STT® ONE - Phoenix Datacom
Contents
1. 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 A427 Stand Alone Accessory Package for the STT Modules 130 Watt Includes Cable 100 Ohm CAT 5 RJ45 m to RJ45 m Cross over 6 SA265 Cable 100 Ohm CAT 5 RJ45 m to RJ45 m Straight 6 SA266 AC Power Adapter 130 Watt SA170 STT Bus Case SA144 4 Screw on feet SA620 Semi rigid Carrying Case with wheels and telescoping handle Semi rigid Carrying Case with wheels and telescoping handle Example STT combinations Up to one 110mm module plus two 65mm module with STT 1501 or STT 1505A One 150mm module with STT 1521 or STT 1525 SA622 Hard Carrying Case with Wheels STT Replacement Manuals SA925 ONE User s Manual STT 6000 ONE Module SAI70 2 cess STT Power Supply for stand alone mode lt gt SUNRISE TELECOM Productivity Rising QOOBMGE DJA T JAI CIO M 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 notice All product and company names are trademarks of their respective corporations Sunrise Telecom San Jose and Taiwan facilities are ISO 9001 certified Do not2. Overhead Monitor Hex display of all bytes OTU ODU and OPU Text decode of all applicable bytes conforms to ITU T G 709 TTI SM OTU PM ODU TCM1 6 FTFL APS PCC PSI Overhead Programming Hex input for all bytes except framing FAS and MFAS parity BIP8 BEI and justification JC Trail Trace Identifier TTI Generation SM OTU PM ODU TCM1 6 SAPI DAPI 16 bytes E 164 ASCII seq Operation bytes 32 bytes HEX or E 164 ASCII sequence Automatic Protection Switching APS Protection Communication Channel PCC bytes control amp decode per ITU T G 709 and G 873 Fault Type Fault Locator FTFL control and decode Forward and backward field structure per ITU T G 709 Payload Structure Identifier Payload type generation decode Hex mode or text mode Conforms to ITU T G 709 PT decode requires locking to MF 1 Overhead Sequence Generation Bytes TTI SM PM TCM1 6 1 to 64 bytes GCO 2 bytes GCC1 2 bytes GCC2 2 bytes APS PCC 4 bytes or any single overhead byte Generates up to 256 elements where each element value can be transmitted in up to 65536 consecutive frames Overhead Sequence Capture 0A1 0A2 6 bytes TTI SM PM TCM1 6 1 to 64 bytes GCO 2 bytes GCC1 2 bytes GCC2 2 bytes APS PCC 4 bytes or any single overhead byte Captures up to 4096 elements where each element value can be detected in up to 65536 consecutive frames GCCO GCC1 or GCC2 Drop and Insert GCCO GCC1 or GCC2 BER Test
3. Pulse masks storage and recall E1 Overhead FAS Display of both send and receive data from timeslot 0 even frames NFAS Display of both send and receive data from timeslot 0 odd frames control and decode of E bit error control and decode of FAS RAI alarm bits control and decode of Sa bits MFAS PCM30 and PCM30c framing only Display of both send and re ceive data from timeslot 16 control and decode of X bits in frame 0 control and decode of MFAS RAI alarm bit in frame 0 control and decode of ABCD signaling bits for channels 1 to 30 View Data Snap shot of data being received on all timeslots Pause control with view of eight frames Common to OTN SDH SONET PDH T Carrier Measurements Frequency measurements Current max min frequency Clock slip measurements Clock slips frame slips positive wander negative wander plus moving bar graph of slip count when refer ence clock set to External Histogram analysis Errors Alarms Pointer graphic display in real time Stores current results with 1 second resolution for the last 60 minutes 1 minute resolution for the last 72 hrs and 15 minute resolution for the last 60 days Compare two parameters to visually detect correlation Propagation delay Measurement setting Continuous measurement Programmable start time and duration Elapsed time remaining time display Measurement result management Save As Save measurement results to the hard drive or other removable media Open Ope
4. 001 ppm resolution Receive Recovered from received signal External Synchronization to external 2 048 Mbps or 2 048 MHz SDH 1 544 Mbps or 1 544 MHz SONET Pulse shape Conforms to ITU T G 703 Framing Conforms to GR 253 and ITU T G 707 Receiver Frequency recovery range 155 520 Mbps 50 ppm Input sensitivity Terminate 12 7 dB cable loss Monitor 0 to 12 7 dB 20 dB resistive loss plus 12 7 dB cable loss Jitter tolerance Conforms to ITU T G 825 52M Electrical STM 0 STS 1 Port Connector 75Q unbalanced BNC f Line coding B3ZS Complies to Telcordia GR 253 September 2000 issue amp ITU T G 703 Transmitter Clock source Internal Bit rate 51 840 Mbps 4 5 ppm Frequency offset 50 ppm in with 1 0 1 0 01 or 0 001 ppm resolution Receive Recovered from received signal External Synchronization to external 2 048 Mbps or 2 048 MHz SDH 1 544 Mbps or 1 544 MHz SONET Pulse shape Conforms to GR 253 and ITU R F 750 3 Framing Conforms to GR 253 and ITU T G 707 Receiver Frequency recovery range 51 840 Mbps 50 ppm Input sensitivity 26 dB from STX 1 20 dB plus 6 dB cable loss Jitter tolerance Conforms to ITU T G 825 Clock Output Connector 50Q SMA Signal 1v peak to peak Frequency 10G 622 080 MHz 2 5G 622M 155 520 MHz 77 76 MHz 155M 52M 19 44 MHz PDH T Carrier STT 6250 139M E4 Port Connector 75Q unbalanced BNC f Line coding CMI Framing Unframed Framed Structured per ITU T
5. 192c SPE STS 48 SPE STS 24c SPE STS 12c SPE STS 9c SPE STS 6c SPE STS 3c SPE STS 1 SPE DS3 E3 VT2 E1 VT1 5 DS1 Test Patterns PRBS 2 1 2 5 10G 23 1 22 1 215 1 2 1 29 1 Fixed All 1s All Os Alt 1010 1 4 User 10 programmable 16 bit user patterns Pattern names up to 10 characters Test pattern inversion Error Injection Code STS 1e STS 3e Bit Frame except at 10 Gbps B1 CV S B2 CV L B3 CV P BIP V REI L REI P REI V Burst 1 to 8000 Rate 1x10 to 2x10 depending on configuration Alarm Generation Section LOS LOF TIM S Line AIS L RDI L Path LOP P AIS P UNEQ P TIM P RDI P ERDI P VT Path LOP V AIS V UNEQ V TIM V RDI V ERDI V Measurements Errors B1 CV S B2 CV L B3 CV P BIP V CV V REI V REI L REI P Alarms LOS LOF TIM S P V AIS L P V RDI L P V ERDI P V LOP P V PLM P V UNEO P V TIM P optional Failure indications for all alarms Error performance analysis Telcordia GR 253 CORE Section SEFS S CV S B1 ES S SES S Line near end CV L B2 ES L SES L UAS L FC L Line far end CV LFE REI L ES LFE SES LFE UAS LFE FC LFE Path near end CV P B3 ES P SES P UAS P FC P Path far end CV PFE REI P ES PFE SES PFE UAS PFE FC PFE VT Path near end CV V BIP 2 ES V SES V UAS V FC V VT Path far end CV VFE REI V ES VFE SES VFE UAS VFE FC VFE Pointers PPJC P VDet NPJC P VDet PPJC P VGen NPJC P VGen PJCDiff P V PJCS
6. GR 253 amp ANSI T1 105 2001 e SDH SONET error performance analysis per ITU T G 821 G 828 G 829 M 2101 M 2110 M 2120 and Telcordia GR 253 e Virtual Concatenation Testing VC 4 X v VC 3 X v VC 12 X v VC 11 X v STS 3 X v STS 1 X v VT1 5 X v VI2 X v e Differential delay generation measurement and payload reassembly up to 256 ms e Path overhead bytes control and decode on each member e Error injection alarm generation on each member Generic Framing Procedure GFP Conforms to ITU T G 7041 and ANSI T1 105 2001 GFP F GFP T support GFP header control error injection and error detection Mapping demapping of GigE payloads into SDH via GFP T port NETWORK PERFORMANCE AND SECURITY www sunrisetelecom com J Ethernet over SDH SONET EoS e Ethernet frames generation via GFP F e Layer 2 Layer 3 testing including VLAN and MPLS tags e RFC 2544 IP Ping and Ethernet packet capture Link Capacity Adjustment Scheme LCAS e Conforms to ITU T G 7042 and ANSI T1 105 2001 e Emulation of Source and Sink state machines per member e Generation and capture of member status information Traditional SDH SONET e Mapping demapping of payloads from VC4 64c STS 192c down to VC11 VC12 VT1 5 VT2 SDH SONET errors alarms detection and generation SDH SONET overhead control and decode Pointer monitoring and adjustment APS timing measurement PDH T Carrier Testing e Error performance analysis per ITU T G 826 M 2100 e
7. LOP P V UNEQ P V H4 LOM Error performance analysis per group member SDH Per ITU T G 821 G 826 G 828 M 2101 M 2120 SONET Per Telcordia GR 253 Generic Framing Procedure GFP F Per ITU T G 7041 G 707 and ANSI T1 105 02 2001 Traffic generation Ethernet frames Frame size Up to 65539 bytes Bandwidth dependent on Virtual Concatenation GFP Payload type header control PTI PFI EXI linear and null CID linear only and UPI GFP F Frame frames generation Measurements Idle frames Total frames Total octets Client frames Client frames with FCS Client management frames Extension header OK frames Type header OK frames Null extension frames Linear frames Ring frames Ethernet mapped frames Errors GFP F Correctable cHEC errors uncorrectable cHEC errors correctable tHEC uncorrectable tHEC correctable eHEC uncor rectable eHEC payload FCS Alarms GFP Synchronization failure GFP T Testing Per ITU T G 7041 G 707 and ANSI T1 105 02 2001 GFP T MuxMode Mapping demapping of external generated GigE payload into SDH SONET using GFP Transparent Requires external SFP SA580 850 SA580 1310 or SA580 1550 GFP T Header control and decode Payload Type Identifier PTI Payload FCS Indicator PFI Frame Check Sequence FCS Extension Header Identifier EXI User Payload Identifier UPI Channel ID CID Superblock value N GFP T Error injection Single and multiple Core header cHEC Payload type header cHEC Extensi
8. Mbps 50 ppm Input sensitivity Terminate Bridge 6 to 36 dB cable loss Monitor 15 to 30 GB resistive loss Jitter tolerance Conforms to GR 499 and ITU T G 824 Impedances Term Monitor 100Q balanced 75Q unbalanced Bridge 1000 or greater Clock Output Connector 50 SMA Signal 1v peak to peak Frequency Line rate Test Features Application Modes Standards OTN NGN SDH SONET Legacy SDH PDH or SONET T Carrier Measurement Modes Out of service BERT or In service Live Tx and Rx Coupled Tx and Rx are coupled together and have the same configuration Independent Tx and Rx may be configured independently Memmi aens iie Syste ft frets Fiber D z Fos werf menil a ohi ee Enge Pomma fom SH orvastu es AAC ASNC ers OFU Fog Omet wo jaj otn son gt p Rham OTUS THEA Auseac 8 ASN Ma TI Test Modes Single Point to Point Tx and Rx are set to the same rate Through Mode Operation all interface rates Line through Passes entire signal through with no manipulation of overhead or injection of errors or alarms Overhead can be monitored alarms and errors measured Payload through Passes payload through Passes path overhead through SOH SDH SONET OPU OTN errors alarms insertion generation possible SOH SDH SONET OPU OTN overhead control possible except pointers OTN Mux Test The test pattern is generated on SDH SONET or OTN Tx and the BERT is measured on the OTN or SDH SO
9. STT Optical Network Expert ONE is a powerful and versatile test module for the Scalable Test Toolkit STT for testing emerging technologies such as OTN ITU T G 709 and next generation SDH SONET as well as traditional SDH SONET offering service providers a complete solution for today s metro and core networks By integrating OTN and EoS VCAT GFP and LCAS testing into a single compact unit the STT ONE module is extremely cost effective because it eliminates the need for multiple instruments OTU1 2 66 Gbps and OTU2 10 7 Gbps interfaces ODU Time Division Multiplexing ODU1 into OPU2 Synchronous asynchronous mapping of SDH SONET signals OTN SDH OTN SONET mux test Error performance analysis per ITU T G 8201 and M 2401 OTU ODU OPU error injection amp alarm generation e OTU ODU and OPU bytes control and decode Next Generation SDH SONET With the growth of IP services and the increasing need to leverage existing SDH SONET networks service providers must routinely monitor and test NGN to ensure packet based traffic is properly delivered across the network STT ONE offers a complete solution for NGN In addition high and low order virtual concatenation capabilities help verify end to end connectivity Its differential delay detection and generation functions help measure the delay in the existing network and stress the far end payload assembly circuitry Virtual Concatenation VCAT e Conforms to ITU T G 707 Telcordia
10. defines the step size and duration as well as the starting amp stopping rates This is designed for burn in testing and avoids problems associated with testing at maximum throughput rates IP Test Ping Test Configuration Ping Rate 1 to 20 pings per second Number of Pings 1 to 9999 or Continuous Frame Length 64 to 1518 bytes TTL 1 to 255 Timeout 1 to 5 seconds Ping Destination IP Address or URL Ping Results Sent Number of pings sent to the network Received Number of correct Echo Response packets received Unreached Number of Echo Response packets w unreached label received Lost Number of Echo Response packets missing Time Exceeded Number of pings that timed out per user configuration Roundtrip Measure of roundtrip delay current average max min Ping Response Automatically responds to incoming Echo requests running con tinuously in background while an IP connection is in place Trace Route Test Configuration TTL 1 to 255 Timeout 1 to 5 seconds Ping Destination IP Address or URL Loopback Loopback Layers Layer 2 Frames are looped with their MAC Source and Destination addresses swamped Layer 3 Frames are looped with their MAC and IP Source and Destination addresses swapped Loopback Modes Manual Fully compatible with all other Ethernet devices Loopback Commands Loop Up Loop Down Packet Capture and Decode The STT ONE module can capture thousands of Ethernet frames in real time Captured
11. interfaces with BNC connectors Supports 52M 155M 622M 2 5G and 2 66G optical interfaces Includes OTN Testing OTU1 Optical attenuator FCPC 10 dB SA521 or SPCPC 10 dB SA531 Optical Network Expert Module Software STT 6000 SW1 Optical Network Expert Module Users s Manual SA925 one year standard warranty and Certificate of Calibration 10 10 7G Optics Options Mutually exclusive Option must select one STT 6111 10 10 7G amp 2 5 2 66G Single Wavelength 1310 nm Intermediate Reach Tx Rx optical transceiver for 2 66G 2 5G 622M 155M and 52M 1550 nm 20 km Tx PIN Rx optical transceiver for 10G and 10 7G Includes OTN Testing OTU2 and ODU1 to OPU2 Time Division Multiplexing Optical Attenuator FCPC 10 dB SA521 or SCPC 10 dB SA531 STT 6123 10 10 7G Single amp 2 5 2 66G Dual Wavelengths 1310 nm Intermediate Reach Tx 1550 nm Long Reach Tx Wideband Long Reach Rx for 2 66G 2 5G 622M 155M and 52M 1550 nm 20 km Tx PIN Rx optical transceiver for 10G and 10 7G Includes OTN Testing OTU2 and ODU1 to OPU2 Time Division Multiplexing Optical Attenuator FCPC 10 dB SA521 or SCPC 10 dB SA531 EOS OTN Hardware Option STT 6200 EoS HW option VCAT GFP LCAS testing for all SDH SONET rates Includes GFP T testing STT 6350 PDH T Carrier Hardware Option STT 6250 PDH T Carrier Hardware Options Primary Port for bit rates from 1 5 2M to 14
12. oeodes PB icapnees Throughput Duration 4 to 60 seconds or 10k to 10 000k frames Starting Rate 1 to 100 Resolution Down to 0 01 Latency Duration 4 to 3600 seconds Warm up Period 4 to 3600 seconds Repetitions 1 to 50 Test Rate Measured throughput rate or user defined Frame Loss Rate Duration 4 to 60 seconds or 10k to 10 000k frames Starting Rate 1 to 100 Step Size 1 to 100 Back to back Frames Duration 2 to 100 seconds Repetitions 1 to 100 Resolution Down to 1 frame or 0 01 Frame Configuration Preset Frame Lengths 64 128 256 512 1024 1280 1518 4096 12000 All frame lengths are user configurable 64 bytes is not available for VLAN testing except as user defined frame length Extended Features The following features go beyond the RFC 2544 standards but they improve the ease speed and interpretation of the tests Quick Latency The Quick Latency test is an alternative to the time consuming RFC 2544 standard When enabled the Quick Latency test measures the latency of the frames during the Throughput test and requires no additional testing time Thresholds The thresholds for Throughput and Latency provide a pass fail indi cation for service compliance so that the RFC 2544 test results can be quickly and easily interpreted Network Element Test The tests are performed as a ramp test incrementally stepping through rates rather than finding optimum throughput rate The user
13. packets can be analyzed immediately or saved and opened with another application This feature is compatible with the most popular packet analysis software suites Packet Capture is available in all Ethernet test modes FRA ile View Contguretion Result Tools Window Heip X e Identify active Tae g VLANs ie i e Inspect non test traffic T 4 799 e Measure delay between packets z EETET PE EIE e Troubleshoot higher layer protocols 43 Pre Filter Bitwise filter on frame header Buffer Size 16 MB Protocols Decoded MAC LLC 802 1q VLAN 802 2 LLC 802 3 ETH 802 5 TR Ethernet I Novell Raw IEEE Vendor Code MAC Control TR SNAP Source Routing Cisco Cisco ISL Bridge Protocol BPDU GARP GMRP GVRP IP SPX IPX SPX SAP RIP NCP TCP IP ARP BGP BOOTP DHCP DNS FTP GRE HTTP ICMP IGMP IP NNTP OSPF POP3 RARP RIP RSVP SMTP SNMP TCP TELNET TFTP UDP IpSec Security AH ESP Radius NETBIOS NetBIOS NetBIOS Datagram NetBIOS Name NetBIOS Ses sion SMB APPLETALK AARP ADRP ADSP AEP ATP DDP NBP RTMP ZIP PPP PPP LCP protocol PPPoE VoIP H 225 H 245 H 323 MGCP PPTP 0 931 RAS RTCP RTP SIP T 120 protocols www sunrisetelecom com 13 Product Description Configuration Auto configuration Automatically determines rate framing payload structure and test pattern Configures Tx to match the receiver Save View Load configurations Save r
14. 0M Bantam connector for balanced 1 5 2M BNC connector for 2M 8M 34M 45M and 140M Auxiliary port Unbalanced BNC for 2M and 34M Optical Connectors Mutually exclusive Option must select one STT 6953 Standard universal optical based connectors with UPC termination DEFAULT OPTION STT 6959 Optional APC 9 Degree Connector Replace all standard UPC connectors with APC 9 degree version Check with factory availability Optional Items Universal Connector Adapters SA527 FC adapter for Universal Optical connector Replacement FC adapter for Universal Optical connector SA528 SC adapter for Universal Optical connector Replacement SC adapter for Universal connector SAS 29 vote stra LC adapter for Universal Optical connector Replacement LC adapter for Universal Optical connector Check with factory for availability and lead time SA530 ST adapter for Universal Optical connector Replacement ST adapter for Universal Optical connector Check with factory for availability and lead time SA532 eeann DIN adapter for Universal Optical connector Replacement DIN adapter for Universal Optical connector Check with factory for availability and lead time SFPs for GFP T esting SA580 850 850 nm SFP Optical Transceiver 850 nm Multimode transceiver plug in for Gigabit Ethernet and 1G 2G Fibre Channel LC Connector SA580 1310 1310 nm SFP Optical Trans
15. 1 Optical Network Expert Module Software STT 6000 SW1 Optical Network Expert Module Users s Manual SA925 one year standard warranty and Certificate of Calibration 2 5 2 66G Optics Options Mutually exclusive Option must select one STT 6011 2 5 2 66G Single Wavelength 1310 nm Intermediate Reach Tx Rx optical transceiver for 2 66G 2 5G 622M 155M and 52M STT 6023 2 5 2 66G Dual wavelength 1310 nm Intermediate Reach Tx 1550 nm Long Reach Tx Wideband Long Reach Rx for 2 66G 2 5G 622M 155M and 52M EOS OTN Hardware Option STT 6200 EoS HW option VCAT GFP LCAS testing for all SDH SONET rates Includes GFP T testing STT 6350 PDH T Carrier Hardware Option STT 6250 PDH T Carrier Hardware Options Primary Port for bit rates from 1 5 2M to 140M Bantam connector for balanced 1 5 2M BNC connector for 2M 8M 34M 45M and 140M Auxiliary port Unbalanced BNC for 2M and 34M Optical Connectors Mutually exclusive Option must select one SIFGIEE s sancedes Standard universal optical based connectors with UPC termination DEFAULT OPTION SM69959 mE Optional APC 9 Degree Connector Replace all standard UPC connectors with APC 9 degree version Check with factory availability 14 STT ONE j STT ONE 10 10 7G STT 6110 STT 6001 STT ONE 2 5G Module SDH SONET OTN 2 5 2 66G analysis at transmission rates from 52M up to 2 66G Supports 52M and 155M electrical
16. 1 5M 2M 34M and 45M pulse mask analysis e VF testing Applications STT ONE allows the user to perform testing on transport and access networks legacy and next generation networks with a single product wos gt w gt lt ADM e End to end error free transmission verification e SDH SONET network routing verification EoS VCAT GFP and LCAS e End to end Ethernet over SDH SONET tests e Verification of path connectivity e Stressing far end payload assembly structure by generating additional differential delay to each VCG member e RFC 2544 e P tests In Service Testing STT p f gt Sova STT e Through mode In service monitoring through protected monitoring points or opti cal splitters Overhead bytes monitoring and decoding Pointer monitoring LCAS protocol monitoring VCAT and LCAS interaction monitoring Ethernet IP packet capture and decode 2 STT ONE Mux Test line OTN e OTN SDH OTN SONET Mux demux testing e Asynchronous synchronous mapping demapping of SDH SONET client signals into OTU1 2 Eos e Verification of proper mapping of Ethernet frames into GFP cells e Testing GFP behavior STT Mux Mode OTN e OTN SDH OTN SONET Mux demux emulation Network Element Verification OTN SDH SONET e Error injection alarm generation to STT verify NE remote indication e FEC error generation to verify NE Forward Error Correction capabili ties e ODU Time Divi
17. 45 Optical Splitter FC PC 50 50 SASSI iscsi cacncs Optical Splitter SC PC 90 10 SA555 Optical Splitter SC PC 50 50 www sunrisetelecom com 15 Optional Items continued Electrical Cables and Adapters SA301 Cable Single Bantam m 120 Q to 800 DSx plug m 120 Q 6 SA302 Cable Single Bantam m 120 Q to two heavy test clips 120 Q 6 SA332 Adapter 9PIN M Mini D Type to DB37F 2m S106 Cable Single Bantam m 120 Q to Single Bantam m 120 Q 6 S 108 Cable Single Bantam m 120 Q to Single 310 m 120 Q 6 S109 Cable Single Bantam m 120 Q to Alligator Clips 120 Q 6 S122B Null Modem Adapter DB 9 f to DB 9 f with Full Handshaking 210 Conversion Cable BNC m 75 Q to 3 pin banana CF m 120 Q 6 SS210 desget eaaa Cable BNC m 75 Q to BNC m 75 Q 6 212 Conversion Cable Single Bantam m 120 Q to BNC m 75 Q 6 220 Conversion Cable BNC m 75 Q to 1 6 5 6 mm m 75 Q 6 8225 Cable Bantam m 120 Q to 3 pin banana CF m 120 Q 6 227 Conversion Cable BNC m 75 Q to probe clips 120 Q 6 S303 Cable BNC m 75 Q to WECO 440A m 75 Q 6 S315 Cable BNC m 75 Q to WECO 358A Large m 75 Q 6 Other Accessories SA155 UK 3 prong power cord for use in United Kingdom SA155 EU
18. G 751 Transmitter Pulse shape Conforms to ITU T G 703 Clock source Internal Bit rate 139 264 Mbps 4 5 ppm Frequency offset 50 ppm with 1 0 1 0 01 or 0 001 ppm resolution Receive Recovered from received signal External Synchronization to external 2 048 Mbps or 2 048 MHz 4 STT ONE j Receiver Frequency recovery range 139 264 Mbps 50 ppm Input sensitivity Term 0 to 12 dB cable loss per ITU T G 703 Jitter tolerance Conforms to ITU T G 823 45M DS3 Port Connector 75Q unbalanced BNC f Line coding B3ZS Framing Unframed M13 and C bit per GR 499 Transmitter Pulse shape Conforms to ITU T G 703 and Bellcore GR 499 CORE Transmit level DSX between 0 36 and 0 85 Volt peak 0 7 Volt nominal Clock source Internal Bit rate 44 736 Mbps 4 5 ppm Frequency offset 50 ppm with 1 0 1 0 01 or 0 001 ppm resolution Receive Recovered from received signal External Synchronization to external 1 544 Mbps Receiver Frequency recovery range 44 736 Mbps 50 ppm Input sensitivity DSX term 5 7 dB cable loss at 22 368 MHz 0 to 450 feet 135 me ters of WECO 728A coax cable or equivalent DSX monitor jack 20 dB resistive loss due to monitor jack plus 0 to 450 feet 135 meters of WECO 728A coax cable or equivalent refer to ANSI T1 102 1993 Jitter tolerance Conforms to GR 499 and ITU T G 824 34M E3 Port Connector 75Q unbalanced BNC f Line coding HDB3 Framing Framed Unframed Structu
19. NET Rx OTN Mux Demux Mode SDH SONET payload is inserted dropped to from OTN signal OTN Frame Payloads Frame and mapping structure conforms to ITU T G 709 Synchronous and asynchronous mapping of SDH SONET payloads and PRBS test signals Mapping demapping of Ethernet over SDH SONET EoS payloads via VCAT GFP LCAS Test Patterns PRBS 2 1 273 1 27 1 2 1 Fixed All 1s All Os Alt 1010 1 4 User 10 programmable 16 bit user patterns Pattern names up to 10 characters Test pattern inversion Error Injection OTU 1 2 FAS OA1 OA2 MFAS SM BIP 8 SM BEI correctable FEC errors uncorrectable FEC errors ODU 1 2 PM BIP 8 PM BEI TCM1 6 BIP 8 BEI Burst 1 to 9999 Rate 1x10 to 2x10 depending on configuration Alarm Generation LOS OTU 1 2 LOF OOF OOM LOM AIS SM TIM SM IAE SM BDI ODU 1 2 AIS OCI LCK PM TIM PM BDI OPU 1 2 PLM TCM1 6 OCI AIS LCK TIM BDI IAE LTC BIAE 6 STT ONE Measurements Optical power measurement Line OTN and payload SDH SONET frequency measurement Errors OTU 1 2 FAS OA1 OA2 MFAS SM BIP 8 SM BEI correctable FEC errors uncorrectable FEC errors ODU 1 2 PM BIP 8 PM BEI TCM1 6 BIP 8 BEI Payload bit errors Alarms LOS OTU 1 2 LOF OOF OOM LOM AIS SM TIM SM IAE SM BDI ODU 1 2 AIS OCI LCK BDI PM TIM PM BDI OPU PLM TCM1 6 OCI AIS LCK TIM BDI IAE LTC BIAE Error performance analysis ITU T G 8201 M 2401 Overhead Features
20. P AIS HP UNEQ HP TIM HP RDI HP ERDI Payload Server Connectivity TU TU LOP TU AIS TU LOM LP LP UNEQ LP TIM LP RDI LP RFI LP ERDI Payload Server Connectivity Measurements Errors Bit B1 B2 B3 BIP 2 MS REI HP LP REI Alarms LOS LOF OOF RS TIM MS AIS MS RDI AU AIS AU LOP HP AIS HP PLM HP ERDI Payload Server Connectivity HP TIM HP UNEQ TU LOM TU AIS TU LOP LP PLM LP RFI LP ERDI Payload Server Connectivity LP TIM LP UNEQ Error performance analysis ITU T G 821 G 826 G 828 G 829 M 2101 M 2110 Overhead Features Overhead Monitor Hex display of all bytes RS MS HP and LP Text decode of all applicable bytes K1 K2 S1 C2 etc Overhead Programming Hex input for all bytes except parity B1 B2 B3 pointers H1 H3 V1 V3 and undefined bytes Text encoding of all applicable bytes K1 K2 S1 C2 etc Trace Generation JO Section trace 1 byte 16 bytes E 164 ASCII sequence CRC 7 or 64 bytes E 164 ASCII sequence J1 J2 Path trace 16 bytes E 164 ASCII sequence CRC 7 or 64 bytes E 164 ASCII sequence Selection Default user or through Pointer Monitor AU bytes H1 and H2 TU bytes V1 and V2 Instantaneous pointer value display Loss of pointer seconds Total justification counts Positive justification counts Negative justification counts New Data Flag NDF seconds Pointer Adjustment Programming of AU and TU pointer value NDF and SS bits Pointer increase or decrease Overhe
21. P VDet PJCS P VGen plus Pointer Value and NDF P V counter Overhead Features Overhead Monitor Hex display of all bytes Section Line Path and VT Path Text decode of all applicable bytes K1 K2 S1 C2 etc Overhead Programming Hex input for all bytes except parity B1 B2 B3 pointers H1 H3 V1 V3 and undefined bytes Text encoding of all applicable bytes K1 K2 S1 C2 etc Trace Generation JO Section trace 1 byte 16 bytes E 164 ASCII sequence CRC 7 or 64 bytes E 164 ASCII sequence J1 J2 Path trace 16 bytes E 164 ASCII sequence CRC 7 or 64 bytes E 164 ASCII sequence Selection Default user or through 8 STT ONE j Pointer Monitor STS bytes H1 and H2 VT bytes V1 and V2 Instantaneous pointer value display Loss of pointer seconds Total justification counts Positive justification counts Negative justification counts New Data Flag NDF seconds Pointer Adjustment Programming of STS and VT pointer value NDF and SS bits Pointer increase or decrease Overhead Sequence Generation Bytes A1 A2 6 bytes JO J1 J2 1 16 and 64 bytes D1 D3 3 bytes D4 D12 9 bytes K1 K2 2 bytes or any single overhead byte Generates up to 16 elements where each element value can be transmitted in up to 65536 consecutive frames Overhead Sequence Capture Capture A1 A2 6 bytes JO J1 J2 1 16 and 64 bytes D1 D3 3 bytes D4 D12 9 bytes K1 K2 2 bytes or any single overhead byte Each new value is captured with a
22. Test pattern inversion DS3 only DS1 only www sunrisetelecom com 9 j Error Injection DS3 BPV Code Bit Frame C bit P bit FEBE DS1 BPV Code Bit CRC 6 and Frame Burst 1 to 8000 Rate 1x10 to 2x10 depending on configuration Alarm Generation DS3 LOS LOF AIS Blue RAI Yellow Idle DS1 LOS LOF AIS Yellow Idle Measurements Payload Bit LOPS Service Disruption DS3 LOS LOF AIS YEL IDLE FBE FEBE PBIT CBIT BPV DS1 LOS LOF AIS YEL IDLE FBE CRC BPV Error and alarm data Total error count or alarm seconds Overall error rate Current error rate past one second Payload BERT analysis Current Bit Errors Current BER Total Bit Errors Overall BER ES ES SES SES EFS EFS AS AS UAS UAS Performance analysis DS3 near end Based on PBIT errors BE Block Errors BBE Back ground Block Errors BBE rate ES ES SES SES AS AS UAS UAS DS3 far end Based on FEBE errors BE Block Errors BBE Back ground Block Errors BBE rate ES ES SES SES AS AS UAS UAS DS1 near end Based on CRC errors BE Block Errors BBE Back ground Block Errors BBE rate ES ES SES SES AS AS UAS UAS DS1 far end Based on YEL ES ES SES YSES AS AS UAS Y UAS Electrical signal level measurement Vpeak level level for DS1 DS3 electrical interfaces Pulse mask analysis for DS1 and DS3 electrical interfaces Common to PDH T Carrier Voice Frequency Functio
23. ad Sequence Generation Bytes A1 A2 6 bytes JO J1 J2 1 16 and 64 bytes D1 D3 3 bytes D4 D12 9 bytes K1 K2 2 bytes or any single overhead byte Generates up to 16 elements where each element value can be transmitted in up to 65536 consecutive frames Overhead Sequence Capture Capture A1 A2 6 bytes JO J1 J2 1 16 and 64 bytes D1 D3 3 bytes D4 D12 9 bytes K1 K2 2 bytes or any single overhead byte Each new value is captured with a timestamp absolute or elapsed and duration in ms or frames Trigger Manual or user defined value Resolution 125 ms 1 frame Captures up to 4096 elements where each element value can be detected in up to 65536 consecutive frames Data Communications Channel DCC DCC BER testing PRBS on D1 D3 or D4 D12 bytes user selectable with G 821 analysis DCC Drop Insert Pointer Test Sequences Specifications ITU T G 783 Sequences Single burst phase transient burst periodic 87 3 26 1 opposite and custom Movement Increase decrease Anomalies Added cancel and none Frequency offset Positive negative and none Sequence timing Initialization cool down and measurement Automatic Protection Switch Time Measurement Resolution 125 microseconds 1 frame Sensors LOS LOF MS AIS MS RDI MS REI AU AIS HP RDI HP REI LP RDI LP BIP LP REI TU AIS B1 B2 B3 1 ms resolution with Pass Fail indication Programmable switch time and gate time SONET Payloads STS
24. capture and decode up to Layer 7 e STT 40G 40 43G SDH SONET and OTN 10 10 7G Drop and Insert NRZ or DPSK modulation Specifications deii Clock source Internal Bit rate 2 666057 Gbps 4 5 ppm Test Interfaces Frequency offset 50 ppm with 1 0 1 0 01 or 0 001 ppm resolution OTN Receive Recovered from received signal f External Synchronization to external 2 048 Mbps or 2 048 MHz 10 7G Optical OTU 2 SDH 1 544 Mbps or 1 544 MHz SONET Port Connector Output power range Universal interface with FC SC STT 6953 1310 nm Intermediate Reach 5 to 0 dBm SCAPC 9 degrees STT 6959 1550 nm Long Reach 2 to 3 dBm Mode Single Laser Safety IEC825 1 Class 1 21 CFR 1040 10 and 1040 11 Line coding NRZ Receiver Complies to ITU T G 709 and ITU T G 959 1 Frequency recovery range 2 666057 Gbps 50 ppm Transmitter Complies to ITU T G 709 and ITU T G 959 1 Clock source Wavelength 1280 to 1580 nm Internal Range Bit rate 10 709225 Gbps 4 5 ppm Single wavelength Frequency offset 50 ppm with 1 0 1 0 01 or 0 001 ppm 1310 nm Intermediate Reach 0 to 18 dBm resolution Dual wavelength Receive Recovered from received signal 1310 nm Intermediate Reach 1550 nm Long Reach 27 to 9 dBm External Synchronization to external 2 048 Mbps or 2 048 MHz Maximum input power SDH 1 544 Mbps or 1 544 MHz SONET Single wavelength Output power range 1310 nm Intermediate Reach 5 dBm 1550 nm Short Reach 4 to 1 dBm Dual wavel
25. ceiver 1310 nm Single mode transceiver plug in for Gigabit Ethernet and 1G 2G Fibre Channel LC Connector SA580 1550 1550 nm SFP Optical Transceiver 1550 nm Single mode transceiver plug in for Gigabit Ethernet and 1G 2G Fibre Channel LC Connector STT 6000 Optical Accessories 88427 Telephone Handset SA501 Optical Patch Cord SMF FCUPC to FCUPC 6 SA502 Optical Patch Cord SMF FCUPC to SCUPC 6 SA503 Optical Patch Cord SMF FCUPC to STUPC 6 SA504 Optical Patch Cord SMF FCUPC to FCAPC 6 SA508 Optical Patch Cord SMF LCUPC to SCUPC 6 SA509 Optical Patch Cord SMF LCUPC to FCUPC 6 SA511 Optical Patch Cord SMF SCUPC to SCUPC 6 SA512 Optical Patch Cord SMF SCUPC to STUPC 6 SA513 Optical Jumper SMF FCUPC to FCUPC 1 SA514 Optical Jumper SMF SCUPC to SCUPC 1 SA519 Optical Patch Cord SMF SCUPC to FCAPC 6 SA520 Optical Patch Cord SMF FCAPC to FCAPC 6 SA521 Optical Attenuator FC PC 10 dB SA523 Optical Connector Adapter FCUPC to SCUPC Changes a FC f appearance to a SC f appearance SA524 Optical Connector Adapter SCUPC to FCUPC Changes a SC f appearance to a FC f appearance SA531 Optical Attenuator SC PC 10 dB SA541 Optical Splitter FC PC 90 10 SA5
26. eload configuration profiles Upgrades SW upgradable via CD ROM PCMCIA memory card or USB memory device Power consumption 108 watts powered from STT Platform Power Module or SA427 TL1 commands for remote operation and test automation Environmental Operating temperature 32 to 104 F 0 to 40 C Storage temperature 4 to 158 F 20 to 70 C Humidity 5 to 90 noncondensing Dimensions Size 12 6 x 8 7 x 5 9 in 320 x 220 x 150 mm Weight 8 5 lb 3 86 kg Ordering Information Control Module STT 1001 STT Control Module STT Control and Display Module Windows XP Professional SP2 OS Includes STT Manager Software STT 1000 SW1 STT User s Manual SA920 Oty 2 Stylus SA142 STT bus bridge case SA144 Small Accessory Storage case SA149 and one year warranty on chassis battery and accessories Requires STT Power Module and Test Module s Power Module STT 1501 Power Module AC 216 Watt maximum output STT 1521 Power Module AC 340 Watt maximum output STT 1525 Power Module AC and Battery 150 Watt maximum output STT ONE 2 5 2 66G Only STT 6000 STT 6001 STT ONE 2 5G Module SDH SONET OTN 2 5 2 66G analysis at transmission rates from 52M up to 2 66G Supports 52M and 155M electrical interfaces with BNC connectors Supports 52M 155M 622M 2 5G and 2 66G optical interfaces ncludes OTN Testing OTU1 Optical attenuator FCPC 10 dB SA521 or SPCPC 10 dB SA53
27. ength Receiver 1310 nm Intermediate Reach 1550 nm Long Reach 5 dBm Frequency recovery range 10 709225 Gbps 50 ppm OTN OTU 2 Complies to ITU T G 709 and ITU T G 959 1 Clock Output Wavelength 1290 to 1600 nm Input power range 1550 nm Short Reach PIN detector 15 to 0 dBm Maximum input power 7 dBm Connector 50Q SMA Signal 1v peak to peak Frequency 10 7G 669 324 MHz 2 66G 166 628 MHz 2 66G Optical OTU 1 Port Connector SDH SONET Universal interface with FC SC STT 6953 10G Optical STM 64 OC 192 SCAPC 9 degrees STT 6959 Mode Single Port Connector ode Sing Universal interface with FC SC STT 6953 SCAPC 9 degrees STT 6959 Mode Single and multi mode compatible Line coding NRZ Complies to ITU T 6 691 SDH and Telcordia GR 253 SONET Transmitter Clock source Internal Bit rate 9 95328 Gbps 4 5 ppm Frequency offset 50 ppm with 1 0 1 0 01 or 0 001 ppm resolution Receive Recovered from received signal External Synchronization to external 2 048 Mbps or 2 048 MHz SDH 1 544 Mbps or 1 544 MHz SONET Output power range 1550 nm Short Reach 4 to 1 dBm Line coding NRZ Complies to ITU T G 709 and ITU T G 959 1 www sunrisetelecom com 3 Receiver Frequency recovery range 9 95328 Gbps 50 ppm Complies to ITU T G 691 and Telcordia GR 253 Wavelength 1290 to 1600 nm Input power range 1550 nm Short Reach PIN detector 15 to 0 dBm Maximum input power 7 dBm 52 155 622M 2 5G Opt
28. ical STM 0 1 4 16 OC 1 3 12 48 Port Connector Universal interface with FC SC STT 6953 SCAPC 9 degrees STT 6959 Mode Single and multi mode compatible Line coding NRZ Complies to ITU T G 957 and Telcordia GR 253 Transmitter Clock source Internal Bit rates 2 48832 Gbps 4 5 ppm 622 080 Mbps 4 5 ppm 155 520 Mbps 4 5 ppm 51 840 Mbps 4 5 ppm Frequency offset 50 ppm with 1 0 1 0 01 or 0 001 ppm resolution Receive Recovered from received signal External Synchronization to external 2 048 Mbps or 2 048 MHz SDH 1 544 Mbps or 1 544 MHz SONET Output power range 1310 nm Intermediate Reach 5 to 0 dBm 1550 nm Long Reach 2 to 3 dBm Laser Safety IEC825 1 Class 1 21 CFR 1040 10 and 1040 11 Receiver Frequency recovery range 2 48832 Gbps 50 ppm 622 080 Mbps 50 ppm 155 520 Mbps 50 ppm 51 840 Mbps 50 ppm Wavelength 1280 to 1580 nm Range Single wavelength 1310 nm Intermediate Reach 0 to 18 dBm Dual wavelength 1310 nm Intermediate Reach 1550 nm Long Reach 27 to 9 dBm Maximum input power Single wavelength 1310 nm Intermediate Reach 5 dBm Dual wavelength 1310 nm Intermediate Reach 1550 nm Long Reach 5 dBm 155M Electrical STM 1 STS 3 Port Connector 75Q unbalanced BNC f Line coding CMI Complies to ITU T G 707 amp Telcordia GR 253 September 2000 issue Transmitter Clock source Internal Bit rate 155 520 Mbps 4 5 ppm Frequency offset 50 ppm with 1 0 1 0 01 or 0
29. ing ODU Time Division Multiplexing ODU1 into OPU2 mapping Asynchronous synchronous mapping of STM 16 0C 48 payloads into ODU1 and multiplexed up to OPU2 Error injection ODTU FAS MFAS ODU1 PM BIP8 PM BEI SDH SONET errors Payload bit errors Burst 1 to 9999 Rate 1x10 to 2x10 www sunrisetelecom com 7 j Alarm Generation ODTU LOF LOM ODU1 ODU AIS ODU OCI ODU LCK ODU BDI ODU TIM OPU PLM SDH SONET alarms Modes Continuous periodic or single Measurements ODTU alarms LOF OOF LOM OOM ODTU errors Frame MFAS ODU alarms ODU AIS ODU OCI ODU LCK ODU BDI ODU TIM ODU errors PM BIP8 PM REI OPU alarms PLM SDH SONET alarms SDH SONET errors Payload bit errors Opica Matwresh Lapari Configurntinn OTT STMA4 ASYME AUS AAC 91 BY ew ogren tent one poe tw SDH Payloads VC4 64c Bulk VC4 16c Bulk VC4 8c Bulk VC4 4c Bulk VC4 3c Bulk VC4 2c Bulk VC4 Bulk 139M VC3 Bulk 45M 34M VC12 Bulk 2M VC11 Bulk 1 5M Test Patterns PRBS 23 1 2 5 10G 23 1 22 1 215 1 2 1 2 1 Fixed All 1s All Os Alt 1010 1 4 User 10 programmable 16 bit user patterns Pattern names up to 10 characters Test pattern inversion Error Injection Code 52Me 155Me Bit FAS except at 10 Gbps B1 B2 B3 LP BIP MS REI HP REI LP REI Burst 1 to 8000 Rate 1x10 to 2x10 depending on configuration Alarm Generation RS LOS LOF RS TIM MS MS AIS MS RDI AU AU LOP AU AIS HP H
30. it and FAS 34M Code Bit and FAS 8M Code Bit and FAS 2M Code Bit CRC 4 E bit and FAS Burst 1 to 8000 Rate 1x10 to 2x10 depending on configuration Alarm Generation 139M 34M LOS LOF AIS FAS RAI 8M AIS Framed and Unframed FAS RAI 2M LOS LOF LOMF AIS FAS RAI MFAS RAI Measurements Payload Bit LOPS Service Disruption 139M LOS LOF AIS FAS RAI FASE Code 34M LOS LOF AIS FAS RAI FASE Code 8M LOS LOF AIS FAS RAI FASE Code 2M LOS LOF AIS FAS RAI MFAS RAI FASE CRC 4 E BIT Code Error and alarm data Total error count or alarm seconds Overall error rate Current error rate past one second ITU T G 821 analysis Current Bit Errors Current BER Total Bit Errors Overall BER ES ES SES SES EFS EFS AS AS UAS UAS ITU T G 826 analysis Based on RAI Near end and far end analysis for BE Block Errors BBE Background Block Errors BBE rate ES ES SES SES AS AS UAS UAS M 2100 analysis Bringing Into Service BIS or maintenance Programmable time period and HRP Electrical signal level measurement Vpeak level level for 2M 34M electrical interfaces Pulse mask analysis for 2M and 34M electrical interfaces T Carrier Test Patterns PRBS 273 1 27 1 2 1 2 1 29 1 27 1 2 1 ORSS 55 Octet 55 Daly FOX Fixed All 1s All Os Alt 1010 1 4 1 8 1 16 3 24 User 10 user patterns defined up to 16 bits Pattern names up to 10 characters
31. n a previously saved measurement result Print Print a measurement result report Export Export a measurement result report file with comma separated values which can be read by either a text editor word processor or spreadsheet program or in pdf format requires STT reporter software Next Generation SDH SONET STT 6200 Virtual Concatenation VCAT SDH Virtual Concatenation per ITU T G 707 High Order Paths VC 4 X v X 1 to 16 VC 3 X v X 1 to 48 Low Order Paths VC 11 X v VC 12 X v X 1 to 64 from 12 different AU3 or 4 different AU4 10G VCAT Up to 16 VC4 from different AUG16 SONET Virtual Concatenation per ANSI T1 105 2001 High Order Paths STS 1 X v X 1 to 48 STS 3 X v X 1 to 16 Virtual Tributary Paths VT1 5 X v VI 2 X v X 1 to 64 from 12 differ ent STS 1s or 4 different STS 3s 10G VCAT Up to STS 3 from different STS 48 Measurements Generation Differential Delay Measurement amp Generation per group member Individual and group wide measurement Measurement and generation range 256 ms VCAT reassembly range Up to 256 ms Errors per group member SDH Bit B3 HP REI LP BIP LP REI SONET Bit B3 CV P BIP V REI P REI V Alarms per group member SDH AU AIS AU LOP HP AIS HP RDI HP ERDI Payload Server Connectivity HP UNEQ HP TIM TU LOM TU AIS TU LOP LP RDI LP ERDI Payload Server Connectivity LP UNEQ LP TIM SONET TIM P V AIS P V RDI P V ERDI P V Payload Server Con nectivity
32. ns Timeslot selection Independent control of Tx and Rx timeslots Operating mode Tone quiet talk listen Audio selection RJ 11 audio port for analog hand set SS427 or speaker microphone in STT Control Module Audio volume control Companding y law 1 5M A law 2M Tx Supervision Programmable ABCD AB bits with Wink and Flash buttons Tx Tone Generation 50 to 3950 Hz in 1 Hz steps 3 to 60 dBm in 1 dB steps Tx Idle Channel Supervision Programmable ABCD AB bits Tx Idle Channel Code Programmable 8 bit code Rx Supervision ABCD AB bits On hook Off hook indication Rx Data 8 bit code sampling of data in received timeslot Offset value Peak Max value Peak Min value Rx Frequency measurement 50 to 3950 Hz Resolution 1 Hz Rx Level measurement 6 to 60 dBm Resolution 0 1 dB Rx Noise measurements 30 to 96 dBrn 1 5M 6 to 60 dBm 2M Resolution 0 1 dBm 10 STT ONE Rx Noise filters 3kHz Flat C msg and C Notch 1 5M 3kHz Flat Pso phometric and 1010 notch 2M Rx Signal to Noise Ratio measurement O to 40 dB Resolution 0 1 dB PDH Structure Scan Scans PDH T carrier structured channelized signal identifying status of each tributary Pulse Mask Analysis 45M 34 2 1 5M Measurements Pass Fail high pulse width Resolution 1 ns or 1 as applicable 1 5M masks ANSI 11 102 11 403 AT amp T CB119 Pub 62411 ITU T G 703 45M masks ANSI 11 102 11 404 ITU T G 703 2M and 34M masks ITU T G 703
33. on Frame header eHEC FCS single only Superblock CRC 16 10B Error SINGLE ONLY GFP T Alarm generation Loss of Syne Client Signal Failure CSF Loss of Client Character Signal GPF T Measurements Tx Statistics Idle Frames Total Frames Total Octets Total Superblocks 65B Pad Code Counters Rx Statistics Idle Frames Total Frames Total Octets Total Client Frames Total Client Data Frames Total Client Management Frames Total Extension Header OK Frames Total Type Header OK Frames Total Null Extension Header Frames Total Linear Frames Total Ring Frames Total Frame Mapped Ethernet Frames Invalid PTI Counter except Client Data Client Management Frames Total Superblocks Total Codes D Codes K Codes 65B Pad Codes K28 5 Codes Client Signal Fail Loss of Client Signal Loss of Character Synchronization Loss of Synchronization Rx Measurements Histograms Core header errors single and multiple Payload type header errors single and multiple Linear Frame header errors single and multiple FCS errors Superblock CRC 16 errors single and multiple 10B Errors GFP T Superblock capture Captures 96 superblocks Values are displayed in HEX Link Capacity Adjustment Scheme LCAS Per ITU T G 7042 G 707 and ANSI T1 105 02 2001 LCAS mode Enable disable H4 K4 Z7 monitoring Control packets www sunrisetelecom com 11 LCAS Protocol Emulation Emulation of Source and Sink state machines per gro
34. red per ITU T G 742 G 751 Transmitter Pulse shape Conforms to ITU T G 703 Clock source Internal Bit rate 34 368 Mbps 4 5 ppm Frequency offset 50 ppm with 1 0 1 0 01 or 0 001 ppm resolution Receive Recovered from received signal External Synchronization to external 2 048 Mbps or 2 048 MHz Receiver Frequency recovery range 34 368 Mbps 50 ppm Input sensitivity Term 0 to 12 dB cable loss Monitor 20 dB resistive loss plus 12 dB cable loss Jitter tolerance Conforms to ITU T G 823 8M E2 Port Connector 75Q unbalanced BNC f Line coding HDB3 Framing Framed Unframed Structured per ITU T G 742 Transmitter Pulse shape Conforms to ITU T G 703 Clock source Internal Bit rate 8 448 Mbps 4 5 ppm Frequency offset 50 ppm with 1 0 1 0 01 or 0 001 ppm resolution Receive Recovered from received signal External Synchronization to external 2 048 Mbps or 2 048 MHz Receiver Frequency recovery range 8 448 Mbps 50 ppm Input sensitivity Term Adaptive equalization to 6 dB cable loss Monitor 20 dB resistive loss plus 6 dB cable loss Jitter tolerance Conforms to ITU T G 823 2M E1 Port Connector 75Q unbalanced BNC f 120Q balanced bantam f Line coding AMI HDB3 Framing Unframed PCM 30 PCM 30C PCM 31 PCM 31C per ITU T G 704 Fractional E1 Error measurements channel configuration verification Nx64 kbps consecutive or Mx64 kbps nonconsecutive N M 1 to 30 or 1 to 31 Set Tx and R
35. reproduce redistribute or repost without written permission from Sunrise Telecom STT ONE Data Sheet C_0141 June 15 2012
36. sion Multiplexing test VCAT GFP LCAS e VCAT bandwidth availability verification e VCAT differential delay generation to stress NE payload assembly circuitry e LCAS state machines generation to verify NE response by increasing or decreasing bandwidth About STT Platform The Scalable Test Toolkit is an advanced modular and flexible testing solution that addresses Layer 1 through Layer 7 requirements from fiber optics to Quality of Service Designed to meet the challenges of designing installing maintaining and troubleshoot ing core metro and access networks the STT combines an innovative test platform with revolutionary test features supporting a complete suite of capabilities and technologies for the converging global communications market All STT modules are equipped with a unique standalone feature and can operate at 100 of their capabilities outside of the platform maximizing test resources e STT Metro 10 100 1000M Ethernet testing Throughput and Bit Error testing across Layers 1 2 and 3 Stacked VLAN 0 in O and MPLS RFC 2544 benchmark testing GPS antenna port for one way latency measurements IP connectivity testing Bidirectional monitoring of live networks Packet capture with decoding up to Layer 7 e STT 10G Ethernet 10 GigE LAN WAN Ethernet testing Throughput and Bit Error testing across Layers 1 2 and 3 Advanced test features Stacked VLAN Q in Q and MPLS RFC 2544 benchmark testing and packet
37. supplied and supported in the UK amp Ireland by Phoenix Datacom tel 01296 397711 info phoenixdatacom com www phoenixdatacom com Se lt gt SUNRISE TELECOM Productivity Rising The STT ONE is part of a family of test modules for the STT Platform KEY Features e OTN EoS SDH SONET in one instrument e Dual wavelength optical transmitters up to 2 66 Gbps e Advanced differential delay measurement generation and payload reassembly e Fully independent or can be combined with other test modules to enhance application e Ethernet traffic generation over SDH SONET without extra equipment e Auto configuration and Channel Master Benefits All in one test solution Single compact unit Extremely cost effective Eliminates the need for multiple instruments Intuitive user friendly GUI Test features The STT ONE allows the user to perform routine and advanced testing on transport and access networks legacy and next generation networks with a single test set Its price to performance ratio makes this product ideal Optical Transport Network OTN STT ONE provides Forward Error Correction FEC verifies conformance to ITU T G 709 and a wide range of network performance standards including end to end connectivity at OTU1 and OTU2 bit rates and complete synchronous asynch ronous mapping of SDH SONET client signals P H O E N 1 x DJAITIAlCclo M OTN and Next Generation SDH SONET Testing The
38. timestamp absolute or elapsed and duration in ms or frames Trigger Manual or user defined value Resolution 125 ms 1 frame Captures up to 4096 elements where each element value can be detected in up to 65536 consecutive frames Data Communications Channel DCC DCC BER testing PRBS on D1 D3 or D4 D12 bytes user selectable with bit error performance analysis DCC Drop Insert Pointer Test Sequences Specifications ANSI T1 105 03 Telcordia GR 253 Sequences Single burst phase transient burst periodic 87 3 26 1 opposite and custom Movement Increase decrease Anomalies Added cancel and none Frequency offset Positive negative and none Sequence timing Initialization cool down and measurement Automatic Protection Switch Time Measurement Resolution 125 microseconds 1 frame Sensors LOS LOF AIS L AIS V RDI L AIS P REI L RDI P RDI V REI P REI V BIP V B1 B2 B3 1 ms resolution with Pass Fail indication Programmable switch time and gate time Common to OTN SDH SONET Measurements Optical power level measurement Accuracy 1 dB Wavelength 1310 nm or 1550 nm Optical saturation indication Service disruption measurement PDH Test Patterns PRBS 273 1 270 1 215 1 211 1 29 1 27 1 26 1 QRSS Fixed All 1s All Os Alt 1010 1 4 1 8 1 16 3 24 User 10 user patterns defined up to 16 bits Pattern names up to 10 characters Test pattern inversion Error Injection 139M Code B
39. up member Direct commands Source Add Remove member Add Remove members Sink Add Remove member Add Remove members Overwrite received member status source OK FAIL AUTO Overwrite generated member status sink FAIL AUTO Force resequence acknowledge RX RS Ack source TX RS Ack sink Force member status alarm sink MSU Generation and Capture of Member Status Information Transmitted source and received sink sequence numbers Received source and transmitted sink resequence acknowledge Source machine state decode IDLE ADD NORM DNU Do Not Use REMOVE Sink machine state decode IDLE FAIL OK Source transmitted control word ADD NORM EOS IDLE DNU Sink received control word ADD NORM normal transmission EOS End of Sequence indication and normal transmission IDLE DNU FIXED non LCAS mode Sink received alarms MSU Member Status Unavailable CRC Failure excessive CRC errors Sink received errors Failure of Protocol Excessive errors CRC failure LCAS Errors Generation and Detection Source Tx LCAS CRC per member Error injection Single Legacy SDH SONET Channel Master Scans received OTN SDH SONET signal down to VC12 VC11 VT2 VT1 5 level Displays OTN SDH SONET traces and signal label bytes Requires STT 6200 option Ethernet over SDH SONET EoS Test Layer Layer 2 MAC Layer 3 MAC IP User defined IP Header TOS ID Fragmentation TTL Protocol VLAN VLAN ID 0 to 4095 Priorit
40. x channels independently Transmitter Pulse shape Conforms to ITU T G 703 for balanced 120Q or unbal anced 75Q interfaces Clock source Internal Bit rate 2 048 Mbps 4 5 ppm Freq offset 50 ppm with 1 0 1 0 01 or 0 001 ppm resolution Receive Recovered from received signal External Synchronization to external 2 048 Mbps or 2 048 MHz Receiver Frequency recovery range 2 048 Mbps 50 ppm Input sensitivity Term Bridge 6 to 43 dB with ALBO Monitor 20 dB resistive loss plus 6 dB cable loss conforms to ITU T G 772 Jitter tolerance Conforms to ITU T G 823 Impedances Term Monitor 75Q unbalanced 100Q balanced 120Q balanced Bridge 1200Q or greater 1 5M DS1 Port Connector 100Q balanced bantam f Line coding AMI B8ZS Framing Unframed SF D4 ESF SLC 96 per GR 499 TR TSY 000009 and ITU T G 704 SLC is a registered trademark of AT amp T Fractional T1 Error measurements channel configuration verification Nx64 or Nx56 kbps consecutive or nonconsecutive N 1 to 24 Set Tx and Rx channels independently www sunrisetelecom com 5 j Transmitter Pulse shape Conforms to Bellcore GR 499 CORE and ITU T G 703 Line Build Out LBO 0 7 5 15 22 5 dB Clock source Internal Bit rate 1 544 Mbps 4 5 ppm Freq offset 50 ppm with 1 0 1 0 01 or 0 001 ppm resolution Receive Recovered from received signal External Synchronization to external 1 544 Mbps Receiver Frequency recovery range 1 544
41. y O to 7 Stacked VLAN Up to 3 VLAN tags MPLS Up to 3 MPLS tags Unicast or Multicast Frame Length 60 to 12 000 bytes Fixed Minimum frame lengths apply to Layer 2 traffic Layer 3 traffic or the addition of VLAN or MPLS tags will affect this value Test Patterns PRBS 281 1 223 1 22 1 215 1 12 STT ONE User Patterns Pre defined 1111 0000 1010 User defined 32 bits 10 stored patterns per port Error Injection FCS CRC Bit IP checksum Modes Single burst rate Traffic Generation Traffic shape Constant Ramp Burst Short Burst Manual Burst Bandwidth 0 01 to 100 00 Traffic streams Up to 8 streams with unique MAC VLAN MPLS IP ad dress and IP Throughput Measurements Aggregate Defects Data errors IP checksum FCS CRC Lost frames Bit errors Tx Rx Traffic Statistics General Total Frames Total Octets Allocated Line Rate Real Line Rate and Data Rate Frame rate Current Minimum Maximum Average Utilization Current Minimum Maximum Average Frame types Unicast Multicast Broadcast Non Test Traffic Rx only Flow Control Bad Frames Rx only Frame size counters Runt Undersized 64 65 127 128 255 256 511 512 1023 1024 1518 Jumbo Oversized Per Stream Statistics Data errors IP checksum Lost frames Bit errors Tx Rx statistics Total frames Total octets RFC 2544 n File View Configuration Result Tools Window Help Tiitougiiput Rasuka Ba icons BB scopnres BR i
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