VeEX RXT-6000e User Manual Download Page 329

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Interface:

CPRI Clock Selection Internal/External (Master mode only). Slave uses RX signal recovered clock.

Master:

Internal, External (1.5MHz, 2MHz, 1.5 Mbps, 2Mbps, 10MHz), Or Atomic 10MHz (Atomic clock option

required)

For External clock connection use the unit's SMA CLK port.

Interface

Payload:

CPRI Layer 2 configuration

CPRI Emulation Type:

CPRI Master emulation (Radio Equipment Controller Emulation)

CPRI Slave emulation (Remote Radio Unit). Slave = RE. Master is responsible for CPRI Start up sequence and

Synchronization

CPRI Protocol:

Version 1 supported

#Z.0.1 Byte:

Sync Control Word Z.0.1 set to D16.2 or D5.6

Channels:

Single:

PRBS test pattern transmitted on one AxC

All:

PRBS test pattern transmitted on all AxC

Control and Management (C&M) channel configuration:

Slow C&M Rate:

None:

HDLC channel disabled

Configurable rate:

240kb/s to 2400 kb/s HDLC channel data rate depending on CPRI Link speed

Fast C&M Enabled:

Ethernet channel, configurable start of Ethernet channel pointer in Control word or channel

disabled.

OFF:

Ethernet Channel disabled

ON:

Ethernet Channel enabled, configure Ethernet pointer location from 20 to 63

Auto-negotiation can be used for Master/Slave to negotiate their maximum C&M channels

RXT-6200_RXT6000e_Module_Manual

Page 329 of 387

Summary of Contents for RXT-6000e

Page 1: ......

Page 2: ...etup 6 2 2 Receiver Setup 6 3 Setup SONET 6 3 1 Transmitter Setup 6 3 2 Receiver Setup 6 4 Setup OTN SDH 6 4 1 Transmitter Setup 6 4 2 Receiver Setup 6 5 Setup OTN SONET 6 5 1 Transmitter Setup 6 5 2...

Page 3: ...Event Log 7 2 4 Signal 7 2 5 Histogram 7 2 6 Graph 7 2 7 Performance Analysis 7 3 Results OTN 7 3 1 Summary 7 3 2 Errors and Alarms 8 0 SDH PDH Alarms 8 1 Alarm Generation 8 1 1 PDH Alarms 8 1 2 SDH...

Page 4: ...1 3 Overhead Generator 10 1 4 Pointer Tasks 10 1 4 1 Pointer Analysis 10 1 4 2 Pointer Generation 10 1 4 3 Pointer Sequences 10 1 5 Trace Identifier 10 1 5 1 Transmitted Traces TX 10 1 5 2 Received T...

Page 5: ...2 7 2 APS Sequence 10 2 8 Tandem Connection Monitoring TCM 10 2 9 Tributary Scan 10 2 10 Round Trip Delay 10 2 11 Jitter and Wander 11 0 Jitter and Wander Application 11 1 Jitter Measurement Generati...

Page 6: ...10GE BERT 12 5 2 OTN 10GE RFC 2544 Conformance Testing 12 5 3 OTN 10GE Throughput Testing Multiple Streams 13 0 Ethernet 13 1 Ethernet Setup 13 1 1 Test Port Selection 13 1 2 Port Setup 13 1 3 Measur...

Page 7: ...Burst Settings 13 3 1 6 Starting Stopping a RFC 2544 Measurement 13 3 2 Results Standard Mode 13 3 3 Saving RFC 2544 Results 13 3 4 Advanced SLA Mode 13 3 5 Background Results Advanced SLA Mode 13 4 V...

Page 8: ...lts 13 5 2 4 Saving Throughput Multiple Streams Results 13 6 Ethernet OAM Testing 13 6 1 OAM Setup 13 6 1 1 Link Level 802 3ah OAM Setup 13 6 1 2 Service Level OAM 802 1ag Y 1731 Setup 13 6 2 OAM Resu...

Page 9: ...RI Tests 17 4 Throughput Testing 17 4 1 Setup 17 4 1 1 Frame Header Settings 17 4 1 2 Traffic Settings Per Stream Configuration 17 4 1 3 General Throughput Settings Global Configuration 17 4 1 4 Error...

Page 10: ...2 Packet Capure Results 18 0 Profiles 19 0 Common Functions 20 0 Warranty and Software 21 0 Product Specifications 22 0 Certifications and Declarations 23 0 About VeEX Go back to top RXT 6200_RXT6000...

Page 11: ...ted electronically or otherwise without written permission from VeEX Inc This device uses software either developed by VeEX Inc or licensed by VeEX Inc from third parties The software is confidential...

Page 12: ...ably qualified personnel who is familiar with the dangers both to people and to the instrument itself Modules are not hot swappable The platform must be turned off and unplugged from VAC mains when re...

Page 13: ...by United Nations International Air Transportation Association IATA Dangerous Goods Regulations and by country specific regulations Please check local regulations and with common carriers before ship...

Page 14: ...GE applications Supports IEEE 802 3bj Clause 91 RS FEC as required for SR4 QSFP for 40GE OTU3 SFP28 interface for 25GE 32 16G FC 24G CPRI 10 and 25G eCPRI Layer 4 with RS FEC SFP for 100Base FX 1000Ba...

Page 15: ...3 1 Connector Panels Test Ports RXT 1200 with RXT 6200 blade RXT 1200 with RXT 6000e blade Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 15 of 387...

Page 16: ...Basic Operations Home menu Launching Test Applications and other features specific to the RXT 6200 and RXT 6000e Host Chassis refer to the RXT 1200 Platform Manual Go back to top Go back to TOC RXT 62...

Page 17: ...5 0 Utilities Refer to the RXT Platform Manual for information about all Utilities and Tools available Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 17 of 387...

Page 18: ...Signal Overview Tap on the Signal tab to set up the Transmitter and Receiver interfaces and associated test parameters prior to running a test Signal tab TX and RX Configurations The Transmitter TX a...

Page 19: ...n the Rx blocks Rx Tx Rx blocks will copy the settings made in the Tx blocks Changes to the Setup are applied immediately unless an invalid parameter has been selected When the TX and RX signal struct...

Page 20: ...ds fixed words and 24 bit or 32 bit user defined patterns are available Note if the 32 bit user pattern entered is incorrect the default pattern will be 0xFFFFFFFF Warning Message While a test is runn...

Page 21: ...This section of the manual describes the SDH configuration capabilities The block diagram of the Tx and Rx structure is described in 6 1 Signal Overview Hierarchy Tapping the Hierarchy box opens the T...

Page 22: ...gh the unit untouched and the unit can monitor it It is comparable to Monitor mode with a 10 90 splitter In Transparent mode the unit regenerates the signal in amplitude The clock is recovered from th...

Page 23: ...tter of the incoming signal is suppressed Offset The clock for the transmitter is derived from the internal clock generator It can change the offset while measurements are running Use the numeric key...

Page 24: ...ck box to enable the setting In bulk mode the entire VT container is filled with a test pattern per ITU T 0 181 recommendations Tributary Preset to DS1 E1 DS3 and E3 depending upon the options and map...

Page 25: ...o 4 B The AUG 1 are numbered 1 to 4 A The AU 3 are numbered 1 to 3 Thus the naming convention per SDH rate is as follows For STM 16 C B A convention is used For STM 4 B A convention is used For STM 1...

Page 26: ...e transmitter for fractional testing using N or M 64kbps timeslots contiguous or non contiguous timeslots In VC3 mapping mode Tributary set to E3 the Low Rate option are 34M or 2M Mux E3 E1 Mux or Fra...

Page 27: ...atterns are available If the 32 bit user pattern entered is incorrect the default pattern will be 0xFFFFFFFF Invert Inversion of polarity is also available Go back to top Go back to TOC 6 2 2 Receiver...

Page 28: ...optical attenuator to prevent receiver overload or damage refer to the SFP chart below to determine safe levels Avoid looping back the Tx and Rx on a 1550nm XFP or SFP using a patchcord only this will...

Page 29: ...e Rx are the same as for the Tx described previously except for the Out of Service selection which should be selected if the incoming signal is expected to contain a known test pattern Deselect this o...

Page 30: ...Setup This section of the manual describes the SONET configuration capabilities The block diagram of the Tx and Rx structure is described in 6 0 Setup Hierarchy Tapping the Hierarchy box opens the Tx...

Page 31: ...h the unit untouched and the unit can monitor it It is comparable to Monitor Mode with a 10 90 splitter In Transparent Mode the unit regenerates the signal in amplitude The clock is recovered from the...

Page 32: ...erfaces Rx The clock for the transmitter is derived from the received signal and the jitter of the incoming signal is suppressed Offset The clock for the transmitter is derived from internal clock gen...

Page 33: ...12C STS 3C STS 1 and VT1 5 is available VT 2 is optional STS mappings per Bellcore GR 253 and ANSI T1 105 recommendations are supported The multiplexing structure is shown below Tx Structure Setup Gra...

Page 34: ...s of VTs Only one type of VT can be contained within each VTG Therefore a VTG can be formed by byte interleave multiplexing 3 VT 2s and 4 VT 1 5s VT 1 5 Each VT 1 5 frame consists of 27 bytes 3 column...

Page 35: ...signal with DS1 payloads 1 to 28 channels for fractional testing using N or M 64kbps or 56kbps timeslots contiguous or non contiguous timeslots In VT 2 mapping mode the Low Rate options are 2M or Frac...

Page 36: ...n drop down box to select the test pattern which will be inserted into the transmitted signal Pseudo Random Bit Sequences PRBS defined by ITU T 0 150 and 0 151 standards fixed words and 24 bit or 32 b...

Page 37: ...usly except for clock offset which is not possible Interface Rx Setup Remember to use an optical attenuator to prevent receiver overload or damage refer to the SFP chart below to determine safe levels...

Page 38: ...for the Rx are the same as for the SONET Tx setup described previously Rx Payload Setup Go back to top Go back to TOC Pattern Tapping the Pattern box opens the Rx Pattern setup screen The pattern setu...

Page 39: ...Rx Pattern Setup Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 39 of 387...

Page 40: ...tup This section of the manual describes the OTN configuration capabilities The block diagram of the Tx and Rx structure has been described in 6 0 Setup Hierarchy Tapping the Hierarchy box opens the T...

Page 41: ...Scrambler ON OFF FEC FEC encoder can be ON OFF activated deactivated Go back to top Go back to TOC Interface Structure Payload and Pattern Interface Structure Payload and Pattern TX block configuratio...

Page 42: ...Tx Interface Setup Tx Structure Setup Graphical Mode Tx Payload Setup RXT 6200_RXT6000e_Module_Manual Page 42 of 387...

Page 43: ...for the Rx are the same as for the Tx described previously Rx Hierarchy Setup Go back to top Go back to TOC Interface Tapping the Interface setup box opens the Rx Interface screen The Interface setup...

Page 44: ...back to top Go back to TOC Structure and Payload OTN SDH Rx Structure and Payload configurations are the same as for OTN SDH Tx setup described previously Rx Structure RXT 6200_RXT6000e_Module_Manual...

Page 45: ...Rx are the same as for the Tx described previously except for the Out of Service selection which should be selected if the incoming signal is expected to contain a known test pattern Deselect this opt...

Page 46: ...down menu under the General tab Go back to top Go back to TOC 6 5 1 Transmitter Setup This section of the manual describes the OTN configuration capabilities The block diagram of the Tx and Rx struct...

Page 47: ...105 recommendations are supported The multiplexing structure is shown below Scrambler ON OFF FEC FEC encoder can be ON OFF activated deactivated Go back to top Go back to TOC Interface Structure Payl...

Page 48: ...Tx Interface Setup Tx Structure Setup Text Mode RXT 6200_RXT6000e_Module_Manual Page 48 of 387...

Page 49: ...Tx Structure Setup Graphical Mode Tx Payload Setup Tx Pattern Setup RXT 6200_RXT6000e_Module_Manual Page 49 of 387...

Page 50: ...Rx are the same as for the Tx described previously Rx Hierarchy Setup Go back to top Go back to TOC Interface Tapping the Interface setup box opens the Rx Interface screen The Interface setup options...

Page 51: ...ack to top Go back to TOC Structure and Payload OTN SONET Rx Structure and Payload configurations are the same as for OTN SONET Tx setup described previously Rx Structure RXT 6200_RXT6000e_Module_Manu...

Page 52: ...e Rx are the same as for the Tx described previously except for the Out of Service selection which should be selected if the incoming signal is expected to contain a known test pattern Deselect this o...

Page 53: ...ed by the Start Stop function on the drop down menu Auto A predetermined start time can be set by the user The test duration can be set in seconds minutes hours or days After programming the start tim...

Page 54: ...paths Long term error performance for Out of Service OOS and In Service Based on measuring block errors Evaluation period of 30 days G 829 Analysis Error performance events for SDH Regenerator and Mul...

Page 55: ...so determines how the APS measurement will be made SDH SONET SDH or SONET modes are available options STS 1 Bulk data SONET only The STS 1 bulk mode fills the entire payload except for the POH Result...

Page 56: ...is checked for network type hierarchy and bit rate payload structure payload framing test pattern and signal level If the search is successful a PASS result is displayed Search parameters and criteri...

Page 57: ...Accessing Results To access measurements for SDH SONET and OTN tap on Start which starts testing or Results Results and Start Buttons Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Pag...

Page 58: ...ts and parameters At a glance the user is able to see if there are any alarms errors or signal failure pertaining to the SDH signal and its payload Summary Page 1 SDH mapping information is displayed...

Page 59: ...EDs on screen are arranged logically and will depend on signal hierarchy structure payload and framing selected The soft LEDs have a tricolor function Green No error or alarm is present Red An error o...

Page 60: ...in the table below SDH Error and Alarm defection criteria per ITU T G 707 and O 150 recommendations SDH Error and Alarm defection criteria per ITU T G 707 and O 150 recommendations RXT 6200_RXT6000e_...

Page 61: ...RXT 6200_RXT6000e_Module_Manual Page 61 of 387...

Page 62: ...associated with the signal under test All errors are evaluated and stored The Elapsed Time ET is shown in the right hand corner of the header Error conditions are displayed in red including count and...

Page 63: ...he upper right hand corner The alarms associated with the Section and Line are displayed separately for ease of interpretation Errors Alarms Page 3 Go back to top Go back to TOC Errors Alarms Page 4 5...

Page 64: ...d with the signal and payload under test All alarms are evaluated and stored Errors Alarms Page 6 Go back to top Go back to TOC Errors Alarms Page 7 Page 7 lists the PDH Errors in logical order that a...

Page 65: ...luated and stored Errors Alarms Page 8 Go back to top Go back to TOC 7 1 3 Event Log The Event Log tab brings up the screen listing the Error and Alarm events recorded during a test The events are pre...

Page 66: ...STM 16 and STM 64 signals Loss of Signal LOS and the Saturation level for optical signals is shown graphically including the level measurement in dBm Signal Page 1 Frequency Page 2 The received signa...

Page 67: ...ctly The frequency limits for the various signal types according to ITU T recommendations are presented in the table below Low quality clock sources that deviate from the nominal value cause problems...

Page 68: ...Go back to TOC 7 1 5 Histogram The Histogram tab displays the screen showing a historical record of the Alarms and Errors recorded during the measurement interval A dedicated Page is available for er...

Page 69: ...easurement period while the and keys allow zooming in out of the time axis Go back to top Go back to TOC Histogram Page 2 Page 2 displays the Errors associated with the Section Overhead SOH Go back to...

Page 70: ...Unequipped HP PLM HP Payload Mismatch HP TIM HP Trace Identifier Mismatch HP RDI HP Remote Defect Indication B3 errors HP REI HP Remote Error Indication Histogram High Path Alarms Errors Page 4 Go ba...

Page 71: ...LP SDH The measured parameters are LP UNE LP Unequipped LP PLM LP Payload Mismatch LP TIM LP Trace Identifier Mismatch LP RDI LP Remote Defect Indication LP RFI LP Remote Fault Indication LP BIP LP B...

Page 72: ...istogram Page 8 Page 8 displays the Errors associated with the test pattern Histogram BERT Alarms Errors Page 8 Go back to top Go back to TOC 7 1 6 Graph The Graph tab brings up the screen displaying...

Page 73: ...Analysis The Analysis tab displays measured objectives from ITU T performance tests selected from the Measurements tab Setup Measurements For a brief description of supported G Series and M Series pe...

Page 74: ...in which no bit errors occur Errored Free Second EFS A one second time interval in AS during which no errors and no pattern slips have been detected Go back to top Go back to TOC Evaluation According...

Page 75: ...E1 E2 order wire F1 F2 user D1 D3 and D4 D12 DCC in the SDH overhead SOH and POH Bit error evaluation is disabled because G 828 evaluates block errors Go back to top Go back to TOC Evaluation Accordi...

Page 76: ...rs Bit errors TSE Evaluation is made at the Near End and at the Far End for PCM 30 31 signals with CRC Bit errors can be evaluated for Unframed patterns Framed patterns and bulk signals N x 64kbps Sin...

Page 77: ...rs can be evaluated for Unframed patterns Framed patterns and bulk signals Overhead bytes E1 E2 order wire F1 F2 user D1 D3 and D4 D12 DCC in the SDH Overhead SOH and POH M 2101 measures block errors...

Page 78: ...s and parameters At a glance the user is able to see if there are any alarms errors or signal failure pertaining to the SONET signal and its payload Summary Page 1 SONET mapping information is display...

Page 79: ...will depend on signal hierarchy structure payload and framing selected The soft LEDs have a tricolor function Green No error or alarm is present Red An error or alarm condition is detected and is curr...

Page 80: ...rror and Alarm definitions per Bellcore GR 253 and ANSI T1 105 recommendations SONET Error and Alarm defection criteria per Bellcore GR 253 and ANSI T1 105 231 RXT 6200_RXT6000e_Module_Manual Page 80...

Page 81: ...to top Go back to TOC Errors Alarms Page 2 Page 2 lists the SONET Errors in logical order that are associated with the signal under test All errors are evaluated RXT 6200_RXT6000e_Module_Manual Page 8...

Page 82: ...ignal under test All alarms are evaluated and stored The Elapsed Time ET since the start of the test is shown in the upper right hand corner Errors Alarms Page 3 The alarms associated with the Section...

Page 83: ...Go back to top Go back to TOC Errors Alarms Page 6 Page 6 lists the PDH DSn Alarms in logical order that are associated with the signal and payload under test All alarms are evaluated and stored RXT 6...

Page 84: ...at are associated with the signal and payload under test All errors are evaluated and stored Errors Alarms Page 7 Errors Alarms Page 8 Page 8 lists the BERT Errors in logical order that are associated...

Page 85: ...duration and duration alarms and ratio count errors are displayed Event Log Go back to top Go back to TOC 7 2 4 Signal The Signal tab displays the Level and Frequency screen Page 1 displays the level...

Page 86: ...signal Min ppm Indicates the difference between the standard rate and the minimum deviation detected in the input signal Max ppm Indicates the difference between the standard rate and the maximum dev...

Page 87: ...normally reported in Hz while the deviation is reported in ppm Tolerances for the various clock frequencies of SONET hierarchies are presented in the table below Level Measures the Peak and Peak Peak...

Page 88: ...cated page is available for errors and alarms including BER Page 1 displays the Alarms associated with the SONET Alarm Histogram SONET Alarms Page 1 The alarms and errors presented depend on the signa...

Page 89: ...stogram Page 3 Page 3 displays the Alarms and Errors associated with the STS PATH The measured parameters are AIS P STS Path AIS LOP P STS Path LOP Histogram P Alarms Errors Page 3 Go back to top Go b...

Page 90: ...mote Error Indication Histogram P Alarms Errors Page 4 Go back to top Go back to TOC Histogram Page 5 Page 5 displays the Alarms and Errors associated with the Virtual Tributary VT AIS V VT Alarm Indi...

Page 91: ...VT Remote Fault Indication BIP V VT Bit Interleaved Parity REI V VT Remote Error Indication Histogram VT Alarms Errors Page 6 Go back to top Go back to TOC Histogram Page 7 Page 7 displays the Alarms...

Page 92: ...of the Errors recorded during the measurement interval A dedicated page is available for each of the following error types FAS B1 B2 REI S B3 REI P BIP V REI V PDH DSn errors depending on payload Scr...

Page 93: ...selected from the Measurements tab Setup Measurements Please see Analysis for information on the Analysis tab and test definitions For a brief description of supported G Series and M Series performanc...

Page 94: ...s and parameters At a glance the user is able to see if there are any alarms errors or signal failure pertaining to the OTN SDH signal and its payload And also shows OTN SDH mapping information that c...

Page 95: ...Ds on screen are arranged logically and will depend on signal hierarchy structure payload and framing selected The soft LEDs have a tricolor function Green No error or alarm is present Red An error or...

Page 96: ...The LED headers are described in the table below OTN Error and Alarm definitions per ITU T G 709 recommendations RXT 6200_RXT6000e_Module_Manual Page 96 of 387...

Page 97: ...RXT 6200_RXT6000e_Module_Manual Page 97 of 387...

Page 98: ...ge 3 Page 3 lists the OTU Errors in logical order that are associated with the signal under test All errors are evaluated and stored The Elapsed Time ET is shown in the right hand corner of the header...

Page 99: ...ms Page 4 5 Page 4 lists the OTU Alarms in logical order associated with the signal under test All alarms are evaluated and stored The Elapsed Time ET since the start of the test is shown in the upper...

Page 100: ...for ease of interpretation Go back to top Go back to TOC Errors Alarms Page 6 7 Page 6 7 lists the ODU OPU errors and alarms in logical order that are associated with the signal under test All alarms...

Page 101: ...tion 7 1 Signal Pages 1 to 4 The signal tab displays the Level Frequency and related screens Optical Level Page 1 The optical level measurement for OTU 1 and OTU 2 signals is displayed in dBm Loss of...

Page 102: ...m deviation detected in the input signal SDH Current Indicates the frequency of the SDH or SONET signal carried with the OTU frame 2M Current Indicates the frequency of the PDH or T Carrier payload Op...

Page 103: ...This is useful for troubleshooting defective XFPs or for monitoring intermittent optical power fluctuations Signal Page 4 Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 103 of 387...

Page 104: ...rm and error selections will depend on PDH SDH or OTN signal types Alarm Setup Go back to top Go back to TOC 8 1 Alarm Generation Generation range of different anomalies into the transmit signal Alarm...

Page 105: ...PDH Alarm Type Go back to top Go back to TOC 8 1 2 SDH Alarms The following SDH Alarms can be generated STM 1 4 16 64 depends on signal structure LOS LOF MS AIS MS RDI RS TIM AU LOP AU AIS HP UNEQ HP...

Page 106: ...I RS TIM AU LOP AU AIS HP UNEQ HP PLM HP RDI HP TIM TU LOM TU LOP TU AIS LP UNEQ LP PLM LP RDI LP RFI LP TIM PDH Payload alarms depends on payload DS1 AIS DS1 LOF 2M AIS 2M RDI 2M LOF 34M AIS 34M LOF...

Page 107: ...signals FAS Bit DS1 signals Code FAS Bit DS3 signals Code FAS Bit PDH Error Type Go back to top Go back to TOC 8 2 2 SDH Errors The following SDH errors can be generated STM 1 4 16 64 signals FAS B1...

Page 108: ...TOC Error Flow OTN SDH SONET PDH signals Injects different anomalies into the transmit signal Error insertion flow modes include Single Inserts a single error every time the insertion button is tappe...

Page 109: ...tion Error Insertion At any time during the test process tap the Error Injection or Alarm Generation buttons to inject errors or generate alarms Go back to top Go back to TOC RXT 6200_RXT6000e_Module_...

Page 110: ...ins the so called Access Point Identifiers API which are used to specify the Source Access Point Identifier SAPI and Destination Access Point Identifier DAPI The APIs contain information regarding the...

Page 111: ...Tapping the applicable byte enables an automatic decode a byte description including the Hexadecimal and Binary value is provided For some bytes an advanced decode of the various bits is also availabl...

Page 112: ...C 9 2 2 Optical Transport Unit OTU Analysis The OTU overhead is comprised of the SM GCC0 and RES bytes Section Monitoring SM Bytes are used for the Trail Trace Identifier TTI Parity BIP 8 and the Back...

Page 113: ...DU overhead is divided into several fields RES PM TCMi TCM ACT FTFL EXP GCC1 GCC2 and APS PCC Reserved RES bytes are undefined and set aside for future applications Path Monitoring PM Field is similar...

Page 114: ...The STAT subfield is used in the PM and TCMi fields to provide an indication of the presence or absence of maintenance signals TCM1 BEI Type Go back to top Go back to TOC Fault Type and Fault Locatio...

Page 115: ...FTFL Type Go back to top Go back to TOC Experimental EXP Field not subject to standards and is available for network operator applications RXT 6200_RXT6000e_Module_Manual Page 115 of 387...

Page 116: ...channel is available in the ODU GCC1 Type Go back to top Go back to TOC Automatic Protection Switching and Protection Communication Channel APS PCC Supports up to eight levels of nested APS PCC signa...

Page 117: ...d OPU PSI Type The other fields in the OPU overhead are dependent on the mapping capabilities associated to the OPU For an asynchronous mapping the client signal and OPU clock are different Justificat...

Page 118: ...ifier Tap the Payload Label icon to display the screen shown below Tabs for Tx and Rx label settings are provided Payload Label PSI 0 contains a one byte Payload type PSI 1 to PSI 255 are mapping and...

Page 119: ...TTI similar to the J0 byte in SONET SDH is used to identify the signal from the source to the destination within the network The TTI contains the so called Access Point Identifiers API which are used...

Page 120: ...in the network SONET SDH allowed a single level of TCM to be configured while ITU G 709 allows six levels of tandem connection monitoring to be configured The assignment of monitored connections is c...

Page 121: ...ndicate the content of the High order STS path and Low order VCs VTs APS Testing Used to measure Automatic Protection Switching limits Using selectable triggers the drop out times of tributary connect...

Page 122: ...provided For some bytes an advanced decode of the various bits is also available Section Overhead The following is a partial list of SOH bytes and their corresponding functions Section Layer Framing...

Page 123: ...race Byte J0 Order Wire Byte E1 Local order wire channel for voice communication between regenerators cross connects hubs and remote terminal locations F1 Byte Section user channel Byte is allocated f...

Page 124: ...ection paths on a multiplexer section APS message type conforms to ITU T G 783 and Bellcore GR 253 for Linear network architectures Bits 1 4 G 783 Protocol 1111 Lockout of protection 1110 Forced switc...

Page 125: ...nual switch span 0110 Manual switch ring 0101 Wait to restore 0100 Exercise span 0011 Exercise ring 0010 Reverse request span 0001 Reverse request ring 0000 No request Bits 5 8 are the destination nod...

Page 126: ...APS Linear Go back to top Go back to TOC Data Communications Channel DCC Bytes D4 D12 DCC together these nine bytes form a 576kbps message channel for OAM purposes They can be used for internally or...

Page 127: ...llowing is a partial list of POH bytes and their corresponding functions J1 byte STS Path Trace High Order VC N path trace byte A unique message is assigned to each path in a SDH network therefore the...

Page 128: ...alue is calculated over all the bits of the previous VC 4 The computed checksum is placed in the B3 byte before scrambling C2 byte HP signal label for SDH mode Indicates mapping of the VC n The table...

Page 129: ...cator Multiframe phase indicator used for tributary structured payloads F3 byte LP user channel Used for communication between path elements and is payload dependent K3 byte HP APS Bits 1 4 are used f...

Page 130: ...1 VC AIS Bit 8 is the VC12 path LP RDI normally set to zero unless there is an error condition AIS V5 Byte VT signal label Go back to top Go back to TOC J2 byte LP Used to transmit a configurable 16 b...

Page 131: ...ated to the extended signal label Bit 2 is allocated to virtual concatenation Bits 3 and 4 are unassigned and are reserved for LP APS signaling Bits 5 6 7 are allocated for optional use Bit 8 is unass...

Page 132: ...Generator SOH Tap the Overhead Generator icon to display the OH screens shown below There are three tabs SOH TX which allows editing of select bytes associated with the Section Overhead Editing of J0...

Page 133: ...tances more advanced editing is possible using the dedicated functions S1 Byte from SOH POH TX which allows editing of select bytes associated with the Path Overhead Editing of J1 C2 H4 G1 Z5 and J2 V...

Page 134: ...tuffing bits Pointers are allowed to move up or down every three frames however the actual rate should be slower The Administrative Unit AU and the Tributary Unit TU each has its own pointer and the u...

Page 135: ...enerate individual pointer movements as follows For AU pointers SS bits Program bits 5 and 6 of the H1 byte to be either SDH 10 SONET 00 Unknown 01 or 11 Pointer value Transmits a new pointer address...

Page 136: ...3 and ANSI T1 105 03 and Bellcore GR 253 sequences as follows Sequence Decide how to affect the pointer sequence Basic Specify whether the pointer is increasing or decreasing Select Inc to increase th...

Page 137: ...attern 87 consecutive pointer adjustments 3 consecutive pointer value reduced the number of adjustments by one Unit Select the type of unit to count Frames N Specify the number of pointer adjustments...

Page 138: ...ency offset applicable to the line rate increases the stress on the pointer processor The test procedure includes an initialization period followed by a cool down period of 30 seconds with no pointer...

Page 139: ...ted trace tap the applicable trace box to display the pop up keyboard TX JO S Go back to top Go back to TOC 10 1 5 2 Received Traces RX J0 RS Regenerator section trace Program a 1 or 16 byte identifie...

Page 140: ...Label icon to display the payload label screens There are dedicated tabs for Transmitted and Received payload labels and setups C2 HP Path Path signal label Specifies the mapping type in the VC n Prog...

Page 141: ...ns of a SDH network and enables network elements to re route traffic to a backup circuit in the event of network failure or problems The protection mechanism is coordinated by the K1 and K2 bytes in t...

Page 142: ...ge from 50ms to 4 seconds Used to measure total service disruption when multiple switches or micro interrupts occur Repeat ON OFF Configurable to measure on a continuous basis Start Press to begin the...

Page 143: ...Go back to top Go back to TOC 10 1 7 2 APS Sequence The associated K1 K2 sequence and received K1 K2 bytes may be captured RXT 6200_RXT6000e_Module_Manual Page 143 of 387...

Page 144: ...4 and VC3 G 707 Annex E for VC2 and VC1 G 707 defines a tandem connection source and sink and describes the responses of each when defect alarm and error conditions are detected Tandem connection main...

Page 145: ...path manually can be very time consuming The unit automatically performs a sequential BER test on each SDH tributary C12 channel mapping can be either via AU 4 or AU 3 The unit checks for alarms in t...

Page 146: ...e propagation time through the network Select SDH as TX RX standard View the Round Trip Delay of a looped back signal Set check box on Setup RX pattern to Out of Service Round Trip Delay Results Go ba...

Page 147: ...Used to measure Automatic Protection Switching limits Using selectable triggers the drop out times of tributary connections are measured and compared with preset values TCM Tasks Used to analyze or ed...

Page 148: ...le Section Overhead The following is a partial list of SOH bytes and their corresponding functions Section Layer Framing Bytes A1 A2 The A1 A2 bytes indicate the beginning of the STS N frame and provi...

Page 149: ...ION overhead of the following STS N before scrambling B1 Section BIP Byte Order Wire Byte E1 Local order wire channel for voice communication between regenerators cross connects hubs and remote termin...

Page 150: ...k to top Go back to TOC Line Layer B2 Byte A 24 bit interleaved even parity code used to determine if transmission errors have occurred over the Section Layer Its calculated over all the bits of the S...

Page 151: ...ced switch 1101 Signal fail high priority 1 n only 1100 Signal fail low priority 1011 Signal degrade high priority 1 n only 1010 Signal degrade low priority 1000 Manual switch 0110 Wait to restore 010...

Page 152: ...110 Manual switch ring 0101 Wait to restore 0100 Exercise span 0011 Exercise ring 0010 Reverse request span 0001 Reverse request ring 0000 No request Bits 5 8 are the destination node ID 0000 Null cha...

Page 153: ...a Communications Channel DCC Bytes D4 D12 Data Communications Channel DCC together these nine bytes form a 576kbps message channel for OAM purposes They can be used for internally or externally genera...

Page 154: ...s a partial list of POH bytes and their corresponding functions J1 byte STS Path Trace High Order STS N path trace byte An unique message is assigned to each path in a SONET network therefore the path...

Page 155: ...its of the previous STS 3 The computed checksum is placed in the B3 byte before scrambling B3 Byte STS Path BIP C2 byte STS path signal label Indicate the type of payload being transported in the STS...

Page 156: ...efects E4 STS 1 payload with 4 VT x payload defects E5 STS 1 payload with 5 VT x payload defects E6 STS 1 payload with 6 VT x payload defects E7 STS 1 payload with 7 VT x payload defects E8 STS 1 payl...

Page 157: ...ath status High Order path status byte Used to convey the path terminating status back to the originating path thus allowing bidirectional monitoring of the complete path Bits 1 4 Remote Error Indicat...

Page 158: ...thin the tandem connection Bit 6 Operates as the OEI to indicate errored blocks egressing the STS n Bits 7 8 Operate in 76 multi frame structure Frames 1 8 Frame Alignment Signal FAS Frames 9 72 The A...

Page 159: ...is the REI V 0 no error 1 errors that is sent back towards an originating VT PTE if errors were detected by the BIP 2 Bit 4 is reserved for mapping specific functions Bits 5 7 provide the VT signal l...

Page 160: ...ed before tandem connection Bit 5 TC REI indicating errored blocks caused in the tandem connection Bit 6 OEI indicating errored blocks of the egressing STS 1n Bits 7 8 operate in a 76 multi frame stru...

Page 161: ...ry The Summary tab displays the summary screen listing the major bytes of the received SONET signal Column 1 Indicates the byte type Column 2 Provides the hexadecimal value of the byte if applicable C...

Page 162: ...ing pop up keypad Binary values using simple on screen bit toggle or pop up keypad Convenient drop down selections In some instances the selections will be available over multiple pages While programm...

Page 163: ...ltiple pages C2 Byte from POH Overhead Generator Programming most overhead bytes is possible using the OH Generator feature however dedicated test functions are available for Pointer Tasks Payload Lab...

Page 164: ...t AU and the Tributary Unit TU each has its own pointer and the unit has two tabs for displaying the values and measurements For STS pointers SS bits displays bits 5 and 6 of the H1 byte to indicate S...

Page 165: ...erate individual pointer movements as follows For STS pointers SS bits Program bits 5 and 6 of the H1 byte to be either SONET 10 SONET 00 Unknown 01 or 11 Pointer value Transmits a new pointer address...

Page 166: ...sequence Basic Specify whether the pointer is increasing or decreasing Select Inc to increase the pointer value Select Dec to decrease the pointer value Select New Value to set new pointer value Sing...

Page 167: ...ce the number of adjustments by one Unit Select the type of unit to count Frames N Specify the number of pointer adjustments in a row 1 9999 default 6 T Specify the average pointer spacing in time T i...

Page 168: ...reens shown below There are dedicated tabs for Transmitted and Received expected path traces and setups SDH SONET Tools Menu Go back to top Go back to TOC 10 2 5 1 Transmitted Traces TX J0 Section Reg...

Page 169: ...ace Enable or disable the TIM Trace Identifier Mismatch alarm J2 VT Path Low order path section trace Program a 16 or 64 byte identifier to set and check the expected trace Enable or disable the TIM T...

Page 170: ...TX or RX label by editing the hexadecimal value or by using the convenient drop down menu selection For the RX label you can enable or disable the Payload Mismatch PLM Alarm TX C2 P V5 VT Path Path s...

Page 171: ...nitiated as a result of one of the following conditions Hard Failure SF condition Loss of Signal LOS MS AIS BER 1 x 10 3 Soft Failure SD condition Signal degradation when BER exceeds a predetermined t...

Page 172: ...or alarms are present on the transmission system because this will impact the measurement The measurement will be triggered by an Alarm Indication Signal AIS The test set measures how long the AIS ev...

Page 173: ...dation G 707 Annex D and Annex E ITU T recommendation G 707 defines a tandem connection source and sink and describes the responses of each when defect alarm and error conditions are detected Tandem c...

Page 174: ...5 s checking each path manually can be very time consuming The test set automatically performs a sequential BER test on each SONET tributary VT channel mapping can be via STS N The unit checks for an...

Page 175: ...he error to reach the receiver is the propagation time through the network Select SONET as TX RX standard View the Round Trip Delay of a looped back signal Set check box on Setup RX pattern to Out of...

Page 176: ...ital signal is called wander In simple terms jitter is an unwanted phase modulation of the digital signal that may cause errors or bit slips in a digital circuit and deteriorate the performance of a t...

Page 177: ...the current jitter value and maximum jitter value during measurement Go back to top Go back to TOC 11 2 Max Jitter Tolerance MTJ Jitter Tolerance or jitter accommodation is defined in terms of the sin...

Page 178: ...test again LOS Error Message Table Table values include Frequency tested Hz MTJ UI Maximum Tolerable Jitter in Unit Intervals Mask UI Peak to Peak jitter limit in UI as defined by ITU standard This i...

Page 179: ...For this example the table results and graphical example confirm that all points have passed Graph Go back to top Go back to TOC 11 3 Jitter Transfer Function JTF Jitter Transfer defines the ratio of...

Page 180: ...to the DUT then press Start to begin testing Frequency Hz Frequency measured JTF Jitter Transfer Function dB Jitter in divided by jitter out value in dB Mask dB Jitter output in relationship to the i...

Page 181: ...ts or technologies and depend on the options licenses loaded or available for each test set Nonetheless the concepts and procedure flow are very similar 11 4 1 Recovered Clock Wander Measurements The...

Page 182: ...TIE can be turned ON to write all wander measurements to a FAT32 USB Memory stick in real time to be analyzed later on 6 The Sampling Rate samples per second can be set to 1 s 5 s 10 s or 30 s depend...

Page 183: ...V Wander Analysis option to analyze the data or it can also be done by using the free VeEX Wander Analysis PC Software that can be downloaded from www veexinc com Both Wander and Phase Error measureme...

Page 184: ...l time to be analyzed later on User can also set the sampling rate samples per second 6 File Types available are the proprietary VeEX format compatible with VeEX Wander Analysis PC software and an ope...

Page 185: ...users a glance of the current status of long term tests 11 4 2 2 Built in MTIE TDEV Analysis Optional This option enables the test set to analyze up to 72 hours worth of wander measurement data and co...

Page 186: ...ser can perform relative MTIE or MRTIE and TDEV analysis 5 Auto scale TIE graph based on the limits set 6 Press the Measurement button to return to the current wander measurements 7 Fine cursor contro...

Page 187: ...mpact stand alone Windows software It can be carried in the same USB memory as the TIE data No installation is necessary For added convenience the software doesn t need installation and can be stored...

Page 188: ...ysis function 11 4 3 2 MTIE TDEV Analysis Select the desired tolerance masks from the pull down list and click on the Analyze button to perform the MTIE and or TDEV analysis 11 4 3 3 MTIE TDEV Analysi...

Page 189: ...Click on the Report button to generate a copy of the measurement and analysis in PDF format Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 189 of 387...

Page 190: ...GbE LAN and OPU2 payload by raising the overall OTU2 data rate from the standard 10 709 Gbps to fit the 10GbE LAN client signal OTU1e 11 0491Gbps bit rate support without fixed stuffing OTU2e 11 0957G...

Page 191: ...ures Net Wiz WiFi Wiz VoIP and IPTV applications Utilities Applications Help Settings Files which are common to all VePAL handheld test sets 2 Middle Test Applications specific to the test set Setup A...

Page 192: ...or 10GE ASYNC for the OTN Mapping For more information on configuring the OTN mapping please see Hierarchy From the menu select one of the following test modes Ethernet Testing Fibre Channel Testing S...

Page 193: ...erarchy box from the Signal tab Hierarchy Setup Test Rate Options are OTU 1e and OTU 2e referring to 11 049G and 11 095G respectively OTN Mapping 10GE SYNC 10GE ASYNC and Test pattern Overclocked OTN...

Page 194: ...present on the RX2 balanced or RX2 BNC unbalanced These options can be selected from them Clock External box Rx The clock for the transmitter is derived from the received signal and the jitter of the...

Page 195: ...ed patterns are available Note if the 32 bit user pattern entered is incorrect the default pattern will be 0xFFFFFFFF Invert Inversion of PRBS polarity is also available Inversion of fixed words is no...

Page 196: ...ack to top Go back to TOC 12 4 OTN Results Accessing OTN Results Measurements are accessed by tapping the Results icon in the main menu The results comprise of a range of tabbed pages similar to the s...

Page 197: ...ror Alarm tab brings up several pages showing the errors and alarm status Page 1 provides an overview of all the Errors and Alarms applicable to the signal or network under test The color of the page...

Page 198: ...ent interval but it is no longer present or active Errors Alarms Page 1 Tapping the individual soft LED will automatically link to the applicable result screen which provides detailed information The...

Page 199: ...RXT 6200_RXT6000e_Module_Manual Page 199 of 387...

Page 200: ...Go back to top Go back to TOC Errors Alarms Page 2 RXT 6200_RXT6000e_Module_Manual Page 200 of 387...

Page 201: ...U Alarms in logical order associated with the signal under test All alarms are evaluated and stored The Elapsed Time ET since the start of the test is shown in the upper right hand corner Errors Alarm...

Page 202: ...ents recorded during a test The events are presented in chronological sequence number type of event start time duration alarms and ratio count errors are displayed Number Event number events are numbe...

Page 203: ...oss of Signal LOS the Saturation level for optical signals is shown graphically including the level measurement in dBm Signal Page 1 Go back to top Go back to TOC Frequency Page 2 The received signal...

Page 204: ...e difference between the standard rate and the minimum deviation detected in the input signal Max ppm Indicates the difference between the standard rate and the maximum deviation detected in the input...

Page 205: ...s from the Home menu RFC 2544 BERT Throughput tap on Setup Home menu Hierarchy OTN Mapping and select 10GE SYNC or 10GE ASYNC from the drop down menu Hierarchy Setup After configuring the OTU Xe signa...

Page 206: ...responding Ethernet testing section for more information on the following applications 12 5 1 OTU Xe with 10GE BERT redirects to BERT 12 5 2 OTN 10GE RFC 2544 Conformance Testing redirects to RFC 2544...

Page 207: ...t the top left hand side of the screen Click on the Test Port CFP4 CFP2 QSFP SFP RJ45 to select the test mode Depending on interface options purchased the following selections are possible Test Mode S...

Page 208: ...Through Monitor 10 100Base X SFP28 SFP Pass Through Monitor 10 100 1000Base T 1G Copper After selecting the test interface click OK Go back to top Go back to TOC 13 1 2 Port Setup Port setup or test...

Page 209: ...he link partner Speed only when Auto Negotiation is Off 10 Mbps 100 Mbps 1000 Mbps Duplex only when Auto Negotiation is Off Half or Full Advertisement only when Auto Negotiation is On Default All or C...

Page 210: ...s per million Status Status tab The Status tab lists current port settings Please note that the Status tab is only available if a fiber port option is selected from the Test Port Selection menu Test u...

Page 211: ...GPS1PPS Clock Offset ppm Can be configured range is 150ppm Link Fault Response Enable Disable Go back to top Go back to TOC 100 GE Port 100G port profile Default Network Type LAN Flow Control Enable...

Page 212: ...atically TX Start Tx Rx or Tx Separate Configure how the measurements are started when in BERT and Multiple Streams test modes Tx Rx Transmitter and receiver are turned on at the same time and the Tx...

Page 213: ...tion Source Disable GPS 1PPS Clock Synchronization is not supported on all the test set models Check with customer care for availability Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual P...

Page 214: ...ly or Framed mode Unframed mode Test traffic consists of a bit stream of the selected test pattern Framed mode Test pattern is encapsulated into a valid Ethernet frame with SOF Preamble and CRC field...

Page 215: ...om existing settings Please see 6 0 Profiles in the ReVeal MTX300 manual for more details on how to create new profiles using ReVeal software Encapsulation Type None or Provider Backbone Bridge PBB TE...

Page 216: ...the most common frame type today MAC IP Tap the MAC and IP blocks on the Frame image to access the setup menus Set the Source and Destination MAC address for Layer 2 Set the Source and Destination MA...

Page 217: ...5 X 25 X 25 Level 3 0806 ARP Address Resolution Protocol ARP 8035 RARP Reverse Address Resolution Protocol RARP 8137 IPX Novell IPX 814C SNMP 8847 MPLS unicast 8848 MPLS multicast 86DD Internet Protoc...

Page 218: ...nfiguration Layer 3 Go back to top Go back to TOC MPLS Tab In the MPLS tab the following parameters are configured MPLS label Configurable in the range 16 through 1 048 575 labels 0 to 15 are reserved...

Page 219: ...three bits of the IP TOS field can be edited 000 Best Effort 001 Bulk Data 010 Transactional 011 Call Signaling 100 Streaming Video 101 Voice 110 Routing 111 Reserve DSCP Differentiated Services Code...

Page 220: ...minimal peaking for the measurement of jitter at component or system level CJTPAT Compliant Jitter Test Pattern is a Jitter Tolerance Pattern that stresses a receiver by exposing it to extreme phase j...

Page 221: ...ollowed by a zero for 5 bit times followed by a one for 1 bit time followed by a zero for 1 bit time followed by a one for 1 bit time followed by a zero for 2 bit times This pattern can be generated b...

Page 222: ...terns in which the least significant bit is populated first BERT Setup Data selection Special Patterns Page 2 Go back to top Go back to TOC RX Filter Tab Allows the user to filter incoming streams Whe...

Page 223: ...tted at maximum bandwidth according to the selected duty cycle and burst period Burst The selected frame is transmitted in a staircase profile according to user selectable step time number of steps an...

Page 224: ...tant at 100 bandwidth Go back to top Go back to TOC 13 2 1 3 Error Injection This description is for 10GE only Error injection can be performed during testing The error type and injection rate are con...

Page 225: ...s already in a manual loopback mode do not send a loop up command since it is not necessary Once the correct control settings are configured the user can start the test The selected tests will run aut...

Page 226: ...VLAN Tag Type Length CRC Payload Total Overhead Line Rate in Mbps Data Rate Payload Payload Total Overhead Line Rate Utilization of Line Rate For example if we transmit 100Mbps on a 1Gbps interface th...

Page 227: ...isplayed BERT Results Events Go back to top Go back to TOC 13 2 2 4 Traffic Traffic tab The following Traffic statistics are displayed Frame type Test and non test frames Traffic type Layer 2 and Laye...

Page 228: ...tagged frames Q in Q VLAN stacked frames Non test frames Transmitted TX frames Total frame Total frames transmitted Pause frames Total number of transmitted and received Ethernet pause flow control f...

Page 229: ...t frames received without FCS errors BERT Results Traffic Type Go back to top Go back to TOC Frame Size tab The following Frame distribution statistics are displayed in Count and Percentage 64 bytes f...

Page 230: ...cond FPS Number of received frames including bad frames Broadcast frames and Multicast frames Data rate in Mbps Received data rate expressed in Mbps BERT Results Rates Go back to top Go back to TOC 13...

Page 231: ...h loss of signal Current Duration of the current service disruption Total Total accumulated duration of the service disruptions Min Max Minimum and maximum duration of the service disruption events No...

Page 232: ...BERT Results Signal Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 232 of 387...

Page 233: ...cepted in the test and measurement industry for network performance testing The RFC 2544 test suite consists of and performs a set of four automated tests throughput latency frame loss and burst or ba...

Page 234: ...more details on how to create new profiles using ReVeal software Encapsulation Type None or Provider Backbone Bridge PBB TE Provider Backbone Bridge MAC in MAC IEEE 802 1ah encapsulation are configur...

Page 235: ...MPLS Off 1 tag 2 tags 3 tags The user is able to configure up to 3 MPLS tags MPLS tag configuration is only available when the MPLS option is purchased MAC VLAN MPLS IP and Test Pattern Configurations...

Page 236: ...dress editing Data Tab No payload selection is possible The payload area is populated with a VeEX signature field and other proprietary data RX Filter Tab Depending on test layer allows the user to fi...

Page 237: ...elected frames are 64 and 1518 bytes To select deselect any of the recommended test frames check the box to the right of the desired frame When VLAN tagging or MPLS tagging is enabled the value in par...

Page 238: ...r menu asymmetric testing becomes available Asymmetrical links provide different line rates in the two directions To verify the information for both the low and the high rates of the link the user nee...

Page 239: ...tions Press Connect The user is able to configure and view the local remote unit s setup and results Tap on the Local Remote button on the right side menu to toggle between the two settings Local Setu...

Page 240: ...ds The duration is the amount of time the throughput test is run for for each frame size at a given rate RFC 2544 Setup Throughput Settings Go back to top Go back to TOC Latency tab User configures th...

Page 241: ...is the rate that the frame loss test will be reduced by in the event of any frame loss For example if the Max Rate is 100Mbps or 100 and frames are lost at this rate then the transmit rate will be re...

Page 242: ...g are two scenarios of how to prepare and start the unit for RFC 2544 testing If testing on the fiber ports make sure the LASER is turned On before starting the test Far End Unit in Manual Loopback Mo...

Page 243: ...the respective sub tabs throughput latency frame loss or burst to view the results for each test For the burst test the results can be viewed in summary table format or test log format Status tab The...

Page 244: ...ethernet pause flow control frames RFC 2544 Results Summary Go back to top Go back to TOC Signal tab The Signal tab fiber ports only displays the optical level measured by the SFP or XFP transceiver R...

Page 245: ...Results are displayed in graphical and table formats Use the drop down menu to change the display format Graphical Throughput results are displayed in a bar graph form Summary table and test log tabl...

Page 246: ...Throughput Summary Table RFC 2544 Results Throughput Test Log Table Go back to top Go back to TOC Latency and frame jitter measurements results are displayed in the following formats Use the drop dow...

Page 247: ...size bytes Summary and Test log tables display byte size Latency us Round trip delay latency Rate Percentage of frames transmitted Data rate used for latency test Pass Fail test status RFC 2544 Result...

Page 248: ...RFC 2544 Results Latency Test Log RFC 2544 Results Latency Jitter Graphical RFC 2544 Results Latency Jitter Summary RXT 6200_RXT6000e_Module_Manual Page 248 of 387...

Page 249: ...menu to select the Frame Loss format Summary and Test log tables display test frame length byte size frame loss from received traffic and rate transmitted Graphical Frame Loss displayed in line graph...

Page 250: ...ults are the number of frames successfully transmitted received at the line rate It is displayed in the following formats Summary table Displays Average Frame Count received for each test frame length...

Page 251: ...3 3 4 Advanced SLA Mode SLA Mode is not available for 40G and 100G Using this test function users are able to verify SLAs while end to end QoS is assessed properly By configuring one primary test stre...

Page 252: ...nfigure Traffic Flow Select from Constant Ramp Burst or Single Burst traffic flow Frame Size Type Fixed or Uniform If uniform is chosen the user will have to input a minimum and maximum frame size Fra...

Page 253: ...t for information on starting stopping the test Go back to top Go back to TOC 13 3 5 Background Results Advanced SLA Mode For information on Global and Per Stream Results in Advanced SLA Mode please r...

Page 254: ...Background Results Per Stream Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 254 of 387...

Page 255: ...service SAM is able to run multiple services on a single 10 100 1000 or 10G Ethernet line at a bandwidth ranging from 0 to the line rate allowing for more realistic stream testing The Frame Delay Vari...

Page 256: ...riteria FLR FTD FDV measured simultaneously The CIR test passes if the measurements on the received traffic stay below the performance objectives Step 2 Excess Information Rate EIR Test Traffic is tra...

Page 257: ...10 GE interface and up to 32 services for 40GE and 100GE interface Service Configuration Test Enable or Disable the configuration test Service Performance Test Enable or Disable the performance test...

Page 258: ...p Load Test Starts the test below the CIR and continues in steps until it reaches the CIR Simple and Step Load Test Step Load Test performs only if the Simple Validation test fails Tap on the Test Dur...

Page 259: ...ation of 5 frames is allowed Encapsultaion Type None or Provider Backbone Bridge PBB TE Provider Backbone Bridge MAC in MAC IEEE 802 1ah encapsulation are configured trunks that add resiliency and con...

Page 260: ...r Settings V SAM Setup Services EMIX Frame Size Settings V SAM Setup Services PBB Settings Go back to top Go back to TOC 13 4 1 2 Service Attributes Bandwidth Profile Parameters RXT 6200_RXT6000e_Modu...

Page 261: ...but may be dropped in the event of congestion within the network The combined CIR and EIR must not exceed the line bandwidth Traffic beyond CIR EIR will be dropped when it enters the carrier s networ...

Page 262: ...in the digital range of 001 999 and 1 us 999sec The user can also choose to Disable the FTD threshold evaluation FTD will be measured anyway but the value will not contribute toward passing or failing...

Page 263: ...nsfer header parameters to other services MX Discover and Control Settings For instructions on how to loop up down the test set with another test set or device please refer to 13 5 1 2 MX Discover and...

Page 264: ...ters set in the Bandwidth and Threshold tabs the test fails IR Mbps Information Rate Measures the average Ethernet frame rate starting at the MAC address field and ending at the CRC FTD Measures the t...

Page 265: ...g test The test passes if the received traffic rate is at least at the CIR minus the margin allowed by the FLR but does not exceed the allowed CIR EIR Results Config Tests Summary Summary The Summary...

Page 266: ...becomes unavailable if more than 50 of the frames are errored or missing in a one second interval Availability is only guaranteed for traffic conforming to the CIR Total RX Frames Total number of fra...

Page 267: ...Event Log Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 267 of 387...

Page 268: ...high priority traffic and low priority traffic accordingly Setup General Settings Per Stream Configurations Traffic Settings Error Injection Settings Alarm Injection Settings Summary Starting Stoppin...

Page 269: ...to achieve synchronization both units must be synchronized to the same timing source and at the same time See Chapter 13 1_Ethernet_Setup for a detailed description of the synchronization process Thre...

Page 270: ...e Layer 2 traffic Go back to top Go back to TOC 13 5 1 2 MX Discover and Control Before proceeding with MX Discover or Control be sure to assign an IP address to each test port To assign an IP address...

Page 271: ...y to control a far end unit The loop up command contains information about the test layer Looping back test traffic is possible as follows Layer 1 All incoming traffic is looped back unchanged Layer 2...

Page 272: ...erformance testing of Ethernet switches Source SRC and Destination Dest flooding Enable or Disable Flood Range Specifies the number of MAC source and or destination addresses Enter a number from 0 409...

Page 273: ...configure Traffic Flow Select from Constant Ramp Burst or Single Burst traffic flow Frame Size Type Fixed or Uniform If uniform is chosen the user will have to input a minimum and maximum frame size...

Page 274: ...use time is set to 1000 the pause duration will be set to 1000x512 ns Injection Flow The error injection flow determines how the selected errors will be injected The user can select a single error or...

Page 275: ...Go back to TOC 13 5 1 7 Summary The summary screen lists the source destination and VLAN information of each stream Tap on the appropriate box of each tab to reconfigure the source destination or VLAN...

Page 276: ...Throughput Test Summary IP List Throughput Test Summary VLAN List Throughput Test Summary Port List RXT 6200_RXT6000e_Module_Manual Page 276 of 387...

Page 277: ...nit is not manually looped back then it must first receive a loop up command from the control unit before the Throughput test suite can be started To loop up the far end unit with the manual mode loop...

Page 278: ...er VLAN Tag Type Length CRC Payload Total Overhead Line Rate in Mbps Data Rate Payload Payload Total Overhead Line Rate Utilization of Line Rate For example if we transmit 100Mbps on a 1Gbps interface...

Page 279: ...treams FCS CRC Number of received frames with an invalid Frame Check Sequence FCS IP Checksum Invalid IP Frame Check sequence TCP UDP Checksum Layer 4 only Jabber frames Number of received frames larg...

Page 280: ...d duration of the service disruptions Min Max Minimum and maximum duration of the service disruption events No of Occurrences Counter of service disruption events SDT Threshold Events Service Disrupti...

Page 281: ...ll streams Frame size of all streams Throughput Results Global Traffic Summary Go back to top Go back to TOC The Global Delay tab Delay measures the interpacket gap start of the frame and preamble dur...

Page 282: ...bytes total of frames associated with each stream Errors Errors associated with each stream SDT Service Disruption Time Events Events associated with each stream Traffic Traffic statistics associated...

Page 283: ...ames Number of received frames larger than 1518 bytes containing an invalid FCS Runt frames Number of received frames smaller than 64 bytes containing an invalid FCS Frame Loss Frame Loss OOS Throughp...

Page 284: ...d Time stamped record of bit errors alarms and other anomalies pertaining to each stream Throughput Results Events per Stream Go back to top Go back to TOC The Per Stream Traffic screen displays the f...

Page 285: ...The Per Stream Delay screen displays the frame delay information pertaining to each stream The Histogram shows the sampling points for the delay Round Trip Delay Results and Histogram Throughput Resul...

Page 286: ...nd Trip Delay Histogram One Way Delay Results and Histogram Table and Graph Throughput Results Delay per Stream One Way Delay Throughput Results One Way Delay Histogram Graph RXT 6200_RXT6000e_Module_...

Page 287: ...Delay Histogram Table Go back to top Go back to TOC The Per Stream Rate screen displays the frame rate and data rate pertaining to each stream Throughput Results Rates per Stream RXT 6200_RXT6000e_Mod...

Page 288: ...lts Once the test has been stopped the results can be saved by pressing the Save key on the keypad The results will be saved and named automatically Once the results are saved the user may view or ren...

Page 289: ...EE 802 1ag and ITU T Y 1731 Go back to top Go back to TOC 13 6 1 OAM Setup 13 6 1 1 Link Level 802 3ah OAM Setup 802 3ah functions include Discovery Link Performance Monitoring Remote loopback Fault d...

Page 290: ...and remote will be used PDU Rate 100 to 10000 ms between consecutive OAM PDUs Discovery Capability Enables OAM enabled devices to exchange their OAM capabilities configuration and identity to link pa...

Page 291: ...link error exceeds the threshold Events may be sent once or multiple times In the current software release link events are only transmitted upon user request not based on threshold crossing MIB Retrie...

Page 292: ...Management space on a network that is owned and operated by a single network provider There is a maintenance level from 0 to 7 to define the hierarchical relationship between domains Maintenance doma...

Page 293: ...ences Definition Equivalencies Maintenance Point Roles Go back to top Go back to TOC OAM Services Setup Under the same tab OAM Services pertaining to 802 1ag and or Y 1731 can be enabled The tests lis...

Page 294: ...riodic interval by MEPs Network Path Discovery Link trace message Equivalent to a traceroute test MIPs and MEPs along the path send a response Fault verification and isolation Loopback Verify connecti...

Page 295: ...ble sending Continuity Check messages Disable Disable sending Continuity Check messages Priority 802 1p priority in the CCM VLAN Tag Tx Interval Choose from the supported CCM intervals 1 s 10 s 1 min...

Page 296: ...essage Multicast messages are transmitted on demand to a destination MAC address All MIPs and destination MEPs respond with LTR Link Trace Reply and forward the LTM on to its destination LTM Diagram L...

Page 297: ...C Sends LTM LBM to a destination MAC address Priority 802 1p priority in the LTM LBM VLAN Tag Destination MAC Configure the destination MAC address used for the LTM LBM This field is only used if Dest...

Page 298: ...is set to MEP this field is ignored Send Configure the number of LMM DMM frames to send up to 50 Rate Configure the LMM DMM frame interface rate min 100 ms max 10 seconds Press Start to initiate testi...

Page 299: ...DM DMM frame Unicast DA or Multicast Class 1 DA for multipoint measurement DMR frame Unicast DA FD RxTimeb TxTimeStampf Dual Ended Frame Delay Measurement DMM and DMR frames contain timestamp info Go...

Page 300: ...entifier and Vendor specific information similar to MAC address fields Discovery State Send Any indicates the device was successfully discovered Parser Multiplexer state Forward indicates the device i...

Page 301: ...t supported in the current test set release Number of Loopback Control frames Variable Request and Response are MIB query messages not supported in the current test set release Go back to top Go back...

Page 302: ...t condition is not present for a time period of 10s OAM Service LBM OAM LBM Results LBM Status Pass At least 1 Loopback response received Fail No Loopback responses received To be sent Outstanding num...

Page 303: ...ates that only MAC addresses learned in a Bridge s Filtering Database and not information saved in the MIP CCM Database is to be used to determine the Egress Port Y 1731 Performance Management Functio...

Page 304: ...Delay Average round trip delay over the number of delay samples Average Variation Average round trip delay variation over the number of delay samples Last Delay Last round trip delay value measured L...

Page 305: ...ripting application can be accessed in two different ways Short cut from the application selection window CFP4 QSFP28 QSFP Within the selected application 1GE 10GE 40GE 100GE Home Advanced Tools menu...

Page 306: ...dow the Auto Script application is automatically launched Auto Script Main Menu Selecting Profiles Pre configured profiles appear in each of the Profile pull down menus The user can select any profile...

Page 307: ...ser can select up to 10 profiles each with a different test duration Selected Profiles Profile Test Duration The duration of each profile can be in seconds minutes hours or days RXT 6200_RXT6000e_Modu...

Page 308: ...iles by selecting Continue Or they can choose to stop the auto script by selecting Exit Error Handling Status of Profile Test At the end of each profile tests the status will be indicated by the soft...

Page 309: ...ning time of each profile being tested Profile Name Progress and RT are scrolled on the bottom bar one after the other for a couple of seconds each time Bottom Bar Profile Name Progress Progress 1 of...

Page 310: ...g Time is displayed on the bottom bar Bottom Bar Remaining Time End of Test At the end of the auto scripting test a Profile Script Completed message is displayed on the bottom bar RXT 6200_RXT6000e_Mo...

Page 311: ...ed At the end of the auto script test the soft LEDs will display the overall status of each profile test that was carried out Status at the end of the test Go back to top Go back to TOC RXT 6200_RXT60...

Page 312: ...rts Go back to top Go back to TOC 13 8 1 Setup The pass through monitor setup and operation is straight forward and simple Press the Test Port button on the right side of the screen and select a pass...

Page 313: ...ncoming traffic to the Rx loopback interface will be sent out unaltered to the Tx loopback interface Layer 2 3 4 In a Layer 2 or 3 loopback all incoming test traffic will be looped back The loopback f...

Page 314: ...pback is in progress The Results tab displays current test results Please see 13 2 2 BERT Results for information on the Results tabs Loopback Setup Loopback In Progress Go back to top Go back to TOC...

Page 315: ...the de skew function on the receiver side Skew alarm threshold value User configurable threshold for Skew alarm PCS Setup Tx Lane Mapping and Skew Go back to top Go back to TOC 14 1 2 Tx Alarm Error...

Page 316: ...etup Tx Alarm Error Injection Go back to top Go back to TOC 14 2 Results 14 2 1 Summary PCS Results Summary Go back to top Go back to TOC 14 2 2 Rx Lane Skew RXT 6200_RXT6000e_Module_Manual Page 316 o...

Page 317: ...PCS Results Rx Lane Skew Go back to top Go back to TOC 14 2 3 Alarms Errors PCS Results Alarms Errors Go back to top Go back to TOC 14 2 4 Events RXT 6200_RXT6000e_Module_Manual Page 317 of 387...

Page 318: ...e platform s keypad A window will open giving the option of naming the results file Enter the desired name for the file and tap apply The results will be saved PCS Results Save Once the results are sa...

Page 319: ...gnal and Frame on the left side of the screen OTU4 Test App Home Screen For safety reasons the transmitter laser is OFF by default After making all the right connections tap the Laser On Off button on...

Page 320: ...lows the user to configure OTN signal and network types including the bit rate and higher order mapping if applicable Data The following fields are pre defined Interface Optical Module CFP For OTN onl...

Page 321: ...ernal clock The internal clock has an accuracy of 3 5ppm conforming to G 812 recommendations Received The clock for the transmitter is derived from the received signal and the jitter of the incoming s...

Page 322: ...Heirarchy Setup External Clock Go back to top Go back to TOC 15 1 3 Data Tap the Data tab to configure the Test Data Settings The following parameters are available Test Data Mode PRBS Pattern RXT 620...

Page 323: ...50 and 0 151 standards fixed words and 24 bit or 32 bit user defined patterns are available Avaialble patterns 2 31 1 2 23 1 2 9 1 Invert Logic pattern inversion On Off OTU4 Setup Test Data Settings G...

Page 324: ...ace of radio base stations between the Radio Equipment Control REC and the Radio Equipment RE The standard is public and can be downloaded from http www cpri info OBSAI OBSAI stands for Open Base Stat...

Page 325: ...Ethernet and Fibre Channel It maps 8 bits of data into a 10 bits symbol each 8 bits can map into 2 possible 10 bit symbols The symbols are chosen so that there is a limit of 5 consecutive equal bits...

Page 326: ...16 2 CPRI Testing Test Ports and Modes RXT 6200 RXT 6200 RXT 6000e RXT 6000e RXT 6200_RXT6000e_Module_Manual Page 326 of 387...

Page 327: ...Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 327 of 387...

Page 328: ...top Go back to TOC 16 3 1 Setup Setup Menu Go back to top Go back to TOC Configure the following Signal Hierarchy CPRI Rate selection from 614 4Mbps to 6 144Gbps 4 9 and 6 1 Gbps rate requires compat...

Page 329: ...Version 1 supported Z 0 1 Byte Sync Control Word Z 0 1 set to D16 2 or D5 6 Channels Single PRBS test pattern transmitted on one AxC All PRBS test pattern transmitted on all AxC Control and Managemen...

Page 330: ...rn Independent TX RX test Pattern selection PRBS 2 23 1 normal or inverted or PRBS 2 31 1 normal or inverted Pattern Go back to top Go back to TOC Measurements Measurements Setup RXT 6200_RXT6000e_Mod...

Page 331: ...rt OFF ON Shows the results screen on pressing Start Auto Save OFF ON Automatically Save the test results Measurement Clock Source Select the Measurement clock source used for Frequency measurement Fo...

Page 332: ...r BERT trigger events In the CPRI and BERT Tab enable ON or disable OFF the Alarms and Errors used to determine Service Disruption events At least one error or alarm must be enabled for SDT to trigger...

Page 333: ...smitted in the Control bytes for L1 inband protocol RLOS Remote Loss of Signal is transmitted in the Control bytes for L1 inband protocol RLOF Remote Loss of Framing is transmitted in the Control byte...

Page 334: ...nd Errors These include Hyperframe Synchronization indication and BFN NodeB Radio Frame Synchronization indication Green indicates no alarm Red indicates current alarm Grayed out indicates that the me...

Page 335: ...ion is detected in the Control bytes for L1 inband protocol RAI Remote Alarm Indication is detected in the Control bytes for L1 inband protocol RLOS Remote Loss of Signal is detected in the Control by...

Page 336: ...uency offset from the frequency measurement clock internal or external Min minimum frequency offset Max maximum frequency offset Hyperframes TX RX counters of Transmitted Received Hyperframes NodeB fr...

Page 337: ...3 Histogram showing the fluctuation in RX optical signal level Signal Page 4 Go back to top Go back to TOC Histogram Histogram showing CPRI alarms and errors events RXT 6200_RXT6000e_Module_Manual Pag...

Page 338: ...Histogram showing BERT alarms and errors events Histogram Page 2 Go back to top Go back to TOC Graph Graph showing CPRI Code and Bit error rate over time Graph RXT 6200_RXT6000e_Module_Manual Page 33...

Page 339: ...ack to top Go back to TOC Event Log Logs CPRI Alarms and Errors events along with corresponding count and duration for each event Event Log Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manua...

Page 340: ...r Side Note Cable Delay measurement min max and current values CPRI RTD Go back to top Go back to TOC 16 3 4 SDT Limit and Gate Time counters begin at the onset of the first valid event SDT Measuremen...

Page 341: ...vent Log Go back to top Go back to TOC 16 3 5 Control Words Display of Control words content in the 64 Subchannels Tap on any subchannel to display Hex and Binary value of the contents Control Words D...

Page 342: ...Byte Analyzer Byte Analyzer Go back to top Go back to TOC Frame Capture The test set must be set to Slave mode or use the Master s ref Clock RXT 6200_RXT6000e_Module_Manual Page 342 of 387...

Page 343: ...to 5000 Hyperframes CSV or raw frame format Compression gzip format Capture file written directly to USB drive Frame Capture Setup Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 3...

Page 344: ...ine rate eCPRI traffic generation capabilities and high accuracy one way latency measurements the eCPRI test application provides the tools necessary to ensure that the eCPRI transport network is read...

Page 345: ...access medium type and air interface technologies eCPRI relies on existing standards for Ethernet IP networking synchronization and security Go back to top Go back to TOC 17 2 1 Protocol Stack eCPRI P...

Page 346: ...18 bytes and jumbo frames up to 16000 bytes Layer 2 only Configurable Source and Destination MAC Fully configurable IPv4 or IPv6 header UDP Header configurable Source and Destination ports Q in Q VLAN...

Page 347: ...Way Latency Measurement The diagram below shows how eCPRI works with RXT 6000e and RXT 6200 test modules eCPRI One Way Latency Measurement Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual...

Page 348: ...5G or 25G with RS FEC and then click OK Go back to top Go back to TOC 17 3 2 Port Setup Configure the Test Ports and or Test Interfaces using the Setup menu on the Home page The available configuratio...

Page 349: ...1PPS or Atomic 1PPS Internal The internal clock has an accuracy of 3 5ppm conforming to G 812 recommendations External 2Mbps 2MHz 1 5Mbps 1 5MHz 10MHz 1PPS RxCLK The clock is derived from the receive...

Page 350: ...the transmitter is enabled At the start of the test only the receiver is turned on the transmitter must be turned on manually Coupled Transmitter and receiver are turned on at the same time and the me...

Page 351: ...Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 351 of 387...

Page 352: ...nd the traffic is analyzed on a per stream basis as well as a global or aggregate measurement eCPRI Throughput testing at Layer 2 and 4 is supported Throughput can be configured to use either stress p...

Page 353: ...ration for more details Test Layer Select layer to perform the test Layer 2 or 4 Frame Type Layer 2 only Ethernet II DIX named after DEC Intel and Xerox this is the most common frame type today VLAN O...

Page 354: ...Tap the NDP Gateway and NDP buttons at the bottom to locate MAC addresses on the local network for the network address designated in the gateway MAC Destination Configure the destination MAC address o...

Page 355: ...n Ethernet Frame Throughput Setup VLAN Tag configuration Layer 4 Go back to top Go back to TOC MPLS Tab Layer 4 only MPLS label Configurable in the range 16 through 1 048 575 labels 0 to 15 are reserv...

Page 356: ...10 Internetwork Control 111 Network Control TOS Values 1000 Minimize Delay 0100 Maximize Throughput 0010 Maximize Reliability 001 Minimize Monetary Cost 0000 Normal Service DSCP Differentiated Service...

Page 357: ...ader 8 bit field to identify the type of header that immediately follows Hop Limit 8 bit field to designate the maximum number of hops from source to destination Packet is discarded once number is dec...

Page 358: ...eCPRI Header Tab Protocol Rev eCPRI Interface Specification version used version 1 is default C 0 indicates last message 1 indicates another eCPRI message follows Message Type The following types of...

Page 359: ...n primarily intended for error and jitter measurements at bit rates of 34 368 and 139 264 kbps 2 15 1 32 767 bit pattern primarily intended for error and jitter measurements at bit rates of 1544 2048...

Page 360: ...eam Select a stream number to configure Traffic Flow Multiple Streams Constant Single Stream Ramp Burst or Single Burst Frame Size Type Fixed Frame Size bytes If a fixed frame size is chosen this opti...

Page 361: ...0secs 1min 10min 30min 1hr Defines how often the RTD round trip delay measurement is evaluated against the RTD threshold Threshold Max RTD allowed Input the value in us ms or sec Defines the maximum a...

Page 362: ...ion tab Once the test is running error injection can be performed by pressing the Error Inject button on the right side of the screen Error Injection Settings Layer ETHERNET Type Type of error CRC TCP...

Page 363: ...Injection Setup Go back to top Go back to TOC 17 4 1 5 Summary The summary screen lists the MAC source MAC destination and VLAN information of each stream Tap the appropriate box of each tab to reconf...

Page 364: ...Throughput Summary VLAN List Level 4 Throughput Summary MPLS List Level 4 RXT 6200_RXT6000e_Module_Manual Page 364 of 387...

Page 365: ...testing After configuring test settings on both units start the tests Go back to top Go back to TOC 17 4 2 Throughput Results When the test is first started the screen changes to the Global Aggregate...

Page 366: ...is 10 or 100Mbps of the total link capacity or Line Rate Utilization bps Framed Rate Payload MAC IP Header VLAN Tag Type Length CRC Payload Total Overhead Line Rate in Mbps Data Rate Payload Payload...

Page 367: ...Throughput Results Global Signal Page 2 Throughput Results Global Signal Page 3 RXT 6200_RXT6000e_Module_Manual Page 367 of 387...

Page 368: ...Sequence FCS IP Checksum Invalid IP Frame Check sequence TCP UDP Checksum Layer 4 only Jabber frames Number of received frames larger than 1518 bytes containing an invalid FCS Runt frames Number of re...

Page 369: ...al Total accumulated duration of the service disruptions Min Max Minimum and maximum duration of the service disruption events No of Occurrences Counter of service disruption events Local Remote Fault...

Page 370: ...e following Frame distribution statistics are displayed in Count and Percentage Received RX frames Total frame Total Test frames VLAN tagged frames Q in Q VLAN stacked frames Non test frames Transmitt...

Page 371: ...The following Frame distribution statistics are displayed in Count and Percentage 64 bytes frames 64 127 byte frames 128 255 byte frames 256 511 byte frames 512 1023 byte frames 1024 1279 byte frames...

Page 372: ...with each stream Errors Errors associated with each stream Service Disruption Test results for each stream Events Events associated with each stream Traffic Traffic statistics associated with each str...

Page 373: ...Loss Number of frames lost from receiver Frame Loss Percentage of total frames that were lost OOS Out of Service errors Duplicate Sequence Throughput Results Per Stream Errors Page 1 Go back to top G...

Page 374: ...alarms and other anomalies pertaining to each stream Throughput Results Per Stream Events Go back to top Go back to TOC The Per Stream Traffic screen displays the frame type and frame size distributio...

Page 375: ...creen displays the frame delay information pertaining to each stream The Histogram shows the sampling points for the delay Throughput Results Per Stream Delay Throughput Results Per Stream Delay Histo...

Page 376: ...Rates screen displays the frame rate and data rate pertaining to each stream Tap on either dial to see rate details Throughput Results Per Stream Rates Throughput Results Per Stream Rate Details RXT...

Page 377: ...A window will open giving the option of namingx the results file Enter the desired name for the file and tap apply The results will be saved For more information on retrieving saved test results refe...

Page 378: ...st number of bytes of that frame 64 128 192 256 Capture Mode Setup Go back to top Go back to TOC Select from the following Filter options eCPRI Mode Mode eCPRI Only traffic frames matching the source...

Page 379: ...to top Go back to TOC 17 5 2 Packet Capture Results To finish packet capture and manage packet capture results press Stop A message appears showing the number of packets captured and the filename to w...

Page 380: ...ported and analyzed on PC Wireshark For more information on viewing and exporting files see the RXT 1200 User Manual on www veexinc com The Packet Capture results screen is divided into three parts wi...

Page 381: ...Length Info Middle and Lower Sections Frame details Ethernet frame details Go back to top Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 381 of 387...

Page 382: ...from the OTN SDH SONET Testing main menu tap on the following icons Advanced Mode Profiles To save a new profile from the PDH or SDH applications mentioned above select the Save as drop down option T...

Page 383: ...to the RXT 1200 Platform Manual for the following functions IP Tools Ping Trace Route Net Wiz WiFi Wiz Advanced Tools Utilities Files R Server Backlight VeExpress M Upgrade Go back to TOC RXT 6200_RXT...

Page 384: ...customer along with proof of purchase within thirty 30 days of the request by the customer freight prepaid Additionally during the warranty period VeEX Inc will provide without charge to the customer...

Page 385: ...21 0 Product Specifications The most recent product specifications can be found on the VeEX web site at www veexinc com Go back to TOC RXT 6200_RXT6000e_Module_Manual Page 385 of 387...

Page 386: ...ation EFTA EN61010 1 For a copy of the CE Declaration of Conformity relating to VeEX products please contact VeEX customer service What is RoHS RoHS is the acronym for Restriction of Hazardous Substan...

Page 387: ...ldwide distribution channel provides uncompromised product support Visit us online at www veexinc com for latest updates and additional documentation VeEX Incorporated 2827 Lakeview Court Fremont CA 9...

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