frm220-10GSXXv11 user manual
Contents
1. LED State Status PWR Green On Power on Flash During upgrade Off No Power SysOK Green On System is OK Off System fault Locked Green On Line and Client CDR clock locked Off Line or Client CDR clock not locked Test Red On Loop Back test active Off Normal Line Green On Line SFP has link link Off Line SFP no link Pri Green On Client Primary Fiber link link Off Client Primary Fiber no link Sec Green On Client Secondary Fiber link link Off Client Secondary Fiber no link Auto Laser Shutdown Automatic Laser Shutdown ALS is a technique used to automatically shut down the output power of the transmitter in case of fiber break according to ITU T G 664 This is a safety feature that prevents dangerous levels of laser light from leaking out of a broken fiber provided ALS is provisioned on both ends of the fiber pair The sequence of events is as follows If a fiber is cut the receiver will detect a Loss Of Signal LOS The ALS agent will turn off the transmitter The receiver at the far end will then detect an LOS and its ALS agent will turn off the transmitter In this way the entire fiber will go dark 4 www CTCU com Console Management When placed in the 2 slot CHO2M chassis this card can be locally managed by connecting a simple serial terminal such as a notebook computer that has an RS232 port or via a commonly available2. CTC Union Technologies Co Ltd Far Eastern Vienna Technology Center Neihu Technology Park 8F No 60 Zhouzi St Taiwan 886 2 26591021 886 2 26590237 sales ctcu com info ctcu com mua Neihu Taipei 114 marketing ctcu com H www ctcu com Ba C AN ISO 9001 Quality System Certified 2011 2012 CTC Union Technologies Co LTD All trademarks are the property of their respective owners Technical information in this document is subject to change without notice PRODUCT union Quick Start Guide User Guide 10G 3R Transponder FRM220 10G SXX H W ver 1 1 Introduction 1 Specifications 2 Management Features 2 Panel Installation 3 LED Indicators 4 Auto Laser Shutdown 4 Console Management 5 Main Menu Operation 6 7 Loop Back Test 8 Applications 9 10 Digital Optical Monitoring 11 Upgrading 12 About XFP SFP Units 13 Version 1 1 October 29 2012 Update www CTCU com Introduction FRM220 10G SXX is a 3 port 3R optical regeneration device with clock data recovery CDR The 3R consists of Re amplification Re shaping and Re timing The transponder card converts a data signal to the correct wavelength for transmission on a specific channel by supporting XFP and or SFP optics on both line side and client side interfaces When FRM220 10G SXX card is plac
3. USB to RS232 adapter In Windows XP HyperTerminal is an application available for emulating a serial terminal You can also search for TeraTerm or PuTTY which are free alternatives especially if your operating system is Vista or Win7 Settings Baud Rate 38 400 Data bits 8 Parity bits none Stop bits 1 Handshaking none Emulation VT 100 Connect the serial cable to CHO2M s DB9 Run the terminal emulation program About 35 seconds after being powered on the 10G SXX will display the main menu as shown in the following example FOI III ICI I ICR III II ICICI I IOI I IO I I IK CTC UNION TECHNOLOGIES CO LTD FRM220 10G Manager verri Dl A FO E E AE AE EE AE E IOI II IOI E K E AE AEE AE EKAA Model FRM220 10G SXX Ver 1 100 1 001 0 000 0 000 Line Side Link Down CDR Lock Primary Side Link Down CDR Lock Second Side Link Down CDR Lock Port Active Enable System Status lt 2 gt Operating Mode Auto Select Port lt 3 gt Baud Rate Select 10G Ethernet lt 4 gt Loopback Function lt 5 gt Link Fault Pass Through lt 6 gt Auto Laser Shutdown lt 7 gt Port Reset lt 8 gt Main Board State lt 9 gt Line Side Built In Self Test lt A gt Client Side Built In Self Test lt D gt Digital Diagnostic lt F gt Factory Default lt S gt Store Parameters Please select an item Example of Main Menu Console Screen FRM220 10G SXX Notice All settings done by console menu are ignored if the card is placed in FRM
4. line card s upgrade code on the TFTP server Make sure you know the case sensitive file name Connect to the FRM220 NMC by local console or by remote Telnet connection From the main menu choose lt L gt SNMP System Configuration Setup Then lt U gt Upgrade Line Card Menu FOI I I I II I IR I Rd oe CTC UNION TECHNOLOGIES CO LTD FRM220 NMC VER 2 01 FI III IIE III IE K kk Kk k k lt lt Upgrade Line Card Menu gt gt Target IP 59 125 162 252 Target Gateway 59 125 162 241 TFTP Server IP 59 125 162 243 Please select a card type lt l gt FRM220 10 100I and FMC 10 1001 lt 2 gt FRM220 FXO FXS lt Snip FRM220 SERIAL FRM220 155MS lt F gt FRM220 3R 10G SS SX XX lt H gt FRM220 MUX DEMUX lt J gt FRM220 FOM04 lt M gt FRM220 FTEC lt O gt FRM220 10G SXX SX XX lt R gt FRM220 FSW103 lt T gt FRM220 1002ES lt ESC gt Previous Menu The card type FRM220 10G SXX SX XX Please enter the slot number 2 20 or all 3 The slot number 3 Please select lt 1 gt Local lt 2 gt Remote Unit lt 3 gt Remote B Unit lt ESC gt Previous menu FRM220 3R 10G SS SX XX CDR FRM220 E1 DATA FRM220 FOM04 FPGA FRM220 2R 4G 2S 3S FRM220 10 1001 2E FRM220 FOM01 FRM220 ET100 Select the line card type 8R 10G and local unit Enter filename The upgrade should complete in only a couple of minutes DO NOT disconnect or pullout insert any ot
5. 0 10G SXX han ee ee ha ale oe a ae oF ae x4 xa mii _ Line _ mO Pri f O tA A 9 9 7 4 An FRM220 10G SXX SFP to XFP 1 1 protection hal g er t poor D XXS 904 Operation Modes 10G SXX is constructed with three ports and is programmable to send bi direction data between any two ports as follows Manual Primary data is routed between the line side SFP and the primary XFP Use this mode for SFP to XFP conversion Manual Secondary data is routed between the line side SFP and the secondary XFP Use this mode for SFP to XFP conversion also Primary Secondary data is routed between the primary and secondary XFP Use this mode for XFP to XFP conversion 1 1 modes from SFP to either primary or secondary XFP Auto automatic protection switching revertive Semi auto automatic protection switching non revertive Installation Figure 2 Slide in Card mounting of FRM220 10G Note Due to higher current requirements and excessive heat dissipation this converter card can only be placed in CH 02M CH02 NMC or the CH 20 chassis CH02M Chassis AC DC 2AC 2DC or AD CH02 NMC Chassis AC DC 2AC 2DC or AD FRM220 CH20 Follow all ESD precautions when handling the card and XFP SFP modules 3 www CTCU com LED Indicators ERE x xI
6. 220 CH20 with NMC SNMP management The card will follow the settings done via the chassis management Refer to NMC Operation Manual for details on managing all cards CH 01M Unlock Unlock Unlock OK Primary k Main Menu Operation Select any of the menu items by keying in the menu item number or letter Use the ESC to return to a previous menu Any setting is immediately applied to the transponder s circuitry After all of the parameter settings have been selected press s from the main menu to save the parameters in non volatile RAM NVR To revert to previous settings before saving press 7 to port reset reload previously saved parameters Explanation of Settings 1 Port Active This will enable or disable the card When inactive no transmissions will be able to occur 2 Operating Mode Auto semi auto manual primary manual secondary and 1 1 protection mode settings are available Refer to page 3 for more 3 Baud Rate Select This will bring up the data rate selection list Select the required 3R recovery speed by choosing the protocol 4 Loopback Function This brings up the loop back sub menu for Line Primary and Secondary port loop back 5 Link Fault Pass Through Open the sub menu for LFP functions 6 Auto Laser Shutdown Open the sub menu for ALS functions 7 Port Reset This will cause the parameters settings in NVR to be reloaded 8 Main Board St
7. Bale Clasp type SFP with bale open 243 www CTCU com
8. Port Loopback Disable lt 1 gt Line Loopback Disable lt 2 gt Primary Loopback Disable lt 3 gt Second Loopback Disable lt ESC gt Go to previous menu Please select an item The converter can set loop back on any port or even all ports at once Mainboard Status reads the VSC8242 chip temperature MainBoard Status Junction Temperature 062 C lt ESC gt Go to previous menu Please select an item The chip is designed to run very hot but if it gets too hot data errors may result www CTCU com Loop Back Testing LBT The loop back capability of FRM220 10G is useful for debugging a dysfunctional link or when commissioning a site In loopback mode the signal is routed into the CDR Clock Data Recovery circuitry and then routed back to the signal source FRM220 10G SXX model features loop back for each of the three fiber ports Line Primary and Secondary Loop back may be enabled via management terminal console When placed in a managed FRM220 CH20 chassis the loop back can be controlled by the NMC manager in FRM220 chassis 10G Fiber Loop Back Primary Line Loop Back Loop Back Secondary Loop Back Take care when performing loop back functions especially with Ethernet and Fiber Channel Looping could have adverse effects on the transport medium BIST Built in Self Test FRM220 10G SXX model features a built in self test utility which can be run from local serial console By
9. ate View the chip temperature on the main board 9 Line Side Built In Self Test Provides BER traffic generator and pattern testing utility for testing line side optics A Client Side Built In Self Test Provides BER traffic generator and pattern testing utility for testing client side optics D Digital Diagnostics Enables user to read the serial data stored in XFP SFP modules F Factory Default Restores all settings to factory default S Store Parameters Saves the setting parameters into non volatile RAM NVR www CTCU com Operating Mode Fiber Detect Mode lt 0 gt Auto lt 1 gt SM Auto lt 2 gt Manual Pri lt 3 gt Manual Sec lt 4 gt Manual Pri to Sec lt ESC gt Go to previous menu Please select an item These operating modes are selected when the converter is being used as a 1 1 protection on XFP Auto is a revertive mode semi auto is non revertive The other modes are all manual Refer to page 3 for a description of each mode Baud Rate Selection Baud rate select lt 0 gt 10G Ethernet lt l gt 10G Fiber CH lt 2 gt OC 192 STM 64 lt 3 gt G 709 OTU2 lt 4 gt 1X Fiber CH lt 5 gt 2X Fiber CH lt 6 gt 4X Fiber CH lt 7 gt 8X Fiber CH lt 8 gt 1G Ethernet lt 9 gt 16x CPRI lt ESC gt Go to previous menu Please select an item These data rates are rather obvious 10G and 1G Ethernet are supported as is SDH and Fiber Channel 1 2 4 8 and 10 Loop Back see page 8 lt 0 gt All
10. combining a pattern generator with line client pattern checker and error counter 10G SXX can provide some basic optical tests without requiring expensive external test equipment The generated signal is a pseudo random binary sequence chosen from one of four patterns PRBS 7 9 23 or 31 The transmitted pattern may be sent normally or inverted from either line or client side The checked pattern may also be normal or inverted An error counter is maintained and can also be cleared Before running BIST make sure the generator and checker are linked either through a selected loop back or from point to point devices The set the BIST generator to enabled and monitor the error counter To stop testing set the generator to disable 8 www CTCU com Applications FRM220 10G 3R repeater works in point to point applications either as a stand alone or when placed in FRM220 CH20 managed rack Extension Repeater 10G 10G Client Client Line Line Set local and remote 3R repeater to the protocol s data rate either by local terminal or through network management The rate setting is the only setting required For normal operation ensure that no Loop Back is configured Multiple Repeaters 10G 10G 10G 10G 10G Client Client eRe Fel peel Set all 3R repeaters to the protocol s data rate either by local terminal or through network management The rate setting is the only setting required For normal operation ensure
11. ed in FRM220 rack with SNMP management the management can view the converter card s status type version fiber link status and alarms The card can be configured to enable or disable the port reset the port provide client or line side diagnostic loopback Link Fault Forwarding and set the desired data rate This card is specifically designed for popular protocols that run at near ten gigabit speed Version 1 1 H W supports Ethernet 1G 1 25G and 10G 10 3125G Fiber Channel 1 1 0625G 2 2 125G 4 4 25G 8 8 5G amp 10G 10 5187G 16x CPRI 9 8304G OC 192 STM 64 9 95328G and G 709 OTU2 10 709225G With its single SFP and dual XFP sockets this converter can be configured to support SFP to XFP XFP to XFP and SFP to two XFP with 141 fiber protection The XFP and or SFP sockets support a wide range of optical modules to address any 10 Gigabit network application Single mode Multi mode Single fiber bi directional Coarse and Dense Wave Division Multiplexing CWDM and DWDM WARNING Fiber optic equipment may emit laser or infrared light that can injure your eyes Never look into an optical fiber or connector port Always assume that fiber optic cables are connected to a laser light source www CTCU com Specifications Optical Interface Connector 2 XFP and 1 SFP cage Data rate 1Gbps 10Gb s selectable fixed rates Duplex mode Full duplex Fiber Depends on XFP SFP Distance Depends on XFP SFP Wa
12. her cards during the upgrade process 12 www CTCU com About XFP SFP Units The FRM220 10G accepts any XFP or SFP unit that complies with the MSA standard It will also accept multiple voltage XFPs and should not be a problem for any new XFP Follow all ESD precautions when handling the card and pluggable modules Fiber optic components and cables are very sensitive to dirt dust and mishandling especially in high speed networks Dirty or mistreated fiber may cause errors and an unwanted degradation of signal quality Remove the dust caps on XFP SFP only when ready to plug in optical cables When selecting XFP SFP optical modules make sure the modules are able to support the required data rates A 10G XFP SFP should be able to support 10G Ethernet OC 192 STM 64 or 10G Fiber Channel Installation CTC Union supplied XFP SFP modules are of the Bale Clasp type The bale clasp pluggable module has a bale clasp that secures the module into the XFP SFP cage e Inserting a Bale Clasp XFP SFP Module into the cage Step 1 Close the bale clasp upward before inserting the pluggable module Step 2 Line up the XFP SFP module with the port and slide it into the cage e Removing a Bale Clasp XFP SFP Module Step 1 Open the bale clasp on the XFP SFP module Press the clasp downward with your index finger Step 2 Grasp the XFP SFP module between your thumb and index finger and carefully remove it from the XFP SFP cage
13. that no Loop Back is configured Since FRM220 10G 3R transponder has a clock recovery function it is able to repeat indefinitely and still maintain data integrity www CTCU com CWDM Transponder FRM220 10G functions primarily as a repeater or a media converter As a repeater for long haul applications the signal is fully regenerated at the trunk Clock Data Recovery CDR helps in reshaping retiming and regenerating 3R the output signal at a number of pre assigned frequencies for different protocols In the CWDM DWDM application the 3R transponder acts as a fiber to fiber repeater and optical frequency converter between the client side equipment and the Optical Multiplexer De multiplexer FRM220 CH20 20 slot chassis Client Mux Demux 1310 SFP WAN Line 1470 SFP 1470 Client 1310 SFP Line 1490 SFP 1490 Client 1550 SFP Line 1510 SFP Client 850 SFP 1530 1530 SFP Set the transponder to the protocol s data rate either by local terminal or through management The rate setting is the only setting required 10 www CTCU com Digital Optical Monitoring Modern optical SFP transceivers support digital diagnostics monitoring DDM functions according to the industry standard SFF 8472 This feature is also known as digital optical monitoring DOM and gives the end user the ability to monitor real time parameters of the SFP such as optical output power optical input po
14. velength Depends on XFP SFP Voltage 3 3V for SFP 5V 5 2V 3 3V 1 8V for XFP Clock SFP requires no reference clock XFP with or without reference clock LED PWR SYS Line Link Pri Sec Link Locked Test Indications Power Card supports hot swapping Input Card 12VDC Standalone AC DC options Consumption lt 12W Dimensions 155 x 88 x 23mm D x W x H Weight 150g Temperature 0 50 C Operating 0 70 C Storage Humidity 10 90 non condensing Certification CE FCC LVD RoHS MTBF 75000 hrs 25 C Test Loops Line LB Primary LB Secondary LB Management Features FRM220 10G SXX has an embedded processor which can be used to configure the device for stand alone operation When placed in a stand alone chassis with DB9 console port these devices support a text based serial terminal with an easy to use menu system for configuration When placed in a managed chassis the card is configured and monitored through the chassis NMC network management controller via local console or remote Telnet Web HTTP or SNMP 1 Stand alone with serial console menu driven 2 Rack management When placed in NMC managed rack all other settings are overridden by the NMC management 3 Due to their power requirements and high heat dissipation CTC Union recommends placing no more than 10 cards in CH20 rack with empty space between each card 2 www CTCU com Panel Figure 1 Front Panel of FRM22
15. wer temperature etc Example of reading Digital Diagnostics in XFP FOI I I I IIR I I IE A IO Hoe CTC UNION TECHNOLOGIES CO LTD FRM220 10G Manager Versa QL FEF FOI III IRIE ICI ICI ICI ICI ICE ke XFP SFP Digital Diagnostic lt 1 gt Line Side Digital Diagnostic Have lt 2 gt Client Side Digital Diagnostic Have Line Side Vendor Name Vendor Part Number Fiber Type Tx Wave Length 0850 RX Wave Length 0850 FINISAR CORP Link Length 0082 si ail FTLX8511D3 Multi Tx Power 03 Rx Power 13 Rx Sensitivity Temperature lt ESC gt Go to previous menu Parameters are read from any MSA Multisource Agreement compliant XFP SFP module Extended information is only available in modules which support D D or DOM function Additional SFP XFP requirements 1 All voltage types supported 2 With or without reference clock 3 SFP supporting multi rates 4 XFP narrow band specific for 1 2 4 8G FC or 10GE FC SDH 11 www CTCU com Upgrading The FRM220 10G card may be firmware upgraded when it is placed in the FRM220 with NMC management card The user may use a local console connection to the NMC a remote Telnet IP connection or a Web based HTTP connection with any available browser The NMC communicates to all cards through a serial TTL control bus The upgrade code is transferred to the NMC by way of TFTP server Quick Procedure Place the
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