Technologies and its officers employees subsidiaries affiliates and distributors harmless against all claims costs damages expenses and reasonable attorney fees arising out of either directly or indirectly any claim of personal injury or death that may be associated with such unintended or unauthorized use even if such claim alleges that CTC Union Technologies was negligent regarding the design or manufacture of said product TRADEMARKS Microsoft is a registered trademark of Microsoft Corp HyperTerminal is a registered trademark of Hilgraeve Inc WARNING This equipment has been tested and found to comply with the limits for a Class A 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 instruction manual may cause harmful interference in which case the user will be required to correct the interference at his own expense NOTICE 1 The changes or modifications not expressively approved by the party responsible for compliance could void the user s authority to operate the equipmen
9. 0rpm 3645rpm 3780rpm 3825rpm 1 MODE ALL ON 1 AUTO 2 ALL ON 3 ALL OFF Please select the items lt ESC gt to previous menu 39 Chapter 3 Configuration and Operation Control Card Configuration A Control Card is required in every SigmaLinks chassis From the main menu press j to enter the configuration screen The controller monitors the chassis internal temperature in three locations and monitors the DC output voltage and fan status for the installed power supplies The following is a typical display for a SigmaLinks chassis that has one AC and one DC supply kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk KEF CTC UNION TECHNOLOGIES CO LTD xxx Sigma Links 5000 Console Ver 1 02 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CHASSIS ID 00 CONTROL Card Ver 1 02 0 2 1 1 Temp LEFT CENTER RIGHT Alarm Major Minor ACO 23C 25C 23 NC NC Disable TYPE OUT FAN PWR 1 DC36 72V 100W FAULT Orpm PWR 2 AC90 264V 100W NORMAL 7020rpm 1 Alarm Relay ALL ON 2 Modify Login Password U Firmware Upgrade Please select the items lt ESC gt to previous menu Note that in the above example the DC supply is showing a fault status and the fan is not moving This is probably an indication that there is no incoming DC voltage The AC supply is working normally The following shows the setting of the Alarm Relays for activation with Major alarms only Mi
10. D Sigma Links 2000 SNMP VER 1 15 FOR OK KR OR OR ROR OK ROK ROK ROR RK ROR ROK RK RK RK RK RK RK AK SNMP Manager Configuration Setup gt gt Manager s IP Community String Access 1 12 123 1 16 1234567890123456 read only 192 168 0 0 24 public read write Command Function Key lt 1 gt lt D gt lt N gt lt S gt lt ES Ple Are lt 8 gt Edit manager 1 to 8 setting Delete all settings Go to Trap Configuration menu Confirm above setting and restart SNMP C gt Back to main menu without modification ase select an item Key in D to clear all previous settings you sure to delete all settings Y or N l y 45 Chapter 4 Management with SNMP Now select the first manager with 1 one and key in as per this example These settings are required so manager can access the SigmaLinks SNMP and receive trap messages 1 Manager s IP default 192 168 0 0 24 or for disable 172 24 1 125 Community public Read Write Y or N y kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CTC UNION TECHNOLOGIES CO LTD Sigma Links 2000 SNMP VER 1 15 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkxk lt lt SNMP Manager Configuration Setup gt gt Manager s IP Community String Access 1 172 24 1 125 public read write 2 3 gt 4 5 6 as Siy 7 8 a gt Command Function Key lt 1l gt lt 8 gt
11. E E E E EE E iS 48 4 5 T MUX DEMU X i ee E E AAEE E E A E a e E ER 49 455 2 OADM aat in A A A AAA aR A A E E A E cid 49 435 3 TRANSPONDER E EET E E tire 49 AD A PROTECTION pr a e a E ie 50 4 5 5 SNMP MANAGER toee eea E E E S EE AEE EKA E E EEEE 50 455 6 TRAP MANAGER vidna o ii REE a K ENS A SEE e EE Tee 51 45T CONTROL A aa e aa oaeee aaae a E EAEE EE EE EEIE eaa oE RERE eara LE AEEA E a raS 51 ANS SB SNMP A A Stl a a A R ios 52 Appendix Acusan aaa 1 A 1 MIB Detailed Str ctie corsa dal AIRE ie ii ida dias los dis 1 SS Trap Codes iss cssscisdsssesssssssuscasdstystapshnaseessseussebseavecadeeevesvocseusseddssysscsssapedussanveves sdbasdseyssvvessvesasaseveseneseuisedeavbassbesspeosediensy 2 Table of Contents Chapter 1 Introduction Chapter 1 Introduction 1 1 Introduction Thank you for choosing SigmaLinks 2000 5000 CWDM Coarse Wavelength Division Multiplexer a transport technology whose cost point and performance meet market demands The SigmaLinks 2000 5000 has been designed to compete with carrier class products but at an affordable price which allows metro customers to provide a powerful metro network solution Due to the high price of DWDM systems the call for CWDM products has been increasing offering both low first in cost and a quick ROI Increased usable bandwidth equates to increased revenue and this increase may be easily realized by investing in CWDM technology Based upon the standards set forth in ITU T G 695 the Sigma
12. Edit manager 1 to 8 setting lt D gt Delete all settings lt N gt Go to Trap Configuration menu lt S gt Confirm above setting and restart SNMP lt ESC gt Back to main menu without modification Please select an item Press S to confirm and save settings The terminal will display The settings were modified 46 Chapter 4 Management with SNMP 4 4 SNMP Trap Configuration Traps are unsolicited messages sent by the SNMP agent to the manager workstation They usually are sent as the result of some alarm issued by the SNMP agent Select item N use either upper or lowercase letter it doesn t matter to do Trap Configuration The following is the factory default kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CTC UNION TECHNOLOGIES CO LTD Sigma Links 2000 SNMP VER 1 15 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk lt lt Trap Configuration Setup gt gt Trap Receiver IP Community String 1 123 12 1 123 1234567890123456 2 3 4 5 6 7 8 192 168 0 20 public Command Function Key lt l gt lt 8 gt Edit trap receiver 1 to 8 setting lt D gt Delete all settings lt N gt Go to Manager Configuration menu lt S gt Confirm above setting and restart SNMP lt ESC gt Back to main menu without modification Please select an item Clear the current settings by entering D The settings were modified Are you su
13. FRU replaced at the customer s site in less than a minute Then the failed FRU may be repaired with new fan at a repair center The fan assembly is held with two thumb screws that are loosened to remove the assembly Replacement requires aligning the connector seating the assembly and re tightening the thumb screws Figure 2 6 Replacing the fan assembly for the SigmaLinks 5000 Figure 2 7 Replacing a fan in the SigmaLinks 2000 25 Chapter 2 Installation 2 9 Expansion Chassis The SigmaLinks 5000 chassis may be stacked up to 6 chassis with monitoring and configuration done by a single SNMP card in the master chassis The below figure shows the master chassis on top with ID set to 0 The RS 485 bus output cascades to the next unit s input connector with ID set to 1 and so on Use any Cat 3 4 5 or 6 Ethernet patch cable to connect the chassis Use a straight cable PC to HUB not a crossover PC to PC cable PUDEL MOD AAA d TT AE EEEE TEE POD OL MADE OEE TT EVEDEDEREEDEDELE ELT PUD OL AMAR OE DELO eT E HAEE ETL Figure 2 8 Connecting multiple chassis by cascading for the SigmaLinks 5000 26 Chapter 2 Installation 2 10 Alarm Connections 27 Chapter 3 Configuration and Operation Chapter 3 Configuration and Operation This chapter will explain the configuration procedures for the SigmaLinks 5000 including the LCD menu key operation and serial console operation SNMP and Telnet operation are reserved for
14. Links 2000 5000 has been designed to fill the demand for a low cost highly configurable modularized CWDM design that includes options for redundancy and remote management 1 2 Description The SigmaLinks 2000 5000 series systems are high performance wavelength division multiplexers that provide bidirectional data communication They are designed for communication over optical links in which different devices or applications are communicating over multiple fibers Using wavelength conversion several devices can communicate while being connected over one duplex fiber two single fibers The SigmaLinks 2000 5000 series systems expand the distance and application capabilities of existing local area networks LANs metropolitan area networks MANs and storage area networks SANs They are protocol independent and can support virtually any fiber optic device with speeds up to 2 5Gbps STM 16 OC 48 1 2 1 SigmaLinks 2000 The SigmaLinks 2000 is housed in a two rack unit 2RU standard 19 chassis The chassis are designed to hold two hot swappable power supplies of either auto ranging AC 90 264 VAC or DC 18 56VDC or 36 72V DC type Minimally one power module is required and may be either AC or DC When two modules are installed the supplies provide redundant power in case of single supply failure Any power module type may be installed without restrictions The Controller in the SigmaLinks 2000 is built in and provides a local management interfa
15. Part No Type Version 00 03 8210 Protection 0 02 0 0 0 1 Primary Rx Power Level 62 dBm Control options for the Protection line Secondary Rx Power Level 62 dBm card include setting the protection Working Path SEC mode see above for description and the detection level If the receive Protect Mode Auto v level on the working pair falls below the detect level threshold setting the transmission will switch to the other fiber pair in auto or semi auto The setting changes are done when the SET button is clicked This page requires manual refreshing by clicking the Refresh Status button Detect Level 5dB y SET Refresh Status 4 5 5 SNMP MANAGER You may add or change managers workstations running Network Management programs through this web interface Manager Information Manager IP Community String Access 1 172 24 1 125 16 public Oread onty read write 2 read onty read write 3 read onty Oread write 4 read onty O read write 5 read only O read write 6 read only Oread write 7 read only Oread write 8 read only Oread write L SET j The Manager IP can be default 192 168 0 100 or 192 168 0 0 24 format Set the IP and subnet of manager the SNMP community string and the access permission from this screen Click Set 50 Chapter 4 Management with SNMP 4 5 6 TRAP MANAGER You may add or change managers workstations running Network Management prog
16. TFTP Server IP 172 TFTP File s12v115 bin agent s IP and subnet network s default gateway 8 or less alphanumeric 24 1 125 TFTP info for upgrading lt lt lt 1 gt e255 lt 3 gt lt 4 gt lt 5 gt lt 6 gt lt 7 gt lt ES Ple Chapter 4 Management with SNMP After completing all key in data your screen might look something like this kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CTC UNION TECHNOLOGIES CO LTD Sigma Links 2000 SNMP VER 1 15 FOR OK OR OR OR OR ROR ROR OK ROK ROK ROK ROK RK RK RK RK RK RK EK SNMP System Configuration Setup gt gt Model SIGMA 2000 S N 606001 Target MAC Address 00 02 ab 0d 22 e6 Target IP 172 24 1 132 Target Netmask 255 255 0 0 Target Gateway 172 24 190 254 Target Name SL2000 TFTP Server IP 172 24 1 125 TFTP Download File s12v115 bin Load default and write to system C gt Write to system and go to previous menu ase select an item If you are satisfied with all settings press ESC and the settings will immediately be saved and you will be taken back to the main menu The terminal will display the message The settings were modified 4 3 SNMP Manager Configuration Direct access of the chassis with web browser is now possible see 4 5 or select M to do SNMP Manager Configuration Setup lt lt 1 2 3 4 5 6 7 8 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CTC UNION TECHNOLOGIES CO LT
17. USER MANUAL SigmaLinks 2000 5000 Metro CWDM 6 Slot amp 17 Slot Rack gt di eis ey E A Loa y 4 Pri a tn fi io ut ry lt 6 1 B 7 f le E E rr l r g i m k oe ee li 4 sj i o Ys bl wr J a 4 J UN rr i E al MA j ji hall J y aay F Hi CIC CTC Union Technologies Co Ltd The information in this publication has been carefully checked and is believed to be entirely accurate at the time of publication CTC Union Technologies assumes no responsibility however for possible errors or omissions or for any consequences resulting from the use of the information contained herein CTC Union Technologies reserves the right to make changes in its products or product specifications with the intent to improve function or design at any time and without notice and is not required to update this documentation to reflect such changes CTC Union Technologies makes no warranty representation or guarantee regarding the suitability of its products for any particular purpose nor does CTC Union assume any liability arising out of the application or use of any product and specifically disclaims any and all liability including without limitation any consequential or incidental damages CTC Union products are not designed intended or authorized for use in systems or applications intended to support or sustain life or for any other application in which the failure of the product could create a situation
18. adable up to 6 chassis total or 102 slots In the cascade configuration only a single SMNP card is required in the master chassis to completely manage the entire system AC Power Module Main Chassis Intelligent Fan Hot swappable SRU 19 or 23 Field replaceable 90 264VAC rack mountable DC Power Module Control Card Hot swappable Line Cards For local control via 18 56VDC or Hot swappable LCD menu or Craft 36 72 VDC Figure 2 SigmaLinks 5000 Major Components Chapter 1 Introduction 1 3 General Chassis Specifications 1 3 1 SigmaLinks 2000 Format 2RU Dimensions 44 5cm wide x 8 9cm high x 25cm deep Slot Capacity 6 total supports 5 Line cards SNMP Power Modular Redundant 90 264VAC 18 56VDC or 36 72VDC module Fan Assembly 2 x 60mm fans temperature threshold activated fault monitored field replaceable Miscellaneous 3 internal temperature sensors Major Minor Alarm contacts Air Flow The airflow system includes air intakes located in the face of each line card and field replaceable fans at the rear of the chassis The chassis internal air temperature controls the activation of the fans in auto mode The state of the fans can either be observed through SNMP or it can be read off the fan LEDs on the controller on the front of the chassis A red light signals that a fan is not working properly which does not necessarily endanger the functioning of the air flow system because there is a back
19. ce serial console as well as providing power and environmental management Two fans are built into the rear of the chassis and are managed by the Controller Each chassis may hold up to 6 line cards in any order or in any slot and all line cards are hot swappable 6 Slots for Line Cards Hot Swappable Main Chassis 2RU 19 or 23 rack mountable LED Indicators Serial Console Alarm Contacts AC Power Module Hot swappable 90 264 VAC DC Power Module Hot swappable 18 56VDC or 36 72VDC Cooling Fans Figure 1 SigmaLinks 2000 Major Components 7 Chapter 1 Introduction 1 2 2 SigmaLinks 5000 The SigmaLinks 5000 is housed in a five rack unit SRU standard 19 chassis The chassis are designed to hold two hot swappable power supplies of either auto ranging AC 90 264VAC or DC 18 56VDC or 36 72VDC type Minimally one power module is required and may be either AC or DC When two modules are installed the supplies provide redundant power in case of single supply failure Any power module type may be installed without restrictions A Control Card is inserted into each rack to provide a local management interface LCD and serial console as well as to provide power and environment management A fan module is inserted into the rear of the chassis and is managed by the Control Card Each chassis may hold up to 17 line cards in any order or in any slot and all line cards are hot swappable The chassis is designed to be casc
20. console cable only requires a 1 1 connection since the port on the SigmaLinks is DCE and the PC s COM port is DTE Once the serial communication is established with the SigmaLinks the following terminal display will be shown with a prompt to enter the password The default password from the factory is 0000 four zeros no quotes Note if the console does not display immediately press the Space Bar once kkkkkkxkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk x kk CTC UNION TECHNOLOGIES CO LTD xxx Sigma Links 5000 Console Ver 1 02 KEKE KEK KKK KKK KEKE KKK KEKE KE KK KK KEKE KKEKKEKKKKKEEEK CHASSIS ID 00 SYS Login After entering the proper password the main display window will be displayed showing the chassis ID number and an inventory of all the inserted line cards kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk kk CTC UNION TECHNOLOGIES CO LTD xxx Sigma Links 5000 Console Ver 1 02 kkxkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CHASSIS ID 00 11 gt 8210 Protection 12 gt 8181 8 1 MUX DEMUX m 13 gt 14 15 16 17 gt 18 gt 9051 5 FANs CONTROL Card GQHAQWTHUAW 0 1 2 3 4 5 6 7 8 9 A NDNNNNNNNHnNMN NH 8012 2 TRANSPONDER125 Please select the items lt R gt to refresh screen Note that the current chassis shows an 8012 Transponder in slot 10 a 8210 Protection card in slot 11 and an 8 channel Mux Demux card in slot 12 The slots are numbered from right
21. d attempt to identify the manufacturer and type of SFP transceivers installed in the line card Functions are also provided to disable an individual channel or to enable loop back functions Finally the card may also be upgraded as newer firmware becomes available in the future 36 Chapter 3 Configuration and Operation Protection Card Configuration The following screen shows the protection card which is designed to provide a redundant optical path on the WAN or WDM side There are two settings for this card The protection mode which can be automatic semi automatic or manually set and the detection level that forces the auto or semi auto switch to redundant fiber pair Firmware upgrade is also available for this card when future versions are released kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk kkk CTC UNION TECHNOLOGIES CO LTD Sigma Links 5000 Console Ver 1 02 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CHASSIS ID 00 SLOT 11 gt 8210 Protection Ver 0 02 0 0 0 1 PRI Rx Power SEC Rx Power Working Path 62dBm 62dBm PRI 1 Protect Mode AUTO 2 Detect Level 33dB U Firmware Upgrade Please select the items lt ESC gt to previous menu The following menu displays the setting options for the protection mode kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk ERE CTC UNION TECHNOLOGIES CO LTD xxx Sigma Links 5000 Console Ver 1 02 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk
22. e display will show the current operating RPM for each fan automatically one at a time FANx xxxx rpm The very last major menu item dealing with the chassis monitoring and functions is temperature There are three temperature sensors located in the chassis in the left center and right The temperature is monitored and displayed in degrees Celsius 29 Chapter 3 Configuration and Operation Press the enter key These threshold settings are set in the program code and conneot be changed by the end user They can be viewed here for reference 1 HIGH when any sensor reaches 40C the cooling fans will start if they are set to Auto 2 OVER If a temperature sensor should reach 50C an over temperature alarm will be triggered If we continue browsing through the top level menu screen we will find all the slot IDs in the chassis For the SigmaLinks 5000 there are 17 slots which will be displayed from 17 on down to 1 For the SigmaLinks 2000 there are only 6 slots to display Here is an example of an empty slot This display identifies a 2 channel transponder card model 8012 supports up to 1 25Gbps Other cards include 2 TRANSPONDER22 2 channel tranponder model 8022 supports up to 2 5Gbps 8 1 MUX DEMUX m 8 lambda multiplexer demultiplexer 441 MUX DEMUX n 4 lambda multiplexer demultiplexer Protection model 8210 protection card OADM th
23. ehetasshecsahessidecucsussssbcoshassveshenibesesGustaeaatysesteash asbsssszcbasdssysshpusostesthastecabneutiastesshocaabeschdies 21 2 5 AC DC Power Module Installation 0 0 0 cee eecssecseesecnessecseeecesecseesecneesccsasecesaecassecsecasesecsesseesascesaecassesneeseenaeeess 22 2 6 Control Card Removal Replacement 5000 only cece cee ceeeseeeeeeeceseeeseeesecesecaecsaecsaecsaecaaecseeeeecaaesaeseneseaees 23 2 7 Installing 4 Sigmalinks Line Card 2 ovis cna cen ia die havea ak 24 238 COOLMS Fdo EI a EAE 25 2 OSE xpansion Chasis ads 26 2 10 Alarm Connec Hons issi eio aron eE hic eii asian Aa e ened 27 Chapter 3 Configuration and Operation csceescsssscssseecsseeseeecssecasesecseesecnaescesaecacssecseesecneesecsasneseeesaeceessecaeeseeneeseesaees 28 3 1 ECD Menu Operatoria rl bust VEA reaa ET A aa EEES Tias 28 3 2 Serial Console Operation renc e ee e E BLE N E A E eR Ailes 31 3 2 1 Configuring HyperTerminal sise iai oe E AEA E E 31 3 2 2 SigmaLinks Console Configuration cceceecsssscsseeeessecseesecneeecceaecsessecaeeseesecseesecnaseecsaeceesaecaeeaessesaeesesnaeseeeas 35 Chapter 4 Management with SNMP cdas aa Ea a a a ea EEEE Ora A EEEE e EEan aa AEE TES 43 4 1 Seral Console CONIL pl 43 42 SNMP System Configuration oa 44 4 3 SNMP Manager Confis uration tocata ic tebeo it id ai 45 4 4 SNMP Trap Conf Ura N ra a E a a aaa aa reaa aa Aaa r a serbia realce s c 47 4 5 Management Via Web Browse saena enteen aiaee E E E E EE
24. ent Side Wavelength depends on SFP transceiver module 1310 1550 Management Features when placed in SigmaLinks Rack only Get Status Read Card Exist Status Card Type 1 or 2 channel Line card H W F W version LED Status Link Status Transceiver Type Parameters Set Parameters Write Tx Enable Disable Diagnostic Loop back LED Definitions Power LED OFF No Power ON power on Link LED Line OFF link loss ON link Link LED Client OFF link loss ON link Tx Active OFF Tx disabled ON Tx enabled Power supply for stand alone use Power in DC 9 18V Power consumption lt 5W Environment Operating temperature 0 to 60 Degrees C 32 140 Degrees F Humidity 10 90 non condensing Storage temperature 40 to 80 Degrees C 40 176 Degrees F Mechanical Specification Dimensions 161mm H x 25mm W x 220mm D 6 3 8 x 1 x 8 5 8 Weight 860g 2 lb 16 Chapter 1 Introduction The following diagram shows the basic block diagram of a TRANSPONDER line card YJATIOSNVAL YA wugsst otet ose d 1S aa ATSOSNWAL UIT _IHaATAOSNWUL Wasa WuuossT OTET OSB dS _ HaATAOSNWUL Uadd WwuTT3T TLtT sdass HOLIMS LNIOd unszT 6 HIINITIATM SALYLS WAIA AVAA EX9T WOLOANNOO AE E SILSZHI AS SSLSZWI AS ANY AECE Od LAdLGO A8T 6 Od LOdNI XIddAS YUHMOd 17 Chapter 1 Introduction 1 11 PROTECTION Line Card The function of the Protection line card is to provide redundant ope
25. er 1 amp Detect Power 2 CPU 78E58B SEEPROM PWRI 93C66 PWR2 Alarm Relay Chassis Fan LED Slot Detect LCD Module Key 4 Temp 5000 only 5000 only 13 Chapter 1 Introduction 1 9 MUX DEMUX Line Card The function of the MUX DEMUxX card is to provide the basic multiplexing and demultiplexing of the optical channels to and from the optical WAN Type Name CWDM Mux Demux Model name 81XX General Features Channel 4 channels 4 1 channels 8 channels 8 1 channels Passive Module Requires no power Rack type card type or stand alone operation Utilizes industry standard ITU CWDM wavelengths Wavelength 4 channels 1531 1551 1571 1591 nm 4 1 channels 1311 1531 1551 1571 1591 nm 8 channels 1471 1491 1511 1531 1551 1571 1591 1611 nm 8 1 channels 1311 1471 1491 1511 1531 1551 1571 1591 1611 nm Optical input output monitoring port Full native mode performance Protocol transparent no limitation Optical connectors LC connectors Single Mode Fiber 9 125 Insertion loss 4 channels lt 3 0dB 4 1 channels lt 3 5dB for CWDM wavelength lt 1 5dB for 1310nm channel 8 channels lt 4 5dB 8 1 channels lt 5 0dB for CWDM wavelength lt 1 5dB for 1310nm channel Return loss Min 45dB Management Feature Get Status Only for rack type Card Exist status Card Type Example 4CH 4CH 1 8CH 8CH 1 with without monitoring port Line Card H W F W version Management Feature Set Configure None Power suppl
26. f the functional components such as power modules line cards and management options will also be outlined in this chapter Required Tools You will need these tools to install the SigmaLinks e Number 2 Phillips screwdriver for the 3mm and the 12 24 chassis installation screws e Wrist strap or other personal grounding device to prevent ESD occurrences e Antistatic mat or antistatic foam to set the equipment on e Level optional 2 2 Unpacking Step 1 Inspect the outside carton for any shipping damage and report immediately to your freight forwarder if any damage is visible Step 2 Place the shipping carton with the top facing up Carefully cut through the shipping tape with a box cutter knife Step 3 Open the top cover of the carton and remove any pizza box Step 4 Pull the entire chassis straight up out of the carton including the endcaps Step 5 Once the chassis is clear of the carton you may remove the endcaps Step 6 The chassis should be wrapped in a plastic bag Remove the chassis from the plastic bag Set the chassis on a secure flat surface and again inspect for any shipping damage Report any damage immediately to your freight forwarder 2 3 Rack Mount Instructions The rack mount brackets that ship with the SigmaLinks chassis allow mounting in either 19 or 23 wide rack spaces A total of four different mounting configurations are possible Please see the chassis top view graphics below 19 inch forward mounting 23
27. ies and chassis temperature to activate the chassis cooling fans when the internal temperature reaches a pre defined threshold The chassis fans may also be manually enabled via the serial control port menu system General Features LCD 16x2 with Back Light 4 Menu Keys 5000 only Back Light control by software 5000 only Console Port RS 232 async DB9F DCE 19200bps 8 N 1 8 LEDs to indicate chassis status LED Indicator Descriptions Power OFF No Power Module inserted Green Power 1 Module Exists Red Power 1 Failure Power 2 OFF No Power Module inserted Green Power 2 Module Exists Red Power 2 Failure Power 1 FAN OFF Normal Red Fail Power 2 FAN OFF Normal Red Fail Chassis FAN OFF Normal Red Fail Major Alarm OFF Normal Red Alert Minor Alarm OFF Normal Yellow Alert Chassis Link OFF No cascaded Chassis 5000 only Green Next Chassis Link Alarm Relay contacts 6 pole Terminal Block Major Alarm 1 Minor Alarm 1 256 Bytes for Parameter storage Serial EEPROM 93C66 System Status Monitor Power Module Status Power Failure Power Fan Chassis Fan Chassis ID 5000 only Controller will disable polling when SNMP Option exists Controller firmware can be upgraded from serial console port via Xmodem protocol 12 Chapter 1 Introduction The following is the block diagram of the Controller SNMP Detect RS485 Monitor Watch Dog Pow
28. is optical add drop model 8324 QN bh UN 30 Chapter 3 Configuration and Operation 3 2 Serial Console Operation 3 2 1 Configuring HyperTerminal 3 2 1 1 Introduction HyperTerminal is an accessory program provided with the basic Windows operating system The purpose of this document is to describe the setup configuration and to verify proper operation of the terminal program for later use in accessing console configuration ports of various devices 3 2 1 2 Program Startup To start the HyperTerminal program click the Window s Start button and follow the path Programs gt Accessories gt Communications gt HyperTerminal w m Games Microsoft Office an Startup BU PM CSD Sti Y Internet Internet Explorer E mail Eudora Y Paint el HyperTerminal S Outlook Express at Nero Express Command Prompt All Programs m Accessibility m Entertainment 7 System Tools QJ Address Book Calculator Command Prompt E Notepad Y Paint Program Compatibility Wizard Synchronize Tour Windows xP E Windows Explorer 8 Windows Movie Maker A WordPad ig Communications 5 HyperTerminal E Network Connections Network Setup Wizard 3 New Connection Wizard Remote Desktop Connection Wireless Network Setup Wizard Ss 7 HyperTerminal Once you have started HyperTerminal you will need to create a Connection Description for it In our case we want a seria
29. itional 1310 channel is added for management use or as an additional transparent channel The SigmaLinks 5000 follows the standards of ITU T G 695 1 6 Breakdown of Line cards for SigmaLinks 2000 5000 Model name Generic Description 8140 4 channel MUX DEMUX Line Card 8141 4 1 channel MUX DEMUX Line Card 8180 8 channel MUX DEMUX Line Card 8181 8 1 channel MUX DEMUX Line Card 8011 1 channel Transponder 1 25G Line Card 8012 2 channel Transponder 1 25G Line Card 8021 1 channel Transponder 2 5G Line Card 8022 2 channel Transponder 2 5G Line Card 8210 Protection Card 9210 SNMP Card Craft port East West 100Base FX Fiber ports SFP plus 3 100Base TX Other line cards to be announced in the future 10 1 7 CWDM Application Chapter 1 Introduction CWDM or Coarse wave Division Multiplexing differs from DWDM Dense Wave Division Multiplexing in the spacing and bandwidth of the optical carrier wavelengths colors The following application example shows a four channel point to point deployment The 8012 Transponder cards provide the wavelength translation between the client side 1310nm equipment and the CWDM wavelengths of the 8140 MUX DEMUX card If the client side equipment supports industry standard SFP modules that are not digitally locked to a particular manufacturer s part the CWDM wavelength SFP may be placed directly into the client equipment thus eliminating the
30. kkk CHASSIS ID 00 SLOT 11 gt 8210 Protection Ver 0 02 0 0 0 1 PRI Rx Power SEC Rx Power Working Path 62dBm 62dBm PRI 1 Protect Mode AUTO 2 Detect Level 33dB 1 Protect Mode 1 AUTO 2 SEMI 3 MANUAL PRI 4 MANUAL SEC U Firmware Upgrade Please select the items lt ESC gt to previous menu 37 Chapter 3 Configuration and Operation The next screen shows the threshold settings for the fallback function of the protection card Sixteen settings are available from 5dB to 35dB kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk RA CTC UNION TECHNOLOGIES CO LTD Sigma Links 5000 Console Ver 1 02 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CHASSIS ID 00 SLOT 11 gt 8210 Protection Ver 0 02 0 0 0 1 PRI Rx Power SEC Rx Power Working Path 62dBm 62dBm PRI 1 Protect Mode AUTO 2 Detect Level 33dB 2 Detect Level 1 5dB 6 15dB B 25dB G 35dB 2 7dB 7 17dB C 27dB 3 9dB 8 19dB D 29dB 4 11dB 9 21dB E 31dB 5 13dB A 23dB F 33dB U Firmware Upgrade Please select the items lt ESC gt to previous menu MUX DEMUX Line Card The MUX DEMUX card works completely passively There is a version number that can be read from the card when it is placed in the SigmaLinks chassis The following screen is an example of the typical display kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk RER CTC UNION TECHNOLOGIES CO
31. kkkkkkkkkkkkkxkxk 1 Firmware Upgrade 2 Exit to Main Program Please select item This completes the terminal program configuration explanation 42 Chapter 4 Management with SNMP Chapter 4 Management with SNMP The purpose of this chapter is to quickly get a SigmaLinks SL chassis up and running with SNMP and web management when the SNMP card is installed in the SigmaLinks SL Chassis Three logical steps are required for any installation 1 Configure and connect a serial console PC HyperTerminal 2 Configure the SNMP card agent s network parameters Enter the management workstation parameters who will manage this equipment 3 Connect to the equipment with web browser Do simple and intuitive configuration and monitoring of the chassis via remote web browser So let s start 4 1 Serial Console Configuration Physically connect a serial console cable DB9F to DB9M 1 1 cable between the serial terminal PC with HyperTerminal and the port marked RS 232 SNMP Console Port on the 9210 SNMP card Configure the terminal protocol to VT100 and communication settings to 115 2K No parity 8 Bits 1 Stop bit and no flow control Connect the serial console software connect and then power on the SL chassis You should see the following initial message Checking System setting checksum is ok Press any key to setup system configure 3 210 Loading BIOS Verifying Checksum OK Uncompressing OK Following successf
32. l at info ctcu com Please address any comments for improving this manual or to point out omissions or errors to marketing ctcu com Thank you Table of Contents Chapter 1 Introductions iia arsine a tios ets 7 TL Introducido lei 7 UN ON ANO 7 1 2 1 gt S1emaLimks 20000 lalalala A Ea aea 7 1 2 2 SismaLinks S000 nous eaves a htie hen os loo andi A aie deb aan Siti Ps 8 1 3 General Chassis Sp cifications oarn a r rea Ea E EA EA AAEE Tee as ear 9 1 3 1 Sigmabimks 2000 iein n Sickel e e o 9 1 3 2Siemabinks S000 mei ennn lola E E 9 1 4 Power Module Specificatons 2uci bad id a e a A iii da 9 1 5 Introducti nto CWDM s ea iea lili raid aa AEE Eaa EE a aa E E E A EEREN Eie 10 1 6 Breakdown of Line cards for SigmaLinks 2000 5000 esesessesseeiesesssrsesreersssersesrsreererssrttersrsessesretreretsterrereessesrsree 10 17 CWDM Applicaton atun tan EE E EEE E E AE AE A aha denen ation 11 1 8 Control Cardi sosea asne le stints Sieve feces i Ee EOE o tati EEE E VE EEEE SE dei eo TE ENEE E SEn EEEo 12 t9 MUX DEMUX Lim Card sostiene coli EEEE 14 1 10 TRANSPONDER Lime Cardio a aa ele 16 111PROTECTION Dine Cardy 2sssciatin dvi anita E N 18 1 12 OADM Dine Card ich daca nich aie aah Awe A dai fet 20 Chapter 2 Installations ER EET TT atts teeta wvebant cies es eauntssgasthesvissaptonaievsab hasten cleesaeasaptontenee 21 ZAG ii re a ei e 21 22 Unpackid Sato ias Do 21 2 3 Rack MountIstructiOnS codi dde li dla id 21 RN AAN s cssssccacs
33. l terminal that connects through COM1 of the PC Proceed as follows J New Connection HyperTerminal Connection Description OS New Connection Enter a name and choose an icon for the connection Name New Connect Icon His lt sneng C Ce Auto detect Auto detect Select any Icon key in a Name for this connection New Connect in our example then click the OK button 31 Chapter 3 Configuration and Operation 3 2 1 3 Creating a Connection Connect To DB New Connect Enter details for the phone number that you want to dial Select the COM port Country region that will connect to s our RS 232 serial Area code 505 device then OK Phone number Connect using COM1 In our example we will select COM1 for our connection If your COM1 is occupied then select COM2 For notebooks that use a USB to Serial adapter please check the Device Manager to see which COM port has been assigned to the adapter and use that COM here 3 2 1 4 Configure Communication Properties COM1 Properties Port Settings Bits per second Data bits Parity Stop bits Flow control You will now be presented with the COM Properties dialogue box In our example we need to set the baud rate to 19 200 Select the baud rate 19200 Data bits 8 Parity none Stop bits 1 and no flow control Click the OK butto
34. mode set to manual mode OFF Work in primary path ON Work in secondary path SW 1 to SW 3 must have one set to ON if all are OFF then the unit defaults to Auto mode the SW 1 has highest priority SW 1 gt SW 2 gt SW 3 18 Chapter 1 Introduction Specifications Protection mode 1 1 Switching type Latching Restoration time lt 50ms Durability gt 10 7 cycles Switching function Automatic Semi auto Manual Input power range TX 3 15 dBm Input power range RX 2 29 dBm Detection range 5 29 dBm step 2 dB Insertion loss lt 6 5 dB Return loss gt 45 dB Crosstalk lt 55 dB Optical connector type LC Power supply for stand alone use Power in DC 9 18V Power consumption lt 10 Watts Environment Operating temperature 0 to 50 Degree C Storage temperature 20 to 80 Degree C Humidity 10 90 non condensing Mechanical Specification Dimensions YYYmm x YYYmm x YYYmm Weight YYYkg The following is a block diagram of the Protection line card 19 Chapter 1 Introduction 1 12 OADM Line Card The Optical Add Drop Multiplexer line card provides the ability to add or drop one or two lambda at an intermediate location between two main Mux Demux equipped chassis 20 Chapter 2 Installation Chapter 2 Installation 2 1 General The Installation chapter will cover the physical installation of the SigmaLinks Chassis the electrical connections line card installation and cabling requirements A brief overview o
35. n 32 Chapter 3 Configuration and Operation Fully Configured HyperTerminal Window New Connect HyperTerminal File Edit View Call Transfer Help DS 63m Connected 0 00 58 Auto detect Auto detect This is the terminal window Note the pull down menu items File Edit View Call Transfer amp Help above the function icons The main terminal window is empty The connection status is displayed in the footer of the window 3 2 1 5 Confirm Terminal Operation Now we will do a quick functional test before we actually use the terminal with our equipment Locate the COM 1 port connector on the back of the PC It should be a DB9 male connector Short pins 2 amp 3 together to create a physical loop back We loop the Tx signal back to Rx on the same port RS 232 DB9M Loop Back 33 Chapter 3 Configuration and Operation Now type characters from the PC keyboard They should echo back Each character should display as typed New Connect Hyper Terminal DEAR File Edit View Call Transfer Help DS 33m the quick brown fox jumped over the lazy dog_ Connected 0 00 54 Auto detect 19200 8 N 1 There should be no characters echoed with the loop back removed If you see double characters then check the ASCII properties Click the Properties button far right button below menu bar The properties window will open Click the Settings tab Click the ASCII Setup button Make sure that the Echo typed character
36. n the reverse order align the card with the slot rails slide it in seat it and re tighten the thumb screws The SML2000 does not have a removable control card The functions are fixed within the 2U chassis Control Card For local control via LCD menu or serial console port SigmaLinks 5000 Figure 2 4 Install the Control Card into the SigmaLinks 5000 chassis 23 Chapter 2 Installation 2 7 Installing a SigmaLinks Line Card Use the following procedure to install a Line Card in the main chassis Step 1 Using either an anti static grounded wrist strap or touching a grounded metal frame remove the line card from its anti static protective bag by grasping the metal panel Do not touch the PCB or connector on the PCB Step 2 While still grasping the center of the front panel of the card with one hand place the other hand under the card to support it Step 3 Slide the Line Card into the slot until it makes contact with the backplane Step 4 Gently press the card the remaining way into the backplane connector until fully seated Step 5 Tighten the thumbscrew by hand Thumb screws face up Thumb screws face right Figure 2 5 Install Line Cards into the SigmaLinks 2000 5000 chassis 24 Chapter 2 Installation 2 8 Cooling Fan The cooling fan unit in the SigmaLinks 5000 is a hot swappable field replaceable unit FRU If any one of the five cooling fans should fail routine maintenance may be scheduled and the entire
37. need for any transponder 8012 153 1nm 1310nm 1310nm 1551nm 1571nm 1310nm 1310nm 1591nm 8012 1531nm 1310nm 1310nm 1551nm 1571nm 1310nm 1310nm 1591nm Transponder Figure 4 4 channel multiplex demultiplex application Transponder SDH STM 1 _STM4 E STM 16 p STM 16 GE Switch GE GE GE GE lt lt y y Transponder NMS Secondary Protection AO O O II Figure 5 Detailed physical connect of 8 channel CWDM with optical protection 11 Chapter 1 Introduction 1 8 Control Card In the SigmaLinks 5000 the Control Card installs in the lower center of the chassis between the power modules and provides the LCD and console interface to locally manage and configure the Chassis line cards The Control Card also monitors the power supplies and chassis temperature to activate the chassis cooling fans when the internal temperature reaches a pre defined threshold The chassis fans may also be manually enabled via the LCD menu system The Control Card may be hot swapped in the event of failure allowing the chassis to continue normal transmissions Every SigmaLinks chassis must have a Control card installed In the SigmaLinks 2000 the Control functions are built in to the chassis and provide the console interface to locally manage and configure the Chassis line cards The Controller also monitors the power suppl
38. nged as follows 1 ON the back light will remain on permanently 2 OFF the backlight will remain off permanently 3 AUTO the backlight will automatically shut off after a period of keyboard inactivity The next major menu item is the Power Modules There is an item for both module 1 amp 2 The display can show the module type installed in the slot if any the status of the power module and the speed of the fan in the power module There are three module types for the SigmaLinks 2000 5000 One AC type and two DC types AC90 264V 100W the universal AC power module DC18 56V 100W the DC module that covers both 24V and 48V DC power DC36 72V 100W this is a special module for higher voltage for central office power up to 72VDC EMPTY the slot has no power module installed Rh AUN If a power module is installed the power output status can be determined from the display 1 OUT NORMAL the power supply is putting out power normally 2 OUT FAULT the power supply has no output check if it has power source and is switched on The speed of the fan in the power module is displayed in revolutions per minute rpm If the fan is not spinning it will read O rpm The next major menu item is for monitoring and setting the cooling fans in the SigmaLinks chassis The SigmaLinks 5000 has a 5 fan type cooling system while the SigmaLinks 2000 has 2 fans Th
39. nor Alarms only All alarms or disabling the relays for any alarms kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk ERA CTC UNION TECHNOLOGIES CO LTD xxx Sigma Links 5000 Console Ver 1 02 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CHASSIS ID 00 CONTROL Card Ver 1 02 0 2 1 1 Temp LEFT CENTER RIGHT Alarm Major Minor ACO 23C 25C 23C NC NC Disable TYPE OUT FAN PWR 1 DC36 72V 100W FAULT Orpm PWR 2 AC90 264V 100W NORMAL 6975rpm 1 Alarm Relay ALL ON 2 Modify Login Password RELAY 1 ALL ON 2 MAJOR ON 3 MINOR ON 4 ALL OFF Please select the items lt ESC gt to previous menu 40 Chapter 3 Configuration and Operation The next configuration function shown is the password modification This may be done through the console as well as the LCD display kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk ES CTC UNION TECHNOLOGIES CO LTD Sigma Links 5000 Console Ver 1 02 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CHASSIS ID 00 CONTROL Card Ver 1 02 0 2 1 1 Temp LEFT CENTER RIGHT Alarm Major Minor ACO 23C 25C 23C NC NC Disable TYPE OUT FAN PWR 1 DC36 72V 100W FAULT Orpm PWR 2 AC90 264V 100W NORMAL 6975rpm 1 Alarm Relay ALL ON 2 Modify Login Password Modify Password Input 4 Numbers Keyin a new 4 digit password using any combination of number 0 thru 9 The system will queue yo
40. only showing the card type slot location and version number Chassis ID Slot PartNo Type Version 00 02 8324 OADM_1591_1611nm 1 00 0 0 0 1 4 5 3 TRANSPONDER The transponder card provides optical frequency translation by employing as SFP with CWDM wavelength and optical drive facing towards the optical MUX and another SFP with client side 1310 or 1550 wavelength facing the customer equipment The following display is for the 2 channel 1 25G transponder card When SFP modules that support digital diagnostics are employed that diagnostic information such as transmit power receive power link status internal temperature along with vendor name and part number can all be displayed on this page Chassis ID Slot Part No Type Version 00 01 8012 Transponder_1_25G_2CH 1 00 0 0 1 1 Channel 1 Line Wave Digital Vendor Name Vendor PartNo Length Link Diag Tx Power Rx Power Temparature FIBERXON INC FTM 6128C L5059 1591 Loss Yes 01dBm 40 dBm 37 C Channel 1 Client Wave Digital Vendor Name Vendor PartNo Length Link Diag Tx Power Rx Power Temparature FIBERXON INC FTM 3125C L40 1310 Loss Yes 01 dBm 40 dim 36 C Channel 2 Line Wave Digital Vendor Name Vendor PartNo Length Link Diag Tx Power Rx Power Temparature FIBERXON INC FTM 6128C L5051 1511 Loss Yes 00dBm 40 dBm 36 C Channel 2 Client Wave Digital Vendor Name Vendor PartNo Length Link Diag Tx Power Rx Power Temparature FIBERXON INC FTM 3125C L40 1310 Loss Yes 00 dBm 40 dBm 36 C
41. rams that receive traps through this web interface Trap Information Trap Receiver IP Community String 1 172 24 1 125 public on om sh won SET Set the IP of manager and the SNMP community string from this screen Click Set 4 5 7 CONTROL amp FANS Most of the display here is informational There are three temperature sensors in the chassis The power modules and all fan status can be viewed here Alarm relays may be activated or disabled Chassis ID Part No Type Version 00 2000 Control Card 1 01 1 0 1 0 Temperature Alarms Left Center Right Major Minor ACO 25 25 00 NC NC Normal Power 2 Type Output RPM AC 90 264V 100W Normal 7290 Alarm Relay Both Relays Enable vy SET Fan Module Status FAN 1 RPM FAN 2 RPM oft 4455 4095 The Fan control has 3 modes 1 Auto fans turn on and off by Fan Mode Auto Mode v SET temperature threshold 2 All On the fans are forced on Refresh Status always 3 All off the fans are forced off always 51 Chapter 4 Management with SNMP 4 5 8 SNMP This is an informational screen for the SNMP module itself The TCP IP settings are displayed TFTP information and the East West transceiver status The SFP optical interfaces may be enabled or disabled here as well Chassis ID Slot Part No Type Version 00 06 9210 SNMP 1 15 0 0 1 0 Target IP 172 24 1 132 Netmask 255 255 0 0 MAC Address 00 02 AB 0D 22 E6 Gateway IP 172 24 190 254 Ta
42. ration of the WDM optical link The protection card is placed in the signal path between the MUX DEMUX line card and the primary and secondary redundant physical optical connections to the remote SigmaLinks chassis Type Name CWDM PROTECTION Model name 8210 General Features Optical Connectors Management Features Get Status read Set Configure write LED indicators DIP switch settings 1 1 full optic protection Wide operating wavelength Fast switching speed lt 50ms Low insertion loss Low channel crosstalk Highly reliable and stable Low power consumption Auto semi auto protection modes and manual control mode LC Common Path LC Primary Path LC Secondary Path Card Exist status Card Type Primary path link status include optic power Secondary path link status include optic power Switching function Automatic Semi auto Manual Line Card H W F W Version Front panel LED status ON OFF Front panel DIP SW setting Switching functions Automatic Semi auto Manual Switching function in manual line select Primary Secondary Detection level 5 to 29 dB Step 2dB 13 steps Blue Power on Green System OK Green Work in primary path Green Work in secondary path Green Set in Auto mode Green Setin Semi Auto mode Green Setin Manual mode SW 1 OFF ON Work in Auto mode SW 2 OFF ON If SW 1 is OFF work in Semi Auto mode SW 3 OFF ON If SW 1 and SW 2 are OFF work in Manual mode SW 4 When
43. re to delete all settings Y or N y Enter the IP address of the destination manager workstation for traps Up to 8 managers may receive trap messages 1 Trap Receiver IP 192 168 0 100 or for disable 172 24 1 125 Community public kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CTC UNION TECHNOLOGIES CO LTD Sigma Links 2000 SNMP VER 1 15 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk lt lt Trap Configuration Setup gt gt Trap Receiver IP Community String 1 172 24 1 125 public 2 Ges Sea 3 gt as 4 HS o e ds 6 ane P7 a5 a 8 ees Command Function Key lt 1l gt lt 8 gt Edit trap receiver 1 to 8 setting lt D gt Delete all settings lt N gt Go to Manager Configuration menu lt S gt Confirm above setting and restart SNMP lt ESC gt Back to main menu without modification Please select an item Save settings by entering S and then ESC from the trap configuration menu 47 Chapter 4 Management with SNMP 4 5 Management Via Web Browser Now that the agent has an IP address and the Ethernet is connected to a network any web browser can access the agent for configuration We have tested with Internet Explorer Firefox and Mozilla browsers and they are all compatible with the SigmaLinks SNMP Open the web browser and key in the address of the SNMP agent for example http 172 24 1 132 Enter Network Password This secure Web Site a
44. rget Name SL2000 TFTP IP 172 24 1 125 TFTP File sl2v115 bin West FX Transceiver Exist Rx LOS LOS Tx Fault Normal East FX Transceiver Exist Rx LOS LOS Tx Fault Normal West TX Enable Enoble v East TX Enable Enable SET Refresh Status 52 Appendix A Appendix A A 1 MIB Detailed Structure Appendix A A 2 Trap Codes Fiber Series CTC Union Technologies Co Ltd Far Eastern Vienna Technology Center Neihu Technology Park 8F No 60 Zhouzi Street Neihu Taipei Taiwan Phone 886 2 2659 1021 Fax 886 2 2799 1355 E mail info ctcu com http Awww ctcu com
45. s locally check box is unchecked Click OK Check the Emulation pull down If you require a specific terminal emulation such as VT100 select it here Click OK From the file pull down menu select Save 19200 Properties Don t turn z on echo or Connect To Settings ASCII Setup 1 a double Function arrow and ctrl keys act as characters ASCII Sending Terminal keys O Windows keys will display N C Send line ends with line feeds Backspace key sends O CthH Del Ctr H Space Ctrl H C Echo typed characters locally Line delay 0 milliseconds Character delay o milliseconds Emulation Set the terminal e lati Telnet terminal ID VT100 emulation C Append line feeds to incoming line ends type here I Force incoming data to 75k ASCH Backscroll buffer lines 500 00 d Wrap lines that exceed terminal width O Play sound when connecting or disconnecting preferred This concludes the setup and testing of HyperTerminal on the PC HyperTerminal is a trademark of Hilgraeve Inc Windows is registered by Microsoft Corporation 34 Chapter 3 Configuration and Operation 3 2 2 SigmaLinks Console Configuration Now that the terminal is ready connect the PC s serial port to the SigmaLinks The SigmaLinks console port is a DB9 connector located on the Control Card in the front lower center of the rack chassis The
46. t 2 Shielded interface cables and AC power cord if any must be used in order to comply with the emission limits CISPR PUB 22 Class A COMPLIANCE This device complies with EMC directive of the European Community and meets or exceeds the following technical standard EN 55022 Limits and Methods of Measurement of Radio Interference Characteristics of Information Technology Equipment This device complies with CISPR Class A WARNING This is a Class A product In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures CE NOTICE Marking by the symbol CE indicates compliance of this equipment to the EMC directive of the European Community Such marking is indicative that this equipment meets or exceeds the following technical standards EN 55022 1994 A1 1995 A2 1997 Class A and EN61000 3 2 1995 EN61000 3 3 1995 and EN50082 1 1997 CTC Union Technologies Co Lid Far Eastern Vienna Technology Center Neihu Technology Park 8F No 60 Zhouzi St Neihu Taipei 114 Taiwan Phone 886 2 2659 1021 FAX 886 2 2799 1355 SigmaLinks 19 5RU 17 Slot Chassis for CWDM 19 2RU 6 Slot Chassis for CWDM User Manual Version 0 9e Jan 26 2007 Draft This manual supports the following models SigmaLinks 5000 SigmaLinks 2000 This document is the draft of the first official release manual Please check CTC Union s website for any updated manual or contact us by E mai
47. t 172 24 1 132 requires you to log on Please type the User Name and Password that you use for SIGMA_LINKS_5000 Uses Name admin y p y m I Save this password in your password kst Lox eme Log on is required to enter the management screens of the SigmaLinks SNMP The default username is admin and no password For security password may be set from the console terminal under the Password setting menu 3 SIGMA LINKS 2000 Microsoft Internet E xplorer X Ele Edt View Favorites Tools Help A O OAD sw Jr Gun O Sm JA Address Wtp 172 24 1 132 index asp Eco ins o l CH1 Client Link Line Link cH2 i l e 9 Control amp Fans ty Acti aoip Mtve Loopback Y SNMP gt Manager Setup gt Slot 03 8210 Y OADM gt Slot 02 8324 COOOL internet After successfully logging in to the web interface the entire chassis and real time LED status are displayed This screen is refreshed to update any changes The left hand menu allows accessing the system and line cards for monitoring or configuration 48 Chapter 4 Management with SNMP 4 5 1 MUX DEMUX The MUX DEMUxX line card employs passive components This screen is informational only showing the card type slot location and version number Chassis ID Slot Part No Type Version 00 06 8181 MuxDeMux8 1 1 03 0 0 0 1 4 5 2 OADM The OADM Optical Add Drop Multiplexer line card employs passive components This screen is informational
48. the specific chapter on SNMP 3 1 LCD Menu Operation The very first screen that displays after the unit has powered and initialized is the SigmaLinks Login screen The default password is four zeros or 0000 Pressing the Enter key will display a 0 in the first digit location Using the arrow cursor keys will change the value in the range from zero to nine Press Enter at the cursor location will accept the digit for that location and move to the next digit Four digits are used for the password Pressing Enter four times will enter the default password of 0000 The menu will now display the Setting menu set for the Chassis The Chassis configuration includes reading the version number setting the alarm relay functions modifying the chassis password and setting the LCD backlight 4 gt 4 gt This display indicates 1 Controller firmware is version 1 04 2 FPGA is version 0 2 3 Hardware is version 1 1 4 gt This setting can change the activation of the Alarm Relays The settings are 1 ALL ON all active 2 MAJOR ON only Major alarms are active 3 MINOR ON only Minor alarms are active 4 ALL OFF no alarms will be indicated by the relays This setting allows changing the default 0000 password to any number from to 9999 28 Chapter 3 Configuration and Operation The setting for the LCD back light may be cha
49. u for confirmation of the new password kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk KER CTC UNION TECHNOLOGIES CO LTD Sigma Links 5000 Console Ver 1 02 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CHASSIS ID 00 CONTROL Card Ver 1 02 0 2 1 1 Temp LEFT CENTER RIGHT Alarm Major Minor ACO 23C 25C 23C NC NC Disable TYPE OUT FAN PWR 1 DC36 72V 100W FAULT Orpm PWR 2 AC90 264V 100W NORMAL 6975rpm 1 Alarm Relay ALL ON 2 Modify Login Password Modify Password Input 4 Numbers Are you sure Y N Wom Keyin y to accept the new password or n to abandon this operation without changing the password 41 Chapter 3 Configuration and Operation Firmware Upgrade The SigmaLinks Controller may be upgraded when future firmware becomes available either to support new line cards or to add new features The upgrade method uses the Xmodem protocol which may be done via the HyperTermianl application under the Transfer gt Send File menu Initiate the firmware upgrade from the console menu and in HyperTerminal Browse to the upgrade binary file ensure Xmodem protocol is chosen and send the file The upgrade process will take several minute DO NOT INTERRUPT THE COM LINK or POWER DURING THE UPGRADE PROCESS kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk Sigma Links 5000 series Winbond W78E58B Flash Program with Xmodem Version 1 00 kkkkkkkkkkkkkkkkkk
50. ul boot of the SNMP hardware the login screen should be displayed kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk CTC UNION TECHNOLOGIES CO LTD Sigma Links 2000 SNMP VER 1 15 kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk Login admin Password SigmaLinks 5000 Da Default username is admin and no password After logging in the display will show the current hardware inventory in the chassis The chassis slots are numbered according to the following diagrams with the chassis viewed from the front pai jai pa an an O 00 an Nn AK Uy N Re P2 CTRL Pl CTRL SigmaLinks 2000 nN 43 a lt 2 gt lt 3 gt lt 4 gt lt 5 gt lt 6 gt lt I gt lt J gt lt K gt lt L gt lt P gt lt X gt lt Z gt Chapter 4 Management with SNMP kkxkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkxk CTC UNION TECHNOLOGIES CO ee ET kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk Sigma Links 2000 SNMP VER 1 15 PA SNMP card location 00 SNMP SLOT ID 05 2 TRANSPONDER125 1 25G 2ch transponder OADM 1591 1611nm optical add drop mux 2 TRANSPONDER125 8 1 MUX DEMUX m ction CHASSIS ID SLOT 01 gt 8012 SLOT 02 gt 8324 SLOT 03 gt 8210 Prote SLOT 04 gt 8012 SLOT 05 gt 9210 SNMP SLOT 06 gt 8181 FAN gt 2 FANS CONTROL CARD gt Exist SNMP CARD
51. up fan You can check the fan status on the display panel at the front of the chassis and through the serial console port and terminal connection Refer to the SNMP Operation chapter for more information about fan observation using the SNMP card 1 3 2 SigmaLinks 5000 Format SRU Dimensions 44cm wide x 22cm high x 25cm deep Slot Capacity 17 total supports 16 Line cards SNMP Power Modular Redundant 90 264VAC 18 56VDC or 36 72VDC module Fan Assembly 5 x 60mm fans temperature threshold activated fault monitored field replaceable Miscellaneous 3 internal temperature sensors rack ID switch cascade connectors Major Minor Alarm contacts Air Flow The airflow system includes air intakes located in the face of each line card and a fan module with five fans at the rear of the chassis The chassis internal air temperature controls the activation of the fans in auto mode The state of the fan module can either be observed through the SNMP module or it can be read off the fan LEDs on the control module on the front side of the chassis A red light signals that a fan is not working properly which does not necessarily endanger the functioning of the air flow system because there are backup fans You can check the fan module status on the display panel at the front of the chassis and through the serial console port and terminal connection Refer to the SNMP Operation chapter for more information about fan observation using the SNMP card 1 4
52. y when used stand alone Not required Environment Operating temperature 0 to 60 Degree C Humidity 10 90 non condensing Storage temperature 40 to 80 Degree C Mechanical Specification Dimensions XXXmm x YYYmm x ZZZmm Weight TBA 14 The following diagram shows the basic function of a MUX DEMUX line card Chapter 1 Introduction LC 1611nm LC 1591nm LC 1571nm LC 1551nm LC 1531nm LC 1511nm LC 1491nm LC 1471nm LC 1451nm LC 15 Chapter 1 Introduction 1 10 TRANSPONDER Line Card The function of the Transponder card is to provide the wavelength translation from the standard CWDM optical wavelengths to the client side s 1310nm or 1550nm optical wavelength The Transponder card is provided without SFP plug in modules Plug in modules are optional and may use any industry standard module depending on each individual application The 8011 amp 8021 1 25G transponder cards provide transparent conversion for gigabit services while the 8012 amp 8022 2 5G provides multi rate conversion for any optical connection up to 2 5GHz STM 16 or OC 48 Type Name CWDM Transponder Model name 80XX General Features Channel 1 channel 1 25G 2 5G 8011 8012 2 channels 1 25G 2 5G 8021 8022 Optical Connectors SFP LC Line Side SFP LC Client Side Line Side Wavelength depends on SFP transceiver module 1471 1491 1511 1531 1551 1571 1591 1611 Cli

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