calnex paragon m brochure
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Ethernet Mobile Backhaul
Calnex Solutions Ltd
Simultaneous measurements:
Sync-E MTIE/TDEV
1588v2 PTP and NTP PDV
E1/T1 MTIE/TDEV
Time-of-day accuracy
CES PDV
Correlate sync interface quality with
packet PDV
Capture and decode Sync and OAM
packet flows
the total solution for
synchronisation test
Measure Sync-E wander to G.8262/G.8261
MTIE/TDEV pass/fail evaluation to
standard or user masks
1ns accuracy
ESMC (SSM) message testing and
proving to G.8264
Capture long-term 1588v2 and NTP PDV
ITU-T Performance Metrics
Time-of-day (ToD) accuracy measurement
Troubleshoot 1588v2 and NTP protocol
and PDV issues
Save captured PDVs for subsequent
replay in the lab
Prove and diagnose Sync-E Prove and diagnose 1588v2 PTP & NTPParagon-m at-a-glance
Calnex Paragon -m
Sync-E 1588v2 E1/T1/ToD
MPLS-TP NTP CES OAM
As Ethernet sweeps in to address
the huge capacity expansion
requirements for mobile backhaul,it brings completely new methods
of synchronisation. Network
performance depends on proving
overall synchronisation quality and
probing its underlying packet-layer
and physical layer mechanisms.
Calnex Solutions range of Paragon
test sets are the definitive testers for Sync-E,
1588v2 PTP and NTP synchronisation mechanisms
as well as E1/T1/ToD sync interfaces and Ethernet OAM.
Now, the Paragon-m brings together all the measurements
you need for field deployment and troubleshooting test on Ethernet
backhaul synchronisation.
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Network
Network
As in all telecoms technologies, the successful deployment of Sync-E
and PTP/NTP depends on rigorous standards to allow interworking and
satisfactory network performance. Its therefore vital to measure in
accordance with those standards at all interface points in the network,in particular, correlating measurements from the packet and recovered
timing domains. And because todays standards will evolve to include
Make commissioning and maintaining Sync-E, 1588v2 PTP, NTP andCES networks fast, easy and effective
Node B
1588v2, NTP, Sync-E, CES
Reverse PDVReverse PDV
Forward PDVForward PDV
Node B
Sync-E/1588v2/NTP
Accurate Rb/GPS reference for field measurements
TimeIntervalErro r (TI E )vs Nominal
(seconds)
895.477518885894.977768110894.478017335Offset=0.00 2ppm
0.00064588
MK R-1:x= 894.874691063, y=0 .000360070
MK R-2:x= 894.874691063, y=0 .000360070
Delta: x=0 .000000000,
y= 0.000000000
x= 895.477518835
y= 0.000444870
T(a )
FAILED
ESMC (SSM) Capture(G.8264)
Sync-E WanderAccumulation (G.8262)
Recovered E1/T1 Wander(G.823/4)
E1/T1
1588v2 (PTP) and NTP Commissioning and Maintenance
new measurements, such as packet metrics, so your test equipment
must be able to track these new requirements too. With Calnex
Solutions unique heritage in telecom test equipment design, and
in active participation in the international standards bodies, you canbe assured well be with you every step of the way.
Sync-E/1588v2/NTP
All measurementsat the same time:
1588v2 Protocol Analysis
1588v2 Forward/Reverse PDVDelay DistributionE1/T1 MTIE / TDEV1pps ToD AccuracySync-E MTIE / TDEVESMC MonitorNTP Protocol AnalysisNTP PDV
895.477518885894.977768110894.478017335
0.00064588
MK R-1:x= 894.874691063, y=0 .000360070
MK R-2:x= 894.874691063, y=0 .000360070
Delta: x=0 .000000000,
y= 0.000000000
x= 895.477518835
y= 0.000444870
T(a )
FAIL
1pps Accuracy
PASS
1pps Accuracy
GPSAntenna
Rb/GPS Reference Source
10MHz 1pps
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Network Node B
Calnex Paragonemulates livenetwork
Capture delay profiles from live Mobile Backhaul networks and replaythesameprofiles back in the lab
Capture and analyse
PDVs then store thedelay profile
Field teams using the Paragon-m can send their test files back to
their labs or to the system vendors. In the lab, these same files
can be replayed on the Calnex Paragon or Paragon-x platform to
reproduce exact network conditions for precise troubleshooting.
1588v2, NTP, Sync-E, CES
Replay the same delayprofile in the lab
The Paragon-m includes
a ruggedized carrying
case with space for
the optional Rb/GPS
Reference Source.
Calnex Solutions is a global leader in Test and Measurement
solutions for next-generation telecom networks. Our products
help to prove new technologies for Mobile Backhaul and Carrier
Ethernet networks.
For more information on the Calnex Paragon platform, and to take
advantage of Calnexs extensive experience in Packet Sync and
OAM testing technologies, contact Calnex Solutions today:
tel: +44 (0) 1506 671 416
email: [email protected]
0.000006347
0.000000000
TimeInterval
Error (TIE)
-0.0000000304
267.533226320 535.066452640
T (s)
Port 1
S c re e n M i n/ M ax : O v er a l l M i n/ M ax :
Min= -0.000000002sec
Max= 0.000006044sec
Cursor Coords:
x= 24.641218213sec
y= 0.000006347sec
MKR:
1.
2.
Delta MKR#1required
Min= -0.000000002sec
Max= 0.000006044sec
Synchronisation Source
SlaveClock
MasterClock
Measure recovered clock~
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Physical Interfaces Ethernet/Sync-E: 100M electrical, 100M optical (SFP)*, 1G electrical, 1G optical (SFP) E1 balanced/unbalanced, T1, 2MHz, 1pps single-ended/differential
(*) 1588v2, NTP, CES, Services
Reference Clocks Internal: stratum 3, +/-4.6ppm External: 64kHz, 2.048MHz, 10 MHz; T1 BITS clock; E1 MTS, 1pps single-ended/differential Reference Lock: soft LED indicationExternal Rb/GPS Reference Accuracy +/- 1E-12 (typical)Source (option 132) Reference Outputs: 10MHz, 1pps
Supplied with AC power supply, GPS antenna and connecting cable
PC Control Interface Any standard PC or laptop (min. 4GB RAM recommended) running Windows XP, Vista or 7.RJ45 LAN connection to Instrument. TCP Port, IP Address and Gateway settable
Automatic flow-selection Automatic detection of OAM (MEGs), 1588v2, NTP, CES and other flows and filter setup using FlowWizardin multi-flow environment Filter: (1 to 64 bytes): Setup messages for capture and replay
Select OAM type within a MEG flow Select 1588v2/NTP Message type(s) or groups
Integrated decode using industry-standard tool, Wireshark
Packet Capture Memory 2GB internal or transfer to PC hard-drive
Graph Manipulation Zoom in (X and Y), Zoom out (X and Y), Marker 1, Marker 2, Min/Max display in nanoseconds
Simultaneous Measurements 1588v2/NTP/CES PDV and IPG, E1/T1/2.048MHzTIE/MTIE/TDEV, 1pps wander/accuracy
1588v2 NTP CESPacket Sync Rates Any packet rate Any packet rate T1, E1, T3, E3 or Any
Protocols IEEE-1588 (2008) RFC5905 SAToP, CESoPSN, TDMoIP
Header Capture and Alarms
Graphs and Results Displayed
Measurement Accuracy 5ns
Pass/ Fail Evaluation ITU-T metrics implemented as ratified including Pkt Filtered MTIE, MAFE, MATIE, etc.
Calnex Solutions Ltd Calnex Solutions Ltd, 2012.
www.calnexsol.com
General Product Specifications
Specification is subject to change without notice.
MessageType, TransportSpecific, VersionPTP,MessageLength, DomainNo, Flags,CorrectionField, SourcePortID, SequenceID(errors highlighted), ControlField,LogMessageInterval, OriginTS
LI, Ver, Mode, Stratum, Poll intl, Precision,Root Delay, Root Dispersion, Ref Id, Ref TS,Originate TS, Rx TS, Tx TS
L,R,M,FRG, Length and Sequence #(errors highlighted)
Inter-Packet delay: SYNC, DEL_REQ, DEL_RESP,pDELAY_REQ, pDELAY_RESP, FOLLOW-UP, ALL
PDV: Sync (Master-to- Slave),Delay_Req (Slave-to-Master),Follow-up, Delay_Resp, PDelay_Req,PDelay_Resp (Include/Exclude CF in PDVCalculation), Asymmetry Variation, RTDVariation Slave Clock Wander (T3), DelayDistribution Curve/Histogram
IPG Client, IPG Server, PDV Client, PDV Server,RTD, # Client messages, # Server messages
(and rates), # missing Client/Server messages
TIE vs Nominal, TIE vs Measured average,Delay vs Packet #, Inter-packet time (vs
Time and vs Packet #), Delay distributioncurve/histogram
Wander Measurement To ITU-T G.8262, G.8261, G.823, G.824, etc.MTIE/TDEV analysis with ITU-T/user-defined masksand pass/fail indication
Measurement Accuracy 1ns
ESMC (SSM) Decode ESMC messages to ITU-TG.8264 and plot Quality Level (QL) changesgraphically (bi-directional) to G.8264, G.781, etc.Support for ESMC Decode and Sync-E in 1588mode (for concurrent Sync-E and 1588v2implementations)
Timing Measurements E1/T1 Wander TIE, MTIE, TDEV analysis withITU-T/user-defined masks - sample rate 0.1 to 100Hz
1pps accuracy recovered slave clock 1pps vsreference, user settable pass/fail threshold
Capture and Decode Packet #, Arrival Time, Ethernet DA, Ethernet SA,OAM Message Type, MEP ID, RDI, Period fpsTransID, TxFCf, RxFCf, TxFCb. Tx Timestamp(f),
Rx Timestamp(f), Tx Timestamp(b), Rx Timestamp(b),Maintenance Domain Length, Maintenance DomainName, Short MA Name Format, Short MA NameLength, Short MA Name, Time To Live, Origin MAC,Target MAC, Relay Action, OUI, TLV Offset, TLVs
Round-trip Delay Based on DMM/DMR messages. Displayed in tableand graph. MEF and ITU-T delay methods supported
View Filtering MAC addresses and OAM message types
Standards Supported ITU-T Y.1731, IEEE 802.1ag, IEEE 802.3ah, ITU-TG.8031, ITU-T G.8032
MPLS-TP OAM Flow Identification of MPLS-TP OAM flows (MPLSshims, GAL, G-Ach)
Sync-E, EI/TI, Time of Day Ethernet OAM (option 301), MPLS-TP OAM - G.tpoam (option 302)
1588v2, NTP(option 404)and CES (option 202)