to the SunSet SDH Datasheet
Contents
1. STM 4 STM 1 STM O 273 1 220 1 2 1 2 1 All Os All 1s Alt 1010 1 8 1 16 User 10 user patterns defined up to 16 bits Test pattern inversion Unselected channels Unequipped Broadcast SDH Error Injection Bit B1 B2 B3 MS REI HP REI LP REI BIP 2 Programmable error burst 1 to 9999 count or error rate 2x10 to 1x10 FAS error injection in periodic mode burst of M errors every N frames www sunrisetelecom com 3 j SDH Alarm Generation LOS LOF MS AIS MS RDI AU AIS AU LOP HP RDI HP UNEQ TU AIS TU LOM LP UNEQ TU LOP HP PLM LP PLM LP RFI LP RDI RS TIM HP TIM LP TIM Enhanced RDI HP LP SRDI Server HP LP CRDI Connectivity HP LP PRDI Payload Alarm generation in continuous or repetitive mode burst of M frames out of N frames SDH Measurements 622M 155M 52M Errors Bit B1 B2 B3 BIP 2 MS REI HP REI LP REI Alarms LOS LOF OOF MS AIS MS RDI AU AIS AU LOP HP RDI HP UNEO TU AIS TU LOM LP UNEQ TU LOP HP TIM LP TIM HP PLM LP PLM LP RFI LP RDI Enhanced RDI HP LP SRDI Server HP LP CRDI Connectivity HP LP PRDI Payload Extended PLM LP EPLM Performance ITU T G 821 G 826 G 828 G 829 M 2101 M 2110 Optical power level measurement Accuracy 1 dBm Optical reception saturation indication Frequency measurements test interface and payload Moving bar graph of slip count max frequency min frequency frequency deviation in ppm clock slips max positi2. Standard Warranty OPTICAL INTERFACE STM 0 1 1310NM IR 1 Yr Extended Warranty OPTICAL INTERFACE STM 0 1 1310NM IR 2 YRS Extended Warranty OPTICAL INTERFACE STM 0 1 1310NM 1550NM LR STD WR OPTICAL INTERFACE STM 0 1 1310NM 1550NM LR 1 YR EXTD WR OPTICAL INTERFACE STM 0 1 1310NM 1550NM LR 2YRS EXTD WR OPTICAL INTERFACE STM 0 1 4 1310NM IR STD WR OPTICAL INTERFACE STM 0 1 4 1310NM IR 1 YR Extended Warranty OPTICAL INTERFACE STM 0 1 4 1310NM IR 2YRS Extended Warranty OPTICAL INTERFAC STM 0 1 4 1310NM 1550NM Extended Warranty OPTICAL INTERFAC STM 0 1 4 1310NM 1550NM LR 1 YR Extended Warranty OPTICAL INTERFAC STM 0 1 4 1310NM 1550NM LR 2YRS Extended Warranty Calibration Data Document SSSDHC CCM Calibration Test Measurement Data Software Packages SWSDHJ PDHAJIT SWSDHJ DSnjJIT SWSDHJ 155M4JIT SWSDHJ 622MJIT SWSDHJ TIE SWSDHJ PDHTIE SWSDHJ 155MrTIE SWSDHJ 622MTIE SWSDHJ WAN SWSDHJ 114 SWSDHJ 116 SWSDHJ 129 SWSDHJ 130 SWSDHJ 131 SWSDHJ 132 SWSDHJ 133 SWSDHJ ATM SSSDHJ ATM SWSDHJ 190 PDH Jitter Generation and Measurement T Carrier Jitter Generation and Measurement STM 1 Jitter Generation and Measurement STM 4 Jitter Generation and Measurement 2M TIE Generation and Measurement PDH TIE Measurements 155M TIE Generation and Measurement 622M TIE Generation and Measurement MTIE TDEV Wander Measurements Voice Frequency Testing SDH SDH Mux Demux Test
3. Dual 2M Port Connector 120Q balanced RJ 45 f SSSDHJ RJ45 120Q balanced bantam SSSDHJ BTM Line coding AMI HDB3 Transmitters Lines 1 and 2 Clock source Internal Bit rate 2 048 Mbit s 5 ppm Frequency offset as test interface and as a payload 2 048 Mbit s 5000 ppm in 1 10 100 1000 ppm steps External clock input port 2 048 MHz Recovered from Line 2 input 2 048 Mbit s Loop Recovered from received signal Pulse shape Conforms to ITU T G 703 for balanced 120Q interfaces Framing Unframed PCM 30 30C PCM 31 31C conforms to ITU T G 704 Fractional E1 Error measurements channel configuration verification Nx64 kbit s consecutive or Mx64 kbit s nonconsecutive N M 1 to 30 or 1 to 31 Set Tx and Rx channels independently Through mode Test pattern on selected channels all others through Receivers Lines 1 and 2 Frequency recovery range 2 048 Mbit s 5000 ppm Input sensitivity Terminate Bridge 6 to 43 dB with ALBO Monitor 20 dB resistive loss plus 6 dB cable loss Jitter tolerance Conforms to ITU T G 823 Impedance Terminate Monitor 120Q balanced Bridge gt 1200 Dual 1 5M Port Connector 100Q balanced RJ 45 f SSSDHJ RJ45 100Q balanced bantam SSSDHJ BTM Line coding AMI B8ZS Transmitters Lines 1 and 2 www sunrisetelecom com 5 j Clock source Internal Bit rate 1 544 Mbit s 5 ppm Frequency offset as test interface and as a payload 1 544 Mbit s 500 ppm in 1 10 100 p
4. Patterns 273 1 27 1 2 1 All 1s All Os and 16 bit user patterns AAL 2 Length CID Channel Identifier Traffic CBR VBR UBR Sequential Cells Patterns 273 1 2 1 2 1 All 1s All Os and 16 bit user patterns PCR Mbps Cps AAL5 CPCS UU Common Part Convergence Sublayer User to User indication number CPI Common Part Indicator Frame rate 0 50 Error injection Bit HEC and NC HEC errors burst and rate Alarm generation F4 F5 segment end to end AIS RDI loopback continuity check DSLAM Testing ATM end to end connectivity test between customer premises SSxDSL MTT and CO SSSDH back to back with SunSet xDSL MTT ATU R Module SunSet xDSL MTT requires software option SWxDSL xxATM Auto detection of SSxDSL MTT at far end Bidirectional asymmetric DSL throughput testing Upstream and downstream statistics Tx and Rx cell rates Cell loss Bit error count BER and bit error injection Clear Pass Fail indication Test results available on both units ATM IP PING Test Protocols RFC 1483 LCC Bridge static amp dynamic DHCP amp LCC Route RFC 2364 PPP over ATM PPPoA RFC 2516 PPP over Ethernet PPPoE RFC 2225 Classical IP and ARP over ATM InARP In ARP Request to Far End In ARP Request Sent Received In ARP Response Received Sent In ARP Response from In ARP Request from Number of PINGs Up to 65535 PING length 1 to 1500 bytes User selectable bit rate down to 1 kbit s Clear Pass Fail i
5. buffer option to cycle or stop Timed or continuous capture Programmable start time and date Display cell header and payload of 4096 cells Header decode GFC VPI VCI PTI CLP 8 SunSet SDH j OAM decode per ITU T 1 610 Fault management AIS RDI Defect type defect location Loopback Loopback ID correlation tag loopback location ID source ID Performance management Forward and backward MCSN BEDC BLER TUC 0 1 TUC 0 TRCC 0 1 TRCC 0 timestamp Activation deactivation Message direction correlation tag PM block size A B amp B A System management Cell storage Save up to 10 cell capture screens Print Traffic Generation 8 independent VCCs 1 foreground 7 background Foreground VCC Traffic Constant Bit Rate CBR Unspecified Bit Rate UBR Burst Variable Bit Rate VBR and Sequential Cells Cell Type User 0 191 Test Cell OAM B Cell Performance Patterns 273 1 27 1 2 1 All 1s All Os and 16 bit user patterns Background VCCs Traffic CBR Cell type User Patterns 16 bit User patterns AAL O Traffic CBR VBR UBR Sequential Cells Patterns 273 1 2 1 2 1 All 1s All Os and 16 bit user patterns PCR Mbps Cps AAL 1 SRTS Synchronous Residual Time Stamp On Off Clock recovery adaptive method PDH 1 5M 2M Frame For 1 5M Unframe SF D4 ESF For 2M Unframe PCM 30 PCM 30C PCM 31 PCM 31C Traffic Fixed at T1 PCR 1 741 Mbps 4106 Cps Fixed at E1 PCR 2 309 Mbps 5446 Cps
6. lt gt SUNRISE TELECOM Productivity Rising Benchtop performance ina handheld test set the SunSet SDH 10 1k 100k 10M Hz TABLE PRINT SAVE START KEY features e SDH testing at 52 155 and 622 Mbit s e PDH amp T Carrier testing at 1 5 2 34 45 and 139 Mbit s PDH T Carrier structured mode e Bit error rate testing and error performance analysis per ITU T G 821 G 826 G 828 G 829 M 2100 M 2101 and M 2110 e SDH SDH SDH PDH MuxTest modes Independent Tx and Rx for testing ADMs and synchronous multiplexers e SDH PDH MuxMode drop and insert of 1 5 2M tributaries e Full SDH overhead control and decode e Tributary scan for alarm and error monitoring e APS timing measurement and APS bytes capture e Pointer monitoring pointer adjustment pointer offset and G 783 pointer test sequences e ITU T compliant Jitter generation measurement tolerance amp transfer tests pointer jitter test in MuxTest mode e Real time wander TIE measurements and offline MTIE TDEV analysis software conforming to ITU T G 811 G 812 G 813 G 823 e Pulse mask analysis at 1 5 2 34 and 45 Mbit s SunSef SDH with Jitter and Wander Combining the power of a benchtop SDH PDH set and protocol analyzer into a handheld platform the SunSet SDH offers advanced testing for SDH PDH and ATM networks and services With electrical and optical interfaces the SunSet SDH tests from 64 kbit s to 622 Mbit
7. s STM 4 Its lightweight durability long battery life and low cost make it the ideal tool for field technicians in the access and metropolitan networks And with jitter and wander testing capabilities save time and money for installation maintenance troubleshooting and commissioning tasks either at the central office or in the field Tandem connections errors alarms APId capture and generation Voice frequency testing talk listen send receive tones noise measurements ATM testing at 1 5 2 34 45 155 and 622 Mbit s AIM traffic generation ATM QoS measurements ATM Adaptation Layer AALO AAL1 AAL2 AALS tests IP over ATM testing ATM DSL DSLAM test Benefits SDH PDH ATM feature rich Lightweight and highly portable Eliminates the need for multiple and heavier instruments without compromising test features or accuracy Intuitive and easy to use Cost effective and future proof Increases efficiency Consolidates training and shortens the learning curve Handles multiple tasks including installation maintenance troubleshooting and commissioning Supplied and supported in the UK by Phoenix Datacom tel 01296 397711 info phoenixdatacom com www phoenixdatacom com Applications Installation Maintenance Troubleshooting amp Commissioning The SunSet SDH is the ideal product for installation and bringing into service tasks in the field and central office Commission ing and acceptance tests
8. to ITU T G 825 Test frequencies Up to 30 points Technique Onset of errors Storage Up to 20 records Fast Jitter Tolerance Measurement PASS FAIL template Set to ITU T G 825 by default User programmable template frequency points amp amplitude values Technique Onset of errors Storage Up to 20 records Jitter Transfer Measurement PASS FAIL template Conforms to ITU T G 825 155 520 Mbit s 500 Hz to 1 3 MHz 622 080 Mbit s 1 kHz to 5 MHz Test frequencies Up to 30 points Storage Up to 20 records PDH T Carrier Jitter Jitter Measurement Measurement range According to ITU T 0 171 and 0 172 Wideband Jitter Measurement 1 544 Mbit s 10 Hz to 40 kHz SWSDHJ DSnJIT 2 048 Mbit s 20 Hz to 100 kHz SWSDHJ PDHJIT 34 368 Mbit s 100 Hz to 800 kHz SWSDHJ PDHJIT 44 736 Mbit s 10 Hz to 400 kHz SWSDHJ DSnJIT 139 264 Mbit s 200 Hz to 3 5 MHz SWSDHJ PDHJIT Highband Jitter Measurement 1 544 Mbit s 8 kHz to 40 kHz SWSDHJ DSnJIT 2 048 Mbit s 18 kHz to 100 kHz SWSDHJ PDHJIT 34 368 Mbit s 10 kHz to 800 kHz SWSDHJ PDHJIT 44 736 Mbit s 30 kHz to 400 kHz SWSDHJ DSnJIT 139 264 Mbit s 10 kHz to 3 5 MHz SWSDHJ PDHJIT PASS FAIL threshold Per ITU T G 823 G 824 or user defined Test rates 2 048 34 368 139 264 Mbit s 1 544 Mbit s 44 736 Mbit s Parameters Current peak peak Maximum peak peak RMS Maximum RMS Current peak and peak Maximum peak and peak Units UI Unit Interval Resolution 0 01 UI
9. 34M 139M CRC 4 E bit 2M Code BPV F bit P bit C bit FEBE CRC 6 1 5M 45M Typical error type reports Total error count error rate ES ES SES SES UAS UAS EFS EFS AS AS ITU T G 821 analysis ITU T G 826 analysis Based on anomalies defects far end indications M 2100 analysis Maintenance or BIS Alarm statistics Loss of signal seconds Loss of Frame seconds AIS seconds FAS RAI seconds 2M 34M 139M MFAS RAI seconds 2M only Yellow alarm seconds 1 5M 45M Low density seconds excess Os seconds 1 5M Frequency measurements Moving bar graph of slip count max fre quency min frequency frequency deviation in ppm clock slips max positive wander max negative wander Signal level measurement 1 5 2M 34M 45M PDH Mux Demux Testing Using two sets of physical ports 2 Tx 2 Rx The following combinations are applicable e 139M 34M e 45M 2M e 34M 2M e 139M 2M e 45M 1 5M MuxTest The test pattern is generated on the low or high speed port and the BERT is measured on the opposite port Voice Frequency Testing SWSDHJ 114 Monitor speaker with volume control Built in microphone speaker Companding A law p law Programmable idle channel A B C D bits 1 5M ABCD bits transmit and monitor in selected channel 2M VF level measurement 3 to 60 dBm resolution 0 1 dBm VF frequency measurement 50 to 3950 Hz resolution 1 Hz VF tone generation Variable tone 50 to 3950 Hz 1 Hz step 3 t
10. T G 707 Mapping Conforms to ITU T G 707 Transmitter Clock source Internal Bit rate 155 520 Mbit s 4 ppm Frequency offset 155 520 Mbit s 50 ppm in 1 10 100 ppm steps Loop Recovered from received signal External Synchronization to external 1 544 MHz or 2 048 MHz via 1 5 2M External Clock input 1 5 2M L2 Rx Synchronization to external 1 544 Mbit s or 2 048 Mbit s via 1 5 2M Line 2 input Pulse shape 155M electrical conforms to ITU T G 703 Receiver Frequency recovery range 155 520 Mbit s 150 ppm Input sensitivity Terminate 12 7 dB cable loss Monitor 20 dB resistive loss plus 12 dB cable loss Jitter tolerance Conforms to ITU T G 825 Impedance 75Q unbalanced 52M Electrical STM 0 Port Connector 75Q unbalanced BNC f Line coding B3ZS Framing Conforms to ITU T G 707 Annex A Mapping Conforms to ITU T G 707 Transmitter Clock Source Internal Bit rate 51 840 Mbit s 5 ppm Frequency offset 51 840 Mbit s 500 ppm in 1 10 100 ppm steps Loop Recovered from received signal Pulse shape Conforms to ITU R F 750 3 Receiver Frequency recovery range 51 840 Mbit s 500 ppm Input sensitivity Terminate 10 8 dB cable loss Monitor 3 to 26 dB resistive loss Impedance 75Q unbalanced f Payloads ITU T and ETSI mapping Manual and graphic configuration VC4 4c Bulk VC4 Bulk VC3 Bulk VC12 Bulk VC11 Bulk 139M 45M 34M 2M Async 1 5M Async Framed Unframed Structured PDH payloads Test Patterns
11. _ Accuracy Per ITU T 0 171 and 0 172 Test duration Timed or continuous Storage Up to 100 000 measurement intervals 20 records Measurement interval 1 second Jitter histogram Jitter Generation Modulation source type Sinusoidal Jitter amplitude frequency Conforms to ITU T 0 171 www sunrisetelecom com 7 j Jitter Tolerance Measurement PASS FAIL template Per ITU T G 823 G 824 Test frequencies Up to 30 points Technique Onset of errors Storage Up to 20 records Fast Jitter Tolerance Measurement PASS FAIL template Set to ITU T G 823 for 2M 34M 139M Set to ITU T G 824 for 1 5M 45M User programmable template frequency points amp amplitude values Technique Onset of errors Storage Up to 20 records Jitter Transfer Measurement PASS FAIL template Per ITU T G 735 G 736 G 737 G 742 G 751 G 752 1 544 Mbit s from 10 Hz to 40 kHz 2 048 Mbit s 10 Hz to 100 kHz 34 368 Mbit s 100 Hz to 800 kHz 44 736 Mbit s 10 Hz to 400 kHz Test frequencies Up to 30 points Storage Up to 20 records Pointer Jitter Test SDH PDH MuxtTest mode with Pointer Test Sequences generation on Tx side and Jitter measurements on the Rx side Wander Generation amp Measurement SDH PDH Wander Measurement Measurement range According to ITU T 0 171 and ITU T 0 172 Test interface 2 048 Mbit s SWSDHJ TIE 1 544 34 368 44 736 and 139 264 Mbit s SWSDHJ PDHTIE 155 020 Mbit s SWSDHJ 155MTIE 622 080 Mbits s SWSDHJ 622MTIE R
12. ach SSSTM1 13L 15L Optical Interface STM 0 1 1310 nm 1550 nm Long Reach SSSTM4 13IR Optical Interface STM 0 1 4 1310 nm Intermediate Reach SSSTM4 13L 15L Optical Interface STM 0 1 4 1310 nm 1550 nm Long Reach Optical Interface Connector Options SSSDHJ FC FCUPC Optical Connectors SSSDHJ SC SCUPC Optical Connectors Electrical Interface Connector Options SSSDHJ RJ45 1 5 2M RJ 45 Connectors SSSDHJ BTM 1 5M 2M Bantam Connectors Standard amp Configurable Accessories Options SSSDHC 101 SunSet SDH User s Manual SA904 Training CD SS138E SunSet AC Adapter 100 240 VAC 50 60 Hz 3 prong input Output 15 VDC 3 3A Only for use with SunSets with NiMH battery pack Power Cord SA155 EU 2 prong power cord plus ground for use in Europe Except UK SA155 NA 3 prong power cord for use in Latin America North America and Asia SA155 UK 3 prong power cord for use in United Kingdom 10 SunSet SDH Warranty SSSDHC W1 SSSDHC EW1 SSSDHC EW2 SSSTM1 13IR W1 SSSTM1 13IR EW1 SSSTM1 13IR EW2 STM1 13L15L W1 STM1 13L15L EW1 STM1 13L15L EW2 STM4 13IR W1 STM4 13IR EW1 STM4 13IR EW2 STM4 13L15L W1 STM4 13L15L EW1 STM4 13L15L EW2 SunSet SDHC W1 Standard Warranty SunSet SDHC 1 Yr Extended Warranty SunSet SDHC 2 Yr Extended Warranty OPTICAL INTERFACE STM 0 1 1310NM IR
13. can be performed with the same test set as jitter and wander features are part of the conformance procedures Maintenance and troubleshooting in service tasks can also be completed with the same handheld test set saving time and money Out of Service Testing e End to end BERT e Bringing into Service per ITU T M 2110 e AIM testing e Trace generation Round trip delay NE verification Pulse mask analysis at 1 5M 2M 34M and 45M Voice frequency testing Talk listen send receive tones e MuxTest Jitter tests Jitter generation and measurement Jitter tolerance and transfer measurement Pointer mapping jitter test Wander tests In Service Monitoring e Through protected monitoring points or optical splitters e Line through and payload through mode e Error performance analysis per G 826 G 828 G 829 M 2101 e SDH overhead bytes decode Pointer monitoring APS timing measurement and APS capture In service tributary scan Voice traffic monitoring In service jitter wander measurements Troubleshooting synchronization problems Out of Service testing A ADM DM A STM 16 4 Optical Ring ADM Round trip delay SDH PDH Py interface Jitter generation measurement Jitter Generation Jitter Measurement Jitter tolerance transfer measurements Jitter Wander testing External Clock Wander Measurement Primary Reference Clock Signal I
14. ce All product and company names are trademarks of their respective corporations Sunrise Telecom San Jose and Taiwan facilities are ISO 9001 certified Do not reproduce redistribute or repost without written permission from Sunrise Telecom SunSet SDH Data sheet C0129 May 11 2012
15. eference clock 1 544 2 048 5 10 MHz 1 544 2 048 Mbit s L2 Rx Parameters Real Time Measurements Time Interval Error TIE Amplitude ns Maximum and minimum TIE value Off line measurements SWSDHJ WAN Maximum Time Interval Error MTIE Time Deviation TDEV Graphic display of results according to G 810 G 811 G 812 G 813 and G 823 MTIE TDEV masks TIE data transfer from test set to PC via 10Base T port Wander Generation Modulation source type Sinusoidal Wander amplitude frequency According to ITU T 0 172 Test interface 2 048 Mbit s SWSDHJ TIE 155 020 Mbit s SWSDHJ 155MTIE 622 080 Mbit s SWSDHJ 622MTIE Reference clock 2 048 MHz Note 1 544 Mbit s TIE measurement accuracy does not fully meet ITU T 0 171 nd 0 172 AIM Testing Mapping 1 5 2M PLCP and HEC based per ITU T G 804 and also non G 804 compliant 34M PLCP and HEC based per ITU T G 804 with framing based on ITU T G 832 45M PLCP and HEC based per ITU T G 804 SDH HEC based per ITU T G 707 mapping using VC4 and VC12 Interface UNI and NNI per ITU T 1 361 Header control GFC VPI VCI PTI CLP Scrambling On or off Idle cells Idle or null C2 POH Hex 13 default Pattern truncate Display VPI VCI in decimal or hexadecimal ATM cell LED indicates presence of valid ATM cells OAM cell generation VCC scan 128 independent headers AAL 0 1 2 5 generation and analysis Quality of Service Timed or continuous measurement Programmable sta
16. ing 1 5 Mbps ATM Testing Includes User s Manual SSSDHC 101 3 2 Mbps ATM Testing Includes User s Manual SSSDHC 101 3 45 Mbps ATM Testing Includes User s Manual SSSDHC 101 3 34 and 155 Mbps ATM Testing Includes User s Manual SSSDHC 101 3 622 Mbps ATM Testing Includes User s Manual SSSDHC 101 3 ATM Software Package Includes SWSDH 130 and SWSDH 132 VC12 ATM Testing Pulse Mask Analysis Optical Accessories Optical Patch Cord SMF FCUPC to FCUPC 6 Optical Patch Cord SMF FCUPC to SCUPC 6 Optical Patch Cord SMF FCUPC to STUPC 6 Optical Patch Cord LCUPC to SCUPC 6 Optical Patch Cord LCUPC to FCUPC 6 Optical Patch Cord SCUPC to SCUPC 6 Optical Patch Cord SCUPC to STUPC 6 Optical Attenuator FC PC 10 dB Optical Connector Adapter FCUPC to SCUPC Changes a FC f appearance to a SC f Optical Connector Adapter SCUPC to FCUPC Changes a SC f appearance to a FC f Optical Attenuator SC PC 10 dB Optical Splitter FC PC 90 10 Optical Splitter FC PC 50 50 Optical Splitter SC PC 90 10 Optical Splitter SC PC 50 50 www sunrisetelecom com 11 c gt SUNRISE TELECOM Productivity Rising NETWORK PERFORMANCE AND SECURITY Supplied and supported in the UK amp Ireland by Phoenix Datacom tel 01296 397711 info phoenixdatacom com www phoenixdatacom com 2011 Sunrise Telecom Incorporated All rights reserved Specifications subject to change without noti
17. n Service monitoring A ADM i ADM aH Through mode 2 SunSet SDH j SDH Specifications 622M 155M 52M Optical STM 4 1 0 Port Connector FCUPC or SCUPC Line coding NRZ Mode Single and multi mode compatible Complies to ITU T G 957 Framing Conforms to ITU T G 707 Mapping Conforms to ITU T G 707 Transmitter Clock source Internal 4 ppm Bit rates 622 Mbit s 155 Mbit s 52 Mbit s 4 ppm Frequency offset 622 080 Mbit s 50 ppm in 1 10 ppm steps 155 520 Mbit s 50 ppm in 1 10 ppm steps 51 840 Mbit s 50 ppm in 1 10 ppm steps Loop Recovered from received signal External Synchronization to external 1 544 MHz or 2 048 MHz via 1 5 2M External Clock input 1 5 2M L2 Rx Synchronization to external 1 544 Mbit s or 2 048 Mbit s via 1 5 2M Line 2 input Output power range 155 622 Mbit s 1310 nm Intermediate Reach 8 to 15 dBm 1310 nm Long Reach 2 to 3 dBm 1550 nm Long Reach 2 to 3 dBm Laser Safety IEC825 1 Class 1 21 CFR 1040 10 amp 1040 11 Receiver Frequency recovery range 622 080 Mbps 50 ppm 155 520 Mbps 50 ppm 51 840 Mbps 50 ppm Wavelength 1280 1580 nm Input power range 155 622 Mbit s 1310 nm Intermediate Reach 30 dBm 1310 nm Long Reach 30 dBm 1550 nm Long Reach 30 dBm Maximum input power 1310 Intermediate Reach 3 dBm 1310 1550 nm Long Reach 5 dBm 155M Electrical STM 1 Port Connector 75Q unbalanced BNC f Line coding CMI Framing Conforms to ITU
18. ndication Statistics PINGs sent state received unreachable missing Round trip Current average maximum and minimum PING response echo Time IP addresses total PINGs Product Description Upgrades SW options upgradeable via software in field cartridge replacement Display Backlit 320 x 240 pixels STN indoor outdoor Color screen with CFL Backlight Printer Report printing via serial port RS 232 DIN 9 Network 10Base T DIN 9 Battery Built in NiMH rechargeable battery pack Power AC operation w 100 to 240 VAC 50 60 Hz universal charger Environmental Operating temperature 32 to 113 F 0 to 45 C Storage temperature 4 to 158 F 20 to 70 C Humidity 5 to 90 noncondensing Dimensions Size 4 3 x 2 8 x 10 6 in 11 x 7 x 27 cm Weight 3 3 Ib 1 5 kg www sunrisetelecom com 9 j Ordering Information SSSDHC STM16J SunSet SDHC Jitter and Wander 2M 34M and 155M test interfaces RS232 and 10Base T ports Includes Certificate of Calibration Windows Remote Control Histogram Analysis 1 5 Mbps Testing 45 Mbps Testing 139 Mbps Testing PDH MUX DEMUX Testing 52 Mbps Testing G 783 Pointer Test Sequences Tandem Connections Monitoring APS Switching Timing SA295 and 1 year standard warranty Excludes Battery and Accessories which are warranty for one year Optics Options SSSDHJ NONE Electrical only unit BNC No optical Connectors SSSTMI1 13IR Optical Interface STM 0 1 1310 nm Intermediate Re
19. nnection LTC Loss of Multiframe LOM Incoming Error Count IEC Tandem Connection Remote Error Indication TC REI Tandem Connection Alarm Indication Signal TC AIS Tandem Connection Remote Defect Indication TC RDI Tandem Connection Outgoing Defect Indication TC ODI Tandem Connection Outgoing Error Indication TC OEI Tandem Connection UnEquipped TC UNEQ Tandem Connection Errors Difference TC DIFF Graphical display Automatic Protection Switch Time Measurement Measures time that anomaly is present Resolution 1 ms Anomaly selection MS AIS B2 errors B3 error AU AIS TU AIS LOS Selectable switch time to display PASS or FAIL Selectable gate time to control the minimum interval for the circuit to be anomaly time 4 SunSet SDH j APS timing at 2M interfaces 2M AIS 2M LOS APS bytes capture Capture and decode states of K1 K2 bytes Store hundreds of messages Ring and linear decoding 125 us resolution Optional trigger with wildcards Timestamp in frames or ms Duration in absolute or elapsed time Save or print results Load and decode past results Service disruption bulk payloads PDH T Carrier specifications 139M Port Connector 75Q unbalanced BNC f Line coding CMI Transmitter Clock source Internal Bit rate 139 264 Mbit s 5 ppm Frequency offset as test interface and as a payload 139 264 Mbit s 150 ppm in 1 10 100 ppm steps Loop Recovered from received signal Pulse shape Conforms to ITU T G 703 F
20. o 60 dBm 1 dBm Peak code and coder offset measurements Noise measurements Receiver filters 2M 3 1 kHz Psophometric 1010 Hz notch 1 5M 3 kHz flat C message C notch Pulse Mask Analysis SWSDHJ 190 1 5M 2M 34M and 45M pulse mask Scan period 500 ns On screen pulse shape display with G 703 Pulse Mask verification Displays pulse width rise time and fall time in ns overshoot undershoot 1 5M masks ANSI 11 102 11 403 AT amp T TR 62411 G 703 45M masks ANSI 11 404 G 703 6 SunSet SDH j Common To SDH PDH T Carrier Auto Configuration Single button configuration Automatically scans all test interfaces for signal Configures test set based on received signal Sets rate mapping payload and or test pattern Propagation Delay Measurement Round trip signal transmission delay Measures in us and UI Unit Intervals Measurement Criteria Test results events storage and events log capability Stores up to 20 test results or 800 errors or alarms events with user definable labels lock unlock records available to screen view or print Stores up to 10 user configurations profiles with alphanumeric labels Print on event can be enabled or disabled Print at timed interval settable from 2 min up to 999 hr 59 min Measurement duration continuous or timed settable up to 999 hr 59 min Elapsed time remaining time Programmable start date and time Audible alarm On off switchable Histogram Analysis Err
21. offset Line or payload offset in 1 10 ppm steps SDH PDH Mux Demux Testing Using two sets of physical ports 2 Tx 2 Rx The following combinations are applicable e 622M 0 139M e 622M 0 45M e 622M 0 34M e 622M 0 2M e 622M 0 1 5M 155M 0 139M 155M E 0 45M 155M E 0 34M 155M E 0 2M e 155M E 0 1 5M MuxTest The test pattern is generated on the low or high speed port and the BERT is measured on the opposite port MuxMode Emulation of a mux for 1 5M 2M payloads only SDH SDH Mux Demux Testing SWSDHJ 116 The following combinations are applicable e 622M 0 155M E 0 155M E 0 52M E e 622M 0 52M E e 155M E 0 45M Through Mode Line through Payload through All SOH bytes can be modified except for B1 B2 H1 H2 bytes Alarms error insertion LOS LOF MS AIS MS RDI B1 B2 MS REI Pointer Test Sequences Specification ITU T G 783 AU or TU pointer Sequences Single burst phase transient burst periodic 87 3 26 1 opposite increase decrease and custom Movement Increase decrease increase decrease Anomalies Added cancel and none Tandem Connections Monitoring N1 byte for High Order Paths VC 3 VC 4 N2 byte for Low Order Paths VC 11 VC 12 Analysis of data display of data in the form of alarms performance figures and APld messages as specified in ITU T G 707 Generation and detection of the following parameters Loss of Tandem Co
22. ors Alarms Pointer graphic display in real time Stores current results with 1 second resolution for the last 60 min utes 1 minute resolution for the last 72 hours and 15 minute resolution for the last 57 days CSV format storage Status and Alarm Indicators Power and low battery LED indicators Pattern Sync and Bit Error 139M and STM N signal Alarm Frame Errors Pointer ATM cell 8M 34M and 45M signal Alarm Frame and Errors 1 5 2M L2 Alarm Errors 1 5 2M L1 Alarm Errors Jitter Generation amp Measurement SDH Jitter Jitter Measurement Measurement range According to ITU T 0 172 Wideband Jitter Measurement 155 520 Mbit s 500 Hz to 1 3 MHz SWSDHJ 155MJIT 622 080 Mbit s 1 kHz to 5 MHz SWSDHJ 622MUJIT Highband Jitter Measurement 155 520 Mbit s 65 kHz to 1 3 MHz SWSDHJ 155MUJIT 622 080 Mbit s 250 kHz to 5 MHz SWSDHJ 622MJIT PASS FAIL threshold Per ITU T G 825 or user defined Test rates 155 520 Mbit s 622 080 Mbit s Parameters Current peak peak Maximum peak peak RMS Maximum RMS Current peak and peak Maximum peak and peak Units UI Unit Interval Resolution 0 01 UI Test duration Timed or continuous Storage Up to 100 000 measurement intervals 20 records Measurement interval 1 second Jitter histogram Jitter Generation Modulation source type Sinusoidal Jitter amplitude frequency Conforms to ITU T 0 172 Jitter Tolerance Measurement PASS FAIL template Conforms
23. pm steps External clock input port 1 544 MHz Recovered from Line 2 input 1 544 Mbit s Loop Recovered from received signal Pulse shape Conforms to ITU T G 703 Framing Unframed SF D4 ESF Conforms to ANSI 11 102 107 107A 403 and 404 Also Telcordia TR TSY 000009 and TR TSY 000191 Fractional T1 Error measurements channel configuration verification Nx64 kbit s or Nx56 kbit s consecutive or nonconsecutive N 1 to 24 Set Tx and Rx channels independently Through mode Test pattern on selected channels all others through Receivers Lines 1 and 2 Frequency recovery range 1 544 Mbit s 500 ppm Input sensitivity Terminate Bridge 6 to 36 dB cable loss Monitor 15 to 25 dB resistive loss Jitter tolerance Conforms to ITU T G 824 Impedance Terminate Monitor mode 1002 balanced Bridge gt 10000 Test Patterns 273 1 279 1 218 1 2 1 29 1 27 1 26 1 All Os All 1s Alt 1010 20ITU ORS 1 8 1 16 3 24 User 10 user patterns defined up to 32 bits Test pattern inversion PDH T Carrier Error Injection 139M 34M Code Bit FAS 45M Code Bit Frame C bit P bit FEBE 2M Code Bit CRC 4 E bit FAS 1 5M BPV Logic CRC 6 Frame Programmable error burst 1 to 9999 count or error rate 2 x 10 to 1x 10 PDH T Carrier Alarm Generation 139M 34M AIS FAS RAI 45M 1 5M AIS Yellow Idle 2M AIS FAS RAI MFAS RAI PDH T Carrier Measurements 139M 45M 34M 2M 1 5M Error type Code bit FASE 2M 8M
24. raming Unframed framed structured per ITU T G 751 Receiver Frequency recovery range 139 264 Mbit s 150 ppm Input sensitivity Terminate 12 dB cable loss Monitor 20 dB resistive loss plus 12 dB cable loss Jitter tolerance Conforms to ITU T G 823 Impedance 75Q unbalanced 45M Port Connector 75Q unbalanced BNC f Line coding B3ZS Transmitter Clock source Internal Bit rate 44 736 Mbit s 5 ppm Frequency offset as test interface and as a payload 44 736 Mbit s 500 ppm in 1 10 100 ppm steps Loop Recovered from received signal Pulse shape Conforms to ITU T G 703 Framing Unframed M13 and C bit Receiver Frequency recovery range 44 736 Mbit s 500 ppm Input sensitivity Terminate Up to 6 dB cable loss Monitor 6 dB to 26 dB resistive loss Jitter tolerance Conforms to ITU T G 824 Impedance 75Q unbalanced 34M Port Connector 75Q unbalanced BNC f Line coding HDB3 Transmitter Clock source Internal Bit rate 34 368 Mbit s 5 ppm Frequency offset as test interface and as a payload 34 368 Mbit s 500 ppm in 1 10 100 ppm steps Loop Recovered from received signal Pulse shape Conforms to ITU T G 703 Framing Framed unframed structured per ITU T G 751 Receiver Frequency recovery range 34 368 Mbit s 500 ppm Input sensitivity Terminate 12 dB cable loss Monitor 20 dB resistive loss plus 12 dB cable loss Jitter tolerance Conforms to ITU T G 823 Impedance 75Q unbalanced
25. rt time and date Traffic Supervision 8 independent VCC filters 1 foreground 7 background Foreground Full QoS BERT OAM counter and statistics Background Traffic statistics and OAM monitoring only Quality of Service Errored cells and CER lost cells and CLR misin serted cells and CMR SECB and SECB rate ATM alarms VP VC LOC AIS RDI LFMF segment end to end Global measurements Total cells idle cells HEC errors correctable and non correctable HEC rate Delay measurements Cell Transit Delay CTD MEAN MIN and MAX and Cell Delay Variation CDV Peak to Peak 2 point MAX MIN Requires timestamp field or 0 191 test cell Total congested tagged count and rate Cps cells per second Bit errors and bit error rate CRC errors OAM cell count F4 F5 segment end to end AlS RDI loopback OAM count Continuity check Performance management Graphical display in histogram format of bit errors CHEC NCHEC cell loss seconds cell errors and OAM cell count F4 F5 segment end to end AIS RDI loopback AIM View Test Records Stores up to 20 ATM test results with user definable labels Lock unlock records available to screen view or print Transferable to PC in CSV format by using Windows Remote Control VCC Scan Up to 128 independent headers GFC VPI VCI PTI CLP AAL type AAL scan Save up to 8 VCC configurations Utilization Cell Capture amp Decode Cell type capture selection User OAM USER OAM Full
26. ve wander max negative wander Automatic tributary scan 80 characters line report of alarms errors per tributary In service and out of service for 1 5M VC11 Bulk 2M VC12 Bulk 34M 45M 139M VC3 Bulk and VC4 Bulk inside STM1 4 16 with full report SDH Overhead Features Overhead monitor and decode Text encoding of all applicable bytes K1 K2 S1 C2 etc Full SOH POH Overhead bytes control in binary or HEX format Programming K1 K2 APS signalling bytes per ITU T G 783 amp G 841 Trace generation JO Section trace generation 1 byte SAPI format or 16 bytes E 164 ASCII CRC 7 J1 J2 Path trace generation 16 bytes E 164 ASCII sequence CRC 7 or 64 bytes E 164 ASCII sequence Through mode for JO J1 J2 bytes Stores up to 5 traces per byte with alphanumeric labels Programmable expected trace data for JO J1 and J2 bytes Path overhead monitor and decode Text encoding of all applicable bytes K1 K2 S1 C2 etc Programmable POH bytes DCC BER testing through D1 to D3 D4 to D12 bytes Orderwire Talk listen through E1 E2 bytes Pointer monitor AU bytes H1 and H2 TU bytes V1 and V2 Display number of pointer operations with respect to time Instantaneous pointer value display Graphical display of pointer movements with histogram format Pointer adjustment Programming of pointer value NDF and SS bits Increase and decrease the pointer value SONET mode Setting SS bits to generate detect SONET signal Pointer
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