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Calnex Solutions Products
Sync-E / IEEE 1588v2 / CES / Ethernet OAM: Paragon-m l Paragon-X l Paragon l Paragon Comaprison Chart 

     

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Calnex Paragon-m
     

Calnex's Paragon-m is a field tool, designed to test and prove 1588v2 PTP, NTP, Sync-E, E1/T1 and Time of Day (ToD) in the network.

The Paragon-m can test Time of Day (ToD) and Frequency (E1, T1 or any frequency) accuracy to nanoseconds. If there are failures or problems with these tests, Paragon-m can also analyse the 1588v2 PTP, NTP and Sync-E performance to allow the user to troubleshoot and fix these problems.

  • Test Time of Day (ToD) accuracy and verify it is below required limits (e.g. +1.5µs for TD-SCDMA or TD-LTE)
  • Analyse 1588v2 (PTP) Packet Delay Variation (PDV) is below specified limits (including pktMTIE, MAFE, etc.)
 

Calnex Paragon-m
Calnex Paragon-m

Calnex Paragon brochureCalnex Paragon-m Datasheet

  • Measure and validate Sync-E compliance to ITU-T G.8262 (MITE/TDEV)
  • Measure E1/T1 recovered clock compliance to ITU-T G.823/G.824 (MITE/TDEV)
  • All of the above at the same time
  • Replay test files on Paragon to reproduce real network problems back in the lab

 

     

   
Calnex Paragon-X
     

Calnex Solutions Paragon-X
Calnex Paragon-X

Calnex Paragon brochureCalnex Paragon-X Datasheet

Calnex's Paragon-X tests up to 10G.

It proves that Ethernet-sync and packet-transport products meet industry standards and reliably work under real-world conditions.

Uniquely, the Calnex Paragon-X lets you capture real-world Packet Delay Variation (PDV) profiles from your existing network and replay those same profiles in a controlled lab environment, enabling you to prove your 1588v2, CES and NTP Products will work in the complex world of Ethernet switches, routers and gateways before deployment.

 

The Paragon-X is also able to measure the accuracy of the recovered Time of Day (ToD) and Frequency (MTIE/TDEV) to the specified limits.

  • Fully stress-test elements that deliver synchronisation over packet-based networks
  • Prove 1588v2 (PTP), Sync-E, CES, Pseudowire, NTP, etc. implementations. to ITU-T G.8261, etc.
  • Measure recovered Time of Day (ToD) and Frequency (MTIE/TDEV) to specified limits (G.823, G.824, etc.)
  • Stress and validate Ethernet OAM to Y.1731 and 802.1ag
  • Capture real-world PDV profiles over long periods, then replay these in a repeatable, controllable environment
  • Edit and change monitored PDV profiles before replay
  • Introduce packet corruption events, lost packets, mis-ordered packets, and repeated packets
  • Validate Sync-E and ESMC to ITU-T G.8262 and G.8264
     

   
Calnex Paragon
     

Calnex's Paragon proves that Ethernet-sync and packet-transport products meet industry standards and reliably work under real-world conditions.

Uniquely, the Calnex Paragon lets you capture real-world Packet Delay Variation (PDV) profiles from your existing network and replay those same profiles in a controlled lab environment, enabling you to prove your 1588v2, CES and NTP Products will work in the complex world of Ethernet switches, routers and gateways before deployment.

  • Fully stress-test elements that deliver synchronisation over packet-based networks.
  • Prove 1588v2 (PTP), Sync-E, CES, Pseudowire, NTP, etc. implementations. to ITU-T G.8261, etc.
  • Stress and validate Ethernet OAM to Y.1731 and 802.1ag
  • Capture real-world PDV profiles over long periods, then replay these in a repeatable, controllable environment.
 

Calnex Paragon
Calnex Paragon

Calnex Paragon brochureCalnex Paragon Datasheet

  • Edit and change monitored PDV profiles before replay.
  • Introduce packet corruption events, lost packets, mis-ordered packets, and repeated packets.
  • Validate Sync-E and ESMC to ITU-T G.8262 and G.8264
     

   

Paragon Comparison Chart

   
     
  Paragon-X Paragon Paragon-m
Use Environment Field & Laboratory Troubleshoot, Capture, Replay, & Impair Field & Laboratory Troubleshoot, Capture, Replay, & Impair Field Testing Troubleshoot, Capture
Operating Modes CES, Sync-E, 1588v2, Services, Ethernet OAM, NTP CES, Sync-E, 1588v2, Services, Ethernet OAM, NTP CES, Sync-E, 1588v2, NTP
Interface 100M Electrical & Optical* (SGMII) 100M Electrical & Optical (SGMII) 100M Electrical & Optical* (SGMII)
1G Electrical &amo; Optical-SFP 1G Electrical &amo; Optical-SFP 1G Electrical &amo; Optical-SFP
10G Optical-XFP or SFP+    
External Reference clock E1/T1, GPS, 2.048MHz, 10MHz E1/T1, 2.048MHz, 10MHz E1/T1, GPS, 2.048MHz,10MHz
Internal clock Stratum-3 (+4.6ppm) Stratum-3 (+4.6ppm) Stratum-3 / Rubidium (Optional)
Sync-E Wander Measurement (G8262) yes yes yes
Sync-E Wander Generation (G.8262) yes No No
Sync-E Jitter Gen & Measure (G8262) yes No No
ESMC Generate/Overwrite yes yes n/a
ESMC Analysis yes yes yes
1588v2 PDV Graphs, CES PDV incl. Metrics yes yes yes
PDV Replay & Editor yes yes n/a
Test cases supported G.8261(Testfälle 1-17) und MEF-18 G.8261(Testfälle 1-17) und MEF-18 n/a
Clock/Timing Measurements E1/T1/ Wander, 1pps ToD, Sync-E MTIE/TDEV Sync-E MTIE/TDEV E1/T1/ Wander, 1pps ToD, Sync-E MTIE/TDEV
Simultaneous measurement (ToD, Wander, PDV) yes No yes
Measurement accuracy (Capture) Sync-E: 1ns, 1588v2: 5ns CES: 5ns Sync-E: 1ns, 1588v2: 5ns CES: 5ns Sync-E: 1ns, 1588v2: 5ns CES: 5ns
OAM Message Filter CCM, LBM,LBR,LTM,LTR, AIS,LCK,TST,APS,MCC,L MM,LMR,1DM,DMM,DMR, EXM,VSM,VSR CM, LBM,LBR,LTM,LTR, AIS,LCK,TST,APS,MCC,L MM,LMR,1DM,DMM,DMR, EXM,VSM,VSR CCM, LBM,LBR,LTM,LTR, AIS,LCK,TST,APS,MCC,L MM,LMR,1DM,DMM,DMR, EXM,VSM,VSR
USB interface Yes, for data storage No Yes, for data storage

*1588v2, CES
     
 
       
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