For PAM4 interfaces or SyncE Jitter testing, specific modules MUST be used. These modules have been tested by Calnex to ensure they fulfil the requirements for functionality and performance needed to enable correct operation and guarantee the integrity of the timing measurements. Use of other modules may result in a failed test or incorrect result. More information regarding PAM4 transceivers can be found: https://calnexsolutions.atlassian.net/l/cp/dchS6Mxk For SyncE Wander and PTP on non-PAM4 interfaces, most modules should work correctly; known exceptions are detailed below. If you have a module that is not recognised, please let us know. |
PAM4 100G modules MUST be used with the PAM4 100G interfaces. PAM4 200G modules MUST be used with the PAM4 200G interfaces. PAM4 400G modules MUST be used with the PAM4 400G interfaces. PAM4 400G modules may appear to operate correctly at 200G, but outliers (spikes in time error) may be seen, which will invalidate any results. Modules that don’t support 200G will show a warning indicating "not rate conformant" in the neo GUI. |
DAC assemblies must not be used with Paragon-neo. Paragon-neo is not designed for use with DACs, which means that such links are unlikely to work and there is a possibility of damaging your instrument. Such damage would not be covered under CSS. |
To achieve optimal timing performance when testing using PAM4 optical interfaces, the specific optical modules as listed below MUST be used:
400G PAM4 | |||||
Interface | Reach | Manufacturer | Part Number(s) | Software Release When First Supported | Comment |
|---|---|---|---|---|---|
QSFP-DD | LR8 10km | Coherent (Finisar) | FTCD1323E1PCL | R7 | Use at 400G rate only. |
QSFP-DD | FR8 2km | Coherent (Finisar) | FTCD1333E1PCL | R7 | Use at 400G rate only. |
QSFP-DD | SR8 100m | Coherent (Finisar) | FTCD8613E1PCM | R7 | Use at 400G rate only. |
QSFP-DD | FR4 2km | Coherent (Finisar) | FTCD4313E1PCL | R7 for FTCD4313E1PCL | Use at 400G rate only. FTCD4313E1PCL works for all scenarios. FTCD4313E2PCL works for all standard conformance tests, however some manually configured SyncE single sine frequency/amplitude combinations can cause link-loss. |
QSFP-DD | LR4 10km | Coherent (Finisar) | FTCD4323E2PCL | R11 | Use at 400G rate only. |
200G PAM4 | |||||
Interface | Reach | Manufacturer | Part Number(s) | Software Release When First Supported | Comment |
QSFP56 | SR4 | Coherent (Finisar) | FTCC8612E1PCM | R9 for FTCC8612E1PCM | FTCC8612E2PCM will be supported in a future release. |
QSFP56 | FR4 | Coherent (Finisar) | FTCC1112E2PCL | R9 | |
100G PAM4 | |||||
Interface | Reach | Manufacturer | Part Number(s) | Software Release When First Supported | Comment |
QSFP28 | DR | Innolight | TR-ZC13H-N00 | R9 | 100G PAM4 optical interface, instrument side is QSFP28 NRZ. Module supports measurement accuracy of ±15ns. |
QSFP28 | FR1 | Innolight | TR-ZC13T-N00 | R9 | 100G PAM4 optical interface, instrument side is QSFP28 NRZ. Module supports measurement accuracy of ±15ns. |
QSFP28 | LR | Innolight | TR-ZC13L-N00 | R9 | 100G PAM4 optical interface, instrument side is QSFP28 NRZ. Module supports measurement accuracy of ±15ns. |
SFP-DD | DR | Flexoptix | P.13S1HG.05.CAL | R11 | Calnex specific transceiver. Please contact Flexoptix for quotation: order@flexoptix.net |
SFP-DD | FR | Flexoptix | P.13S1HG.2.CAL | R11 | Calnex specific transceiver. Please contact Flexoptix for quotation: order@flexoptix.net |
SFP-DD | LR | Flexoptix | P.13S1HG.10.CAL | R11 | Calnex specific transceiver. Please contact Flexoptix for quotation: order@flexoptix.net |
50G PAM4 | |||||
Interface | Reach | Manufacturer | Part Number(s) | Software Release When First Supported | Comment |
SFP56 | LR | Gigalight | LR GSS-SPO0500-LRCZ | R9 | |
SFP56 | ER | Gigalight | GSS-SPO500-ER | R10 | |
SFP56 | SR | Coherent (Finisar) | FTLF8556E1BCL | R7 | |
The modules listed below are those that MUST be used for SyncE jitter testing. These modules have been tested by Calnex to ensure that clock recovery can be bypassed and that they have sufficient bandwidth to allow the jitter performance of the device to be tested accurately. These modules are also known to operate correctly for PTP and SyncE Wander.
100G | ||||
Interface | Reach | Manufacturer | Part Number(s) | Comment |
|---|---|---|---|---|
QSFP28 | LR4 | Coherent (Finisar) | FTLC1151RDPL | No longer available from vendor. |
QSFP28 | LR4 | Coherent (Finisar) | FTLC1154RDPL | FTLC1156RDPL first supported by Paragon-neo R11 release. |
QSFP28 | SR4 | Coherent (Finisar) | FTLC9551REPM | FTLC9558REPM first supported by Paragon-neo R11 release. |
CXP | SR10 | Any Reputable Vendor | ||
40G | ||||
Interface | Reach | Manufacturer | Part Number(s) | Comment |
QSFP+ | LR4 | Coherent (Finisar) | FTL4C1QE2C | FTL4C1QE3C first supported by Paragon-neo R11 release. |
25G and 10G | ||||
Interface | Reach | Manufacturer | Part Number(s) | Comment |
SFP28 & SFP+ | LR | Coherent (Finisar) | FTLF1436W4BTV | |
SFP28 & SFP+ | LR | Coherent (Finisar) | FTLF1436P3BCL | FTLF1436P4BCL first supported by Paragon-neo R11 release. |
SFP28 & SFP+ | SR | Coherent (Finisar) | FTLF8536W4BTV | |
SFP28 & SFP+ | SR | Coherent (Finisar) | FTLF8536P4BCL | FTLF8536P5BCL first supported by Paragon-neo R11 release. |
SFP28 & SFP+ | SR | Coherent (Finisar) | FTLF8538P4BCL | FTLF8538P5BCL first supported by Paragon-neo R11 release. |
1G | ||||
Interface | Reach | Manufacturer | Part Number(s) | Comment |
SFP | Short (SX) | Coherent (Finisar) | FTLF8519P3BNL | |
For PTP and SyncE Wander on non-PAM4 interfaces, the following modules are known to operate correctly (in addition to those above).
100G | ||||
Interface | Reach | Manufacturer | Part Number(s) | Comment |
CFP2 | LR4 | Coherent (Finisar) | FTLC1141RDNL | Rev 1 Paragon-100G only |
CFP2 | LR4 | Oclaro | TRB5E21FNF-LF002 | Rev 1 Paragon-100G only |
CFP2 | LR4 | Lumentum (JDSU) | JC2-10LM4AA1 | Rev 1 Paragon-100G only |
CFP2 | LR4 | Coherent (Finisar) | FTLC1121RDNL | Paragon-100G only |
QSFP28 | LR4 | Coherent (Finisar) | FTLC1151RDPL | No longer available from vendor. |
QSFP28 | LR4 | Coherent (Finisar) | FTLC1154RDPL | FTLC1156RDPL first supported by Paragon-neo R11 release. |
25G and 10G | ||||
Interface | Reach | Manufacturer | Part Number(s) | Comment |
SFP28 & SFP+ | SR | Coherent (Finisar) | FTLF8536P4BCV | FTLF8536P5BCV first supported by Paragon-neo R11 release. |
For SyncE wander and PTP at 1G and 10G we expect all correctly configured modules to operate correctly. At other line rates we expect most correctly configured modules to operate correctly.
What does "correctly configured" mean?Paragon-neo reads information from the module when it is inserted. Paragon-neo expects the modules to conform to the relevant specification (SFF) for that module type. If the module does not conform to the specification (for a number of specific fields), then the module will not be considered usable. Some modules with the same part number are programmed differently. This means that it is difficult to state definitively whether any given module will work or not. |
Some high power modules appear to have their transmitters disabled by default. To enable the transmitter, it is necessary to write to specific register locations in the module. If you are using a high power module and the module is recognised by Paragon but you cannot establish a link when connected from Paragon port 1 to port 2, please raise a ticket in the Calnex Service Desk (if you have valid CSS) or contact support@calnexsol.com.
These modules can be used with Paragon - enabling the transmitters is performed using a separate utility.
Hirose, LTD1302-BH: Module does not support multi-byte read. Supported by Paragon-neo version 01.00 and later
FS, SFP28-25GSR-85: Some of these modules are configured in a way that Paragon-neo does not recognise; others appear to be OK
Coherent (Finisar), FTLX1472M3BCL: These modules support a range of rates from 8.5Gb/s to 11.3Gb/s for Fibre Channel, SDH/SONET and 10GbE. When the CDR is disabled (which Paragon will do under certain circumstances), the module will set the CDR for 8.5Gb/s Fibre Channel and so no link will be able to be established.
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