Parameter | Possible values | Default value | Description | Supported adapters | Section |
AdapterType | NT40A01_4X1
NT20E3_2_PTP
NT40E3_4_PTP
NT50B01_2X10_25
NT50B01_2X25
NT50B01_2X1_10
NT100A01_4X1_10
NT100A01_4X10_25
NT40A11_4X1_10
NT80E3_2_PTP
NT80E3_2_PTP_8X10
NT100E3_1_PTP
NT200A01
NT200A01_2X100
NT200A01_8X10
NT200A01_2X40
NT200A01_2X10_25
NT200A01_2X25
NT200A02_2X10_25
NT200A02_2X25
NT200A02_2X100
NT200A02_2X40
NT200A02_4X10_25
NT200A02_4X25
NT200A02_8X10
NT200A02_2X1_10
NT4E
NT20E
NT4E_STD
NT20E2
NT40E2_1
NT40E2_4
NT4E2_PTP
NT20E2_PTP
INTEL_A10_4X10
INTEL_A10_1X40
| | The type of the adapter | All adapters
are supported | Adapter |
AltTPID | 0 .. 65535 | 33024 | An alternative VLAN TPID. Frames with this VLAN TPID will also be
handled as VLAN frames by the adapter.
| NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
BondingType | Separate : All supported adapters
Master : NT100E3-1-PTP (9504)
NT200A02_8x10G
NT200A02-2x40G
NT40E3-4-PTP (3GA)
NT100A01_4x1G/10G
Slave : NT100E3-1-PTP (9504)
NT200A02_8x10G
NT200A02-2x40G
NT40E3-4-PTP (3GA)
NT100A01_4x1G/10G
Peer : NT100E3-1-PTP (9505)
| Separate | Specifies the role of the adapter when bonded to another adapter
| NT100E3-1-PTP (9505)
NT100E3-1-PTP (9504)
NT40E3-4-PTP (3GA)
NT100A01_4x1G/10G
NT200A02-2x40G
NT200A02_8x10G
| Adapter |
BusId | NNNN:NN:NN.N | 0000:00:00.0 | The PCI bus ID. Adapters are uniquely identified using the bus ID.
If domain is omitted, 0000 is assumed. BDF format mirrors lspci.
- Note
- If only one adapter is present, the bus ID is ignored.
| All adapters
are supported | Adapter |
CancelTxOnCloseMask | See ini-file help for information about possible values | 0 | The port mask value is a bit mask: bit 0 = port 0, bit 1 = port 1 etc.
Furthermore, each bit represents the adapter local port, not the virtual
port. When transmit streams are closed the Tx-port adapters
CancelTxOnCloseMask is checked and if the port-bit is set, all pending
transmit data will be canceled and transmission of data will stop
immediately. If not set, normal behavior will occur and all packets, not
yet transmitted will be transmitted, even after closedown of the transmit
stream.
- Note
- Not all adapters support this feature, in which case
the driver will return an error.
| NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
ConnectorInPTPClockAccuracy | 32 .. 254 | 254 | ConnectorIn PTP clock accuracy to use for PTP announce messages.
Range is limited to [32..49,254]
This parameter specifies the clock accuracy when the adapter clock
reference is either Ext1, Int1 or Int2 (NttsIn or PpsIn).
- Note
- This parameter is only used when running in PTP master mode.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
ConnectorInPTPClockClass | 0 .. 248 | 187 | ConnectorIn PTP clock class to use for PTP announce messages.
This parameter specifies the clock class when the adapter clock
reference is either Ext1, Int1 or Int2 (NttsIn or PpsIn).
- Note
- This parameter is only used when running in PTP master mode.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
ConnectorInPTPClockTimeSource | AtomicClock
GPS
TerrestrialRadio
PTP
NTP
HandSet
Other
Oscillator
| Other | ConnectorIn PTP clock time source used for PTP Time Property Data Set.
This parameter specifies the clock time source when the adapter clock
reference is either Ext1, Int1 or Int2 (NttsIn or PpsIn).
- Note
- This parameter is only used when running in PTP master mode.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
CsrxAllowIpv6UdpZeroChecksum | false
true
0
1
2
| 1 | Checksum RX allow IPv6 UDP zero checksum
- Note
- 0: Do not allow UDP checksum value of zero for IPv6 packets.
1: Allow outer UDP checksum value of zero for IPv6 tunneling header for all UDP ports.
2: Allow outer UDP checksum value of zero for all IPv6 packets.
Allow outer UDP checksum value of zero for IPv6 tunneling header for all UDP ports.
Refer to RFC6935.
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-2x10G/25G
| Adapter |
CsrxPrioritizeInnerProtocol | true/false | false | Checksum RX prioritize inner protocol
- Note
- Validate checksum of layer 3 and 4 protocols of tunneled packets ( first level inner packet ),
otherwise validate outermost layer 3 and 4 packets of packets without a tunnel.
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-2x10G/25G
| Adapter |
DeduplicationWindow | 10 .. 2000000 | 100 | Deduplication Window
- Note
- Determines the time window where deduplication can take place in µs.
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01_8x10G
NT200A01-2x40G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT40E3-4-PTP (4GA)
NT20E3-2-PTP (4GA)
NT40A01-4x1
INTEL-A10-1x40G
INTEL-A10-4x10G
NT40A11_4x1G/10G
| Adapter |
DisableFec | 1 : NT50B01_2x25
NT100A01_4x10G/25G
NT100E3-1-PTP (3GA)
NT200A01-2x10G/25G
NT200A01-2x100G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02-2x100G
0 : NT50B01_2x25
NT100A01_4x10G/25G
NT100E3-1-PTP (3GA)
NT200A01-2x10G/25G
NT200A01-2x100G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02-2x100G
true : NT50B01_2x25
NT100A01_4x10G/25G
NT100E3-1-PTP (3GA)
NT200A01-2x10G/25G
NT200A01-2x100G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02-2x100G
false : NT50B01_2x25
NT100A01_4x10G/25G
NT100E3-1-PTP (3GA)
NT200A01-2x10G/25G
NT200A01-2x100G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02-2x100G
| 0 | Adapters that support FEC (Forward Error Correction) will normally enable FEC if this
is required by the NIM (Network Interface Module) that has been plugged in.
E.g. for an NT100E3: If a CFP4-LR4 module is plugged in then FEC will be disabled,
while it will be enabled by default for a CFP4-SR4 module.
It is possible however to disable FEC in this situation by setting DisableFec = true.
In the opposite situation however it is not possible to enable FEC, if a LR4 module has
been plugged in.
- Note
- Some early versions of NT100E3 does not support FEC, and if an SR4 module,
which normally requires FEC, is plugged in, the module will be stated as not
supported. By setting DisableFec = true then the SR4 module will be accepted but
running without FEC.
If only one key value is stated this will apply to all ports on the adapter but it is also possible to state a comma separated list of values - one for each port. In this case the number of values must match the number of ports.
| NT50B01_2x25
NT100E3-1-PTP (3GA)
NT100E3-1-PTP (9505)
NT100E3-1-PTP (9504)
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02-2x100G
| Adapter |
DisableTxRemoteFault | 1
0
true
false
| 0 | If remote fault is disabled no remote fault is sent to the link partner disregarding any error condition on the input. This behaviour is intended for Tx only or debugging situations.
- Note
- Not all adapters support this setting.
| NT200A01-2x40G
NT200A02-2x40G
| Adapter |
DiscardSize | 16 .. 63 | 16 | The DiscardSize option specifies the maximum frame size that is discarded
by the adapter. If set to 63, all frames with a size less or equal to 63
will be discarded.
| NT4E-STD
NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
EnaSfp28_10G | 1
0
true
false
| 0 | Specifies if 10G is also allowed for SFP28 NIM modules that normally only are specified to run at 25G.
- Note
- Not all adapters support this setting and specifying it for such an adapter results in an error. A port that does not support SFP28 modules ignores the setting.
| NT50B01_2x25
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
| Adapter |
FlowStatusLearnDone | true/false | false | Configure generation of Flow Status indications:
- Note
- When set to true a LearnDone status indication will be generated for the Flow Stream if a FlowWrite::LearnFlow succeed
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
| Adapter |
FlowStatusLearnFail | true/false | true | Configure generation of Flow Status indications:
- Note
- When set to true a LearnFail status indication will be generated for the Flow Stream if a FlowWrite::LearnFlow failed
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
| Adapter |
FlowStatusLearnIgnore | true/false | true | Configure generation of Flow Status indications:
- Note
- When set to true a LearnIgnore status indication will be generated for the Flow Stream if a FlowWrite::LearnFlow was ignored. This may happen if the flow already exists
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
| Adapter |
FlowStatusUnlearnDone | true/false | false | Configure generation of Flow Status indications:
- Note
- When set to true an UnlearnDone status indication will be generated for the Flow Stream if a FlowWrite::UnlearnFlow succeed
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
| Adapter |
FlowStatusUnlearnIgnore | true/false | true | Configure generation of Flow Status indications:
- Note
- When set to true an UnlearnIgnore status indication will be generated for the Flow Stream if a FlowWrite::UnlearnFlow was ignored This may happen if the flow doesn't exist
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
| Adapter |
FlowTimeOut | 0 .. 4294967295 | 120000 | Flow timeout
- Note
- When set to a non-zero value the flow scrubber will timeout flows where the time since the last seen packet is at least this value.
Unit: Millisecond
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
| Adapter |
ForceTxOn | DISABLE
ENABLE
| DISABLE | Keeps TX link state up, even though Port RX is down.
Enabling it has the following implications on a port:
Disables automatic transmission of remote fault when local fault is detected in rx and
disables automatic transmission of idle when remote fault is detected in rx.
| NT100E3-1-PTP (9505)
| Adapter |
HashSeed | 0 .. 4294967295 | 4294967295 | An alternative hash seed. The hash seed is used as initial value
for the hash algorithm. Changing this value will alter the data
distribution in the streams.
| NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
HighFrequencySampling | DISABLE
ENABLE
| DISABLE | This feature requires the NttsIn connector mode to be set.
When the feature is enabled, the adapter time and the external
time from the incoming NT-TS signal are sampled.
Sampling occurs every 20 microseconds. This allows users to
do post calculation on packet time stamps, if required.
| NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
HostBufferHandlerAffinity | -2 .. 7 | -2 | The adapter host buffer handler thread affinity can be set
with this parameter.
-2 is default and sets the affinity to match the adapter number.
-1 disables affinity and lets the host buffer handlers run on all CPUs
as dictated by the system scheduler.
0..max pins the host buffer handler to that specific CPU.
- Note
- Intel Turbo Boost DN-0449 (Optimization Tips/Tweaking)
| All adapters
are supported | Adapter |
HostBufferPollInterval | default
10
50
100
250
500
1000
10000
25000
50000
100000
| default | Host buffer poll interval
This parameter is in usec. It controls how often ntservice should poll for
new data in the host buffers. Changing this option affects latency;
a higher value increases latency but lowers the CPU utilization
in ntservice to service the host buffers.
- Note
- Should be changed with care as a wrong setting can result in packet loss
Intel Turbo Boost DN-0449 (Optimization Tips/Tweaking)
| All adapters
are supported | Adapter |
HostBufferRefreshIntervalAll | default
1
5
10
50
100
250
500
| default | Host buffer refresh interval. Affects both the RX and TX data path.
The default value for the two parameters,
HostBufferRefreshIntervalRx and HostBufferRefreshIntervalTx,
can be set with this single parameter.
This parameter is in usec.
- Note
- For help, please see description for
HostBufferRefreshIntervalRx and HostBufferRefreshIntervalTx.
Default value is 100.
| NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| System |
HostBufferRefreshIntervalRx | default
1
5
10
50
100
250
500
| default | Rx host buffer refresh interval. Affects the RX data path.
It controls how often the FPGA should poll for
new data in the RX host buffers.
Changing this option affects latency;
a higher value increases latency.
This parameter is in usec.
Default value is 100.
- Note
- NOTE: The default value can be modified with the HostBufferRefreshIntervalAll parameter.
A lower value of 50 or 10 is recommended for inline applications to improve latency.
| NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
HostBufferRefreshIntervalTx | default
1
5
10
50
100
250
500
| default | Tx host buffer refresh interval. Affects the TX data path.
It controls how often the FPGA should poll for
new data in the TX host buffers.
Changing this option affects latency;
a higher value increases latency.
This parameter is in usec.
Default value is 100.
- Note
- NOTE: The default value can be modified with the HostBufferRefreshIntervalAll parameter.
A lower value of 50 or 10 is recommended for inline applications to improve latency.
| NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
HostBufferSegmentAlignmentRx | default : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
none : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT200A02_8x10G
0 : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT200A02_8x10G
512 : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
1024 : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
2048 : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
4096 : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| default | The HostBufferSegmentAlignmentRxsetting should only be used
with non-dynamic HostBufferSegmentSize setting. In this situation
the beginning of segments in hostbuffer memory is aligned with the
value of the HostBufferSegmentAlignmentRx setting. This can be useful
in situations where segments are written directly to disk using
DMA/Direct I/O which requires the buffers to appear aligned in host memory.
Currently "default" and "none" maps to 0. Which makes sense in that
HostBufferSegmentSizeRx defaults to "dynamic" - and in that mode
HostBufferSegmentAlignmentRx is not applicable.
- Note
| NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
HostBufferSegmentSizeRx | default : All supported adapters
dynamic : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT200A02_8x10G
0 : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT200A02_8x10G
1 : All supported adapters
2 : All supported adapters
4 : All supported adapters
64K : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
128K : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
256K : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
512K : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
1M : All supported adapters
2M : All supported adapters
4M : All supported adapters
| default | Host buffer Rx segment size
This parameter is in MB. It controls the segment size of the RX host buffer(s).
Changing this option affects how much data each segment within the host buffer can hold
before it is released to the user.
Currently default is equal to setting value dynamic - meaning that the RX host buffer segment size is dynamic
- Note
- Adapters running NT3GA FPGAs - the RX host buffer sizes specified via HostBuffersRx must be at least 16*HostBufferSegmentSizeRx.
Adapters running NT4GA FPGAs - which have been configured to use static host buffer segment size - is only able to utilize half of the maximum available host buffers - typically 64 host buffers.
| All adapters
are supported | Adapter |
HostBufferSegmentSizeTx | default
1
2
4
1M
2M
4M
| default | Host buffer Tx segment size
This parameter is in MB. It controls the segment size of the TX host buffer(s).
Changing this option affects how much data each segment within the host buffer can hold
before it is released to the adapter.
- Note
- Should be changed with care. The TX host buffer sizes specified via HostBuffersTx must be at least 16*HostBufferSegmentSizeTx.
| All adapters
are supported | Adapter |
HostBufferSegmentTimeOut | default
10
50
100
250
500
1000
10000
25000
50000
100000
| default | Host buffer segment timeout
This parameter is in usec. It controls how often the FPGA releases
segments that are not full. Changing this option affects latency;
a higher value increases latency but lowers the CPU utilization
in ntservice to service the segments.
- Note
- Should be changed with care as a wrong setting can result in packet loss
Intel Turbo Boost DN-0449 (Optimization Tips/Tweaking)
| All adapters
are supported | Adapter |
HostBuffersRx | [x1, x2, x3], ... | [4,16,-1] | This parameter controls the RX host buffers per adapter. Host buffers are
defined using "[a, b, c]" where:
a : The amount of host buffers with size=b and NUMA=c
b : The size of the host buffer in MB. It must be a multiple of 4 and >= 16
c : The NUMA node on which the host buffers should be allocated
HostBufferRx can specify multiple host buffer definitions using CSV,
e.g., HostBufferRx=[1,16,0],[1,16,1], which defines one 16MB host buffer
on NUMA node 0 and one 16MB host buffer on NUMA node 1.
To disable a host buffer, set the amount (parameter "a") to 0 (zero).
To get one hostbuffer per port, set the amount (parameter "a") to "$NumPorts$".
-1 in parameter c means take the value from the NumaNode parameter.
- Note
- The driver supports a total max of 1024 GB host buffer memory (across all adapters).
A total number of 128 hostbuffers is supported per adapter running with NT4GA FPGA
NOTE: for adapters running with NT4GA FPGAs the maximum available host buffers is dependant on the HostBufferSegmentSizeRx setting
A total number of 32 hostbuffers is supported per adapter running with NT3GA FPGA
| All adapters
are supported | Adapter |
HostBuffersTx | [x1, x2, x3], ... | [4,16,-1] | This parameter controls the TX host buffers per adapter. Host buffers are
defined using "[a, b, c]" where:
a : The amount of host buffers with size=b and NUMA=c
b : The size of the host buffer in MB. It must be a multiple of 4 and >= 16
c : The NUMA node on which the host buffers should be allocated
HostBufferTx can specify multiple host buffer definitions using CSV,
e.g., HostBufferTx=[1,16,0],[1,16,1], which defines one 16MB host buffer
on NUMA node 0 and one 16MB host buffer on NUMA node 1.
To disable a host buffer, set the amount (parameter "a") to 0 (zero).
-1 in parameter c means take the value from the NumaNode parameter.
- Note
- A total number of 128 hostbuffers and a total max of 1024 GB host buffer memory is supported.
| All adapters
are supported | Adapter |
IfgMode | NS
BYTE
| NS | Specifies if the port handles IFG values in 10 ns ticks or bytes at startup
| NT4E-STD
NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x100G
NT200A02-2x100G
NT200A02-2x40G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
KmTcamConfig | [cnt, len, dualLookup], ... | [2,4,0],[4,1,0] | This parameter controls the configuration of the key store TCAM used by
the IP match feature. It is defined using "[c, l, d]" where:
c : The the number of banks used for lookup of keys with size l
l : The key length. Ipv4 has length 1 and IPv6 has length 4
d : Should dual lookup be supported. 0: no, 1: yes
Dual lookup means that you can look up both source and destination addresses
in one filter (IPMatch == SrcIP,DstIp).
The c parameter is ignored, but kept for backwards compatibility,
Default is no dual lookup.
- Note
- A configuration must be specified for both IPv4 and IPv6 and you must specify the same value for dual lookup for both key sizes.
For some high-speed adapters (e.g. NT200) enabling dual-lookup
will also cut the CAM capacity in half.
| NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
LinkPropagationPortPairs | [portA, portB], ... | | This parameter controls the configuration of link state propagation port pairs.
A link state propagation port pair is defined using [portA, portB]
While at least one of the links are down: If port A link state is down, the
laser is turned off on port B and vice versa.
Link down propagation is only active in one direction at a time.
- Note
- A port can only participate in one link state propagation pair at a time.
| All adapters
are supported | System |
LogBufferWrap | wrap
nowrap
| wrap | wrap: Log buffer wraps when full.
nowrap: Log does not wrap. Logging stops when buffer is full.
| All adapters
are supported | Logging |
LogFileName | String | /tmp/Log3G_%s.log | The file name for the log file. If the file name contains a %s,
this will be expanded with the date and time of the
service start.
Example:
/tmp/test.log will not be expanded
/tmp/test_%s.log will be expanded to /tmp/test_11_10_28_11_23_21.log
The %s can be placed anywhere in the file name string.
| All adapters
are supported | Logging |
LogMask | See ini-file help for information about possible values | 7 | 0x01: ERROR level logging (i.e. recoverable error)
0x02: WARNING level logging (i.e. user attention required)
0x04: INFO level logging (i.e. non essential information)
0x08: DEBUG level logging (i.e. debug information)
0x10: DIAG level logging (i.e. diagnostic information)
0x20: Event level logging (i.e. event information)
0x40: CMD level logging (i.e. command information)
0x80: API level logging (i.e. API information)
| All adapters
are supported | Logging |
LogToFile | true/false | false | 0: Disable file logging
1: Enable file logging
- Note
- There is no limit to the logfile size. Use 3rd party logrorate tool.
See DN-0449 Napatech Software Suite (Doxygen manual)
Logging section for examples on logrotate.
| All adapters
are supported | Logging |
LogToSystem | true/false | true | 0: Disable system (syslogd) logging
1: Enable system (syslogd) logging
| All adapters
are supported | Logging |
MaxFrameSize | 1518 .. 10000 | 9018 | The maximum frame size. Frames larger than this are treated
as large. Range is 1518..10000 (default 9018).
| All adapters
are supported | Adapter |
NtplFileName | String | | NTPL startup file
This file must contain valid NTPL commands.
If the file exist, it will be downloaded to
all adapters, when ntservice is started.
Example:
/opt/config/default.ntpl
The filter setting described by default.ntpl will be
downloaded to all adapters at startup.
| All adapters
are supported | System |
NumaNode | -1 .. 16 | -1 | This parameter informs which NUMA node this adapter is connected to.
It helps the driver determine how to allocate hostbuffers in a numa system.
- Note
- Using the default value (-1) the driver will attempt to determine the
the adapter numa node location.
| All adapters
are supported | Adapter |
NumWorkerThreads | 1 .. 100 | 16 | NTService splits inter-process communication (IPC) between worker threads.
Each stream has an IPC connection to NTService, but the connection is only
utilized when the stream exchanges information with NTService via NTAPI.
All streams, except for the network stream, exchange information with
NTService via IPC, but since these streams are not in the data path,
they are rarely used, which is why the default number of worker threads
is low. However, the pool of worker threads is a shared resource, and if a
high number of applications use IPC concurrently and extensively, increase
the number of worker threads to ensure applications do not block each other.
| All adapters
are supported | System |
OnBoardMemorySplit | Dynamic : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
Even : All supported adapters
Proportional : All supported adapters
| Even | This parameter controls the on-board SDRAM memory split among all host buffers.
When set to Proportional, the SDRAM on-board memory is split in the same
proportional relation as each host buffer size relates to the total host buffer
memory allocated. Example: [1,512,0],[2,64,0] => split in 80/10/10 percent.
When set to Dynamic, the SDRAM on-board memory is allocated dynamically to the
host buffers that need it. One host buffer could potentially end up taking all SDRAM.
| All adapters
are supported | Adapter |
OSTimePTPClockAccuracy | 32 .. 254 | 254 | OSTime PTP clock accuracy to use for PTP announce messages.
Range is limited to [32..49,254]
- Note
- This parameter is only used when running in PTP master mode.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
OSTimePTPClockClass | 0 .. 248 | 248 | OSTime PTP clock class to use for PTP announce messages.
- Note
- This parameter is only used when running in PTP master mode.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
OSTimePTPClockTimeSource | AtomicClock
GPS
TerrestrialRadio
PTP
NTP
HandSet
Other
Oscillator
| Other | OSTime PTP clock time source used for PTP Time Property Data Set.
- Note
- This parameter is only used when running in PTP master mode.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PacketDescriptor | PCAP : All supported adapters
NT : All supported adapters
Ext7 : NT4E-STD
NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
Ext8 : NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
Ext9 : NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| NT | The default packet descriptor used when receiving packets
- Note
- PCAP descriptor may only be selected in combination
with PCAP or PCAP_NS TimestampFormat.
The PCAP descriptor is only supported in Capture,
CaptureReplay and TrafficGen profile.
The default packet descriptor can be overridden
in individual NTPL assign statements.
| All adapters
are supported | Adapter |
PacketPcapFcsInclude | true/false | false | Configure whether packets with a PCAP header includes the FCS field
- Note
- When set to true, and PacketDescriptor is set to PCAP, the adapter will not remove the FCS field as the PCAP standard dictates.
| NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
PortDisableMask | See ini-file help for information about possible values | 0 | Specifies the status of the port at startup. The disabled port must then
be enabled manually, either by using the config tool or by using the config
stream. The value is a bit mask: bit 0 = port 0, bit 1 = port 1, etc.
- Note
- Not all adapters support disabling of ports. Disabling a port on an
adapter that does not support it results in an error. Only the bits
covering a port is checked. For example, the value 0xFF disables
all ports, no error is returned.
| NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
PortSpeedMultiRate | 1G : NT40E3-4-PTP (3GA)
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (4GA)
NT20E3-2-PTP (4GA)
NT100A01_4x1G/10G
NT200A02_2x1G/10G
NT50B01_2x1G/10G
NT40A11_4x1G/10G
10G : All supported adapters
25G : NT50B01_2x25
NT100A01_4x10G/25G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
| | A comma separated list that specifies the initial speed for each port on an adapter that supports more than one speed. The first, leftmost value addresses local port 0 and so on.
- Note
- Not all adapters support this setting and specifying it for such an adapter results in an error. A port that does not support multi rate ignores the setting. In general it will be the module that has been plugged into a port that determines, if it supports multi rate or not.
| NT40E3-4-PTP (3GA)
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (4GA)
NT20E3-2-PTP (4GA)
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02_2x1G/10G
| Adapter |
Profile | None : All supported adapters
Capture : All supported adapters
Inline : NT4E-STD
NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
CaptureReplay : NT4E-STD
NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
TrafficGen : NT4E-STD
NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
| None | Specifies the intended usage of an adapter. Not all adapters
support a profile other than the default. If None is used, the profile
defaults to the native profile of the adapter, e.g., Inline for inline
and Capture for capture, etc.
- Note
- This setting is deprecated for all adapters with 4th generation FPGA's and has no effect.
| All adapters
are supported | Adapter |
PtpAlwaysRespectUtcOffset | 0 .. 1 | 0 | PTP Always respect UTC offset.
- Note
- When this parameter is set to 1, the UTC offset announced by the master is
respected regardless of the flags in the announce message.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpAnncInterval | -3 .. 6 | 1 | PTP Announce interval in units of log2 seconds. Running in PTP master
mode, this value specifies the mean PTP Announce message transmission
interval.
When running unicast transmission with a master, this parameter is used
for the announce unicast transmission request.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpAnncTmo | 2 .. 10 | 3 | PTP Announce receipt timeout multiplier in units of log2 seconds.
This parameter specifies the timeout multiplier value used to wait
for announce message from PTP masters.
Timeout (sec) = 2^(announce interval) * announce receipt timeout
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpClockDomain | 0 .. 128 | 0 | PTP clock domain. This parameter specifies the PTP clock domain
for this clock to participate in.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpClockPriority1 | 0 .. 255 | 128 | PTP clock priority 1. This parameter specifies the
priority 1 value used in the default BMCA (Best Master Clock Algorithm).
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpClockPriority2 | 0 .. 255 | 128 | PTP clock priority 2. This parameter specifies the
priority 2 value used in the default BMCA (Best Master Clock Algorithm).
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPCommTech | IPv4_UDP
IEEE_802.3
| IPv4_UDP | PTP Communication transport protocol.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPDelayAsymmetry | -999000000 .. 999000000 | 0 | PTP path delay asymmetry compensation. Specified in nanoseconds.
This compensation must be positive when the propagation time
master-to-slave is longer than the propagation time slave-to-master.
- Note
- If path asymmetry is experienced in the network and this parameter must
be used, it is important to note that other parameter settings may influence
the delay asymmetry. It is especially parameters like the Delay Mechanism
(E2E vs P2P). Others, like the sync rate relation to the delay-request rate
may also have a large influence.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPDelMech | E2E
P2P
| E2E | PTP delay mechanism. E2E means End-to-End and uses the delay
request-response mechanism. P2P means Peer to Peer and uses
the peer delay mechanism.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpDelrMinInterval | -7 .. 6 | 0 | PTP Delay request min interval in units of log2 seconds. When running
in PTP master mode, this parameter specifies the minimum delay-request
interval to send to PTP slaves. When running in PTP slave mode, this
value is the initial value used before receiving an update from master.
When running unicast transmission with a master, this parameter is used
for the delay-request unicast transmission request.
- Note
- This parameter is only used with the E2E delay mechanism.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpDhcp | DISABLE
ENABLE
| ENABLE | PTP port DHCP Enable.
- Note
- Ignored if PtpCommTech = IEEE_802.3
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPFilter | None
Minimum
PDV
| None | PTP filter selection. This parameter specifies usage of a
filter to be applied to measured delay values before fed to the
PI controller unit. This may be usable in networks with high packet
delay variations (PDV) values (especially non-PTP aware networks).
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpGw | IP Address | 192.168.0.1 | PTP port gateway IP address.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpIpAddr | IP Address | 192.168.0.2 | PTP port static IP address.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpMasterModeAllowed | DISABLE
ENABLE
| DISABLE | PTP master mode allowed. When set to ENABLE, this adapter may
be used as PTP master. It will then use specified PTP clock quality
information associated with the active clock reference in use,
for PTP announce messages.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpMinFilterLen | 0 .. 4294967295 | 4 | PTP Minimum filter length.
It is recommended that the filter length is at least two times
the quotient of number of sync messages per second divided by
the number of delay request messages per second. Best results
are achieved with equal message rates i.e. quotient = 1.
If the synchronization stability is not as desired, the filter
length shall be increased
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpNetMask | IP Address | 255.255.255.0 | PTP port IP netmask.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpPDelInterval | -6 .. 5 | 0 | PTP peer delay request interval in units of log2 seconds.
This parameter is used when the P2P delay mechanism is selected.
It specifies the interval to send peer delay request messages on
the PTP port.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpPDVFilterOffsetAccuracy | 1 .. 1000000 | 1000 | PTP PDV filter worst-case offset accuracy in nanoseconds.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpPDVFilterPeriod | 1 .. 10000 | 4 | PTP PDV filter period in seconds.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpPortPCapTraceFile | String | | PTP PCAP trace file. Specify a file path here to create a pcap trace file
with the data transmitted and received on the PTP port.
The trace file will be created on driver start and closed on driver close.
- Note
- The transmitted PTP event packets does not contain the time stamp
actually applied to the packet. This is because the trace data is captured
before reaching the PHY issuing the time stamp.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpPpsSampling | DISABLE
ENABLE
| DISABLE | PTP PPS sampling mode. Enables PPS sampling on the adapter clock by using
the PTP module as PPS generator synchronized with a PTP master.
- Note
- Only valid on PTP adapters. When this parameter is enabled, PTP may
not be configured as PTP master or reference clock to the adapter clock.
The PTP module will run as a stand-alone module using the configuration
specified.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpProfile | Default
Telecom
Power
Enterprise
G.8275.1
| Default | The PTP profile to use.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpStatusLogFile | String | | PTP status log file. This will generate a text log file with status dumps
from the PTP stack each second.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpSynInterval | -7 .. 6 | 0 | PTP Sync interval in units of log2 seconds. When running in PTP master
mode, this parameter specifies the sync message interval to send out.
When running unicast transmission with a master, this parameter is used
for the sync unicast transmission request.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpTelecomDomain1 | 4 .. 23 | 4 | PTP clock domain for unicast master 1.
- Note
- This is for use with Telecom profile only.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpTelecomDomain10 | 4 .. 23 | 4 | PTP clock domain for unicast master 10.
- Note
- This is for use with Telecom profile only.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpTelecomDomain2 | 4 .. 23 | 4 | PTP clock domain for unicast master 2.
- Note
- This is for use with Telecom profile only.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpTelecomDomain3 | 4 .. 23 | 4 | PTP clock domain for unicast master 3.
- Note
- This is for use with Telecom profile only.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpTelecomDomain4 | 4 .. 23 | 4 | PTP clock domain for unicast master 4.
- Note
- This is for use with Telecom profile only.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpTelecomDomain5 | 4 .. 23 | 4 | PTP clock domain for unicast master 5.
- Note
- This is for use with Telecom profile only.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpTelecomDomain6 | 4 .. 23 | 4 | PTP clock domain for unicast master 6.
- Note
- This is for use with Telecom profile only.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpTelecomDomain7 | 4 .. 23 | 4 | PTP clock domain for unicast master 7.
- Note
- This is for use with Telecom profile only.
| All adapters
are supported | Adapter |
PtpTelecomDomain8 | 4 .. 23 | 4 | PTP clock domain for unicast master 8.
- Note
- This is for use with Telecom profile only.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpTelecomDomain9 | 4 .. 23 | 4 | PTP clock domain for unicast master 9.
- Note
- This is for use with Telecom profile only.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPUnicastMasterAddr1 | IP Address | 0.0.0.0 | PTP unicast master IP address 1.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPUnicastMasterAddr10 | IP Address | 0.0.0.0 | PTP unicast master IP address 10.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPUnicastMasterAddr2 | IP Address | 0.0.0.0 | PTP unicast master IP address 2.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPUnicastMasterAddr3 | IP Address | 0.0.0.0 | PTP unicast master IP address 3.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPUnicastMasterAddr4 | IP Address | 0.0.0.0 | PTP unicast master IP address 4.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPUnicastMasterAddr5 | IP Address | 0.0.0.0 | PTP unicast master IP address 5.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPUnicastMasterAddr6 | IP Address | 0.0.0.0 | PTP unicast master IP address 6.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPUnicastMasterAddr7 | IP Address | 0.0.0.0 | PTP unicast master IP address 7.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPUnicastMasterAddr8 | IP Address | 0.0.0.0 | PTP unicast master IP address 8.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PTPUnicastMasterAddr9 | IP Address | 0.0.0.0 | PTP unicast master IP address 9.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpUnicastMasterTblQueryInt | 0 .. 16 | 1 | PTP unicast master table query interval in units of log2 seconds range[0..16].
If a unicast request is not granted by a master then this parameter
specifies the time to wait before retrying the unicast request.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpUnicastTransmitDuration | 10 .. 1000 | 300 | PTP unicast transmit duration in seconds.
This parameter specifies the unicast transmission grant period used
for unicast transmit requests.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpUserDescription | String | Napatech adapter | PTP clock user description. This user description will be used
in the PTP clock description message.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpUtcOffsetFromReference | -32767 .. 32767 | 0 | PTP UTC offset from time source reference. Utc offset = Time ref - UTC time.
- Note
- This parameter is only used when the UTC offset is not known by the
PTP master and may be applied when running in PTP slave mode.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpVlanId | 0 .. 4094 | 0 | PTP port VLan ID. Used on both Layer2 and IPv4. A value of '0' disables VLan.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
PtpVlanPrio | 0 .. 7 | 0 | PTP port VLan priority. Used on both Layer2 and IPv4.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
RemoteAdapter | 0 .. 8 | -1 | Specifies to which adapter this one is bonded. Only relevant if BondingType is 'Peer'
| NT100E3-1-PTP (9505)
NT100E3-1-PTP (9504)
| Adapter |
SDRAMFillLevelWarning | X1, X2, X3, X4 | 0 | The format is XX[,[YY][,[ZZ][,[UU]]]], where XX is the lowest and UU is
the highest level. A level is an integer in the range 0 through 100
that expresses how big a percentage of a host buffer is in use.
The system supports up to four fill levels: XX, YY, ZZ, and UU.
A level pertains to the size of the SDRAM allocated to each host buffer.
For example, if the level is set to 50 for an adapter with one gigabyte
of memory and four host buffers using equal SDRAM split, then if any of the four
host buffers uses more than 128 megabytes (equal split = 256MB/host buffer)
of memory, the system generates an event for that specific host buffer.
Note that when at least one fill level is defined, the system generates
events when the fill level changes to either 0 (empty) or 100 (full)
even though those two values are not explicitly listed in the
ini-file, and it is not necessary to define, nor is it
possible to disable, those two events.
A level equal to zero disables that level and any subsequent level.
Typing a comma without a value denotes a value of zero, e.g., '20,,'
denotes '20,0,0', which defines a single warning level at 20 percent.
Leaving out a value is generally a bad idea, for instance ',,20' denotes
'0,0,20', which disables all events.
| All adapters
are supported | System |
SDRAMSplit | [Setting=0..100, ...] | [Buffer=12.5, Flowtable=87.5] | SDRAM Split
- Note
- Determines the split of SDRAM between the host buffer system and the FlowTable. Valid settings contains "Buffer" and "FlowTable".
"Buffer" must have a minimum of 12.5%%%% of allocated SDRAM.
"FlowTable" must have a minimum of 6.25%%%% of allocated SDRAM.
Unit: Percentage
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
| Adapter |
SofLinkSpeed | 10M : NT4E
NT4E-STD
NT4E2-PTP
100M : NT4E-STD
NT4E
NT4E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT40A01-4x1
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
1G : NT4E-STD
NT4E
NT4E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT40A01-4x1
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100A01_4x1G/10G
NT200A02_2x1G/10G
NT50B01_2x1G/10G
NT40A11_4x1G/10G
10G : NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02_2x1G/10G
25G : NT50B01_2x25
NT100A01_4x10G/25G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
| | Specifies the speed of all ports on adapter when TimestampMethod is set to SOF.
- Note
- All these ports will have their capabilities reduced to only this speed, if they otherwise support more than one speed (trispeed, dual-rate).
| NT4E-STD
NT4E
NT4E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT40A01-4x1
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02_2x1G/10G
NT40A11_4x1G/10G
| Adapter |
StatInterval | 1
10
20
25
50
100
200
400
500
| 500 | The setting control if statistics should be returned via the API every
100ms or every 500ms.
| All adapters
are supported | System |
TimestampFormat | NATIVE : NT4E-STD
NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NATIVE_NDIS : NT4E-STD
NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NATIVE_UNIX : All supported adapters
UNIX_NS : NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
PCAP : All supported adapters
PCAP_NS : All supported adapters
| NATIVE_UNIX | The timestamp format used by the adapter
- Note
- When selecting PCAP or PCAP_NS, all enabled adapters must
use PCAP PacketDescriptor.
PCAP and PCAP_NS is only supported in Capture and CaptureReplay
profile.
| All adapters
are supported | System |
TimestampInjectAlways | true/false, ... | false | Always perform Timestamp Inject
- Note
- True/False
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-2x10G/25G
| Adapter |
TimestampInjectDynamicOffset | TSI_DYN_SOF
TSI_DYN_EOF
TSI_DYN_L3
TSI_DYN_L4
| TSI_DYN_SOF | Timestamp Inject Dynamic Offset
- Note
- Values: TSI_DYN_SOF, TSI_DYN_EOF, TSI_DYN_L3, TSI_DYN_L4
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-2x10G/25G
| Adapter |
TimestampInjectOffset | SOF
EOF
| SOF | Time Stamp Injection Offset Mode
This setting pertains to transmission of packets (TX).
The setting is used for controlling the offset base used when injecting
time stamps into transmitted packets.
The offset base can be either start of frame (SOF) or end of frame (EOF).
Note that this setting defines the offset base, while the offset itself
is part of an extended header.
Mode SOF is start of frame, and is the original mode of Napatech adapters.
Mode EOF denotes end of frame.
- Note
- Not all adapters support EOF time stamp inject mode, in which case the
driver will return an error.
| NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
| Adapter |
TimestampInjectStaticOffset | -16384 .. 16383, ... | 0 | Timestamp Inject Static Offset
- Note
- Range: [-16384 : 16383]
| NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-2x10G/25G
| Adapter |
TimestampMethod | SOF : NT4E-STD
NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT20E3-2-PTP (4GA)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02_8x10G
NT200A02-2x40G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
EOF : All supported adapters
| EOF | SOF = Start of Frame. EOF = End of Frame
Reception of packets (RX):
Packets can be time-stamped when the first octet is received (SOF) or when
the last octet is received (EOF). Default is when the last octet is received.
Transmission of packets (TX):
The setting is used for controlling the value of the time stamp that
the adapter inserts into transmitted packets. The timestamp can either be
the time when the first byte of the packet is put on the wire (SOF) or
the time when the last byte of the packet is put on the wire (EOF).
If Timestamp method "SOF" is choosen all ports must run the same speed. | All adapters
are supported | System |
TimeSyncClockAdjustmentMode | 1
2
| 1 | Time synchronization clock adjustment mode.
In clock adjustment mode 1, the clock change rate may be set as high as
100,000 ppm whereas in clock adjustment mode 2 the clock change rate has a
maximum of 2000 ppm.
- Note
- PTP capable adapters will have default value of 2.
PTP time synchronization must use clock adjustment mode 2. PTP capable
adapters may use clock adjustment mode 1, but PTP is then not available.
Non-PTP capable adapters may only use clock adjustment mode 1 (mode 1 is
merely for backward compatibility).
| NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x100G
NT200A02-2x100G
NT200A02-2x40G
| Adapter |
TimeSyncConnectorExt1 | None
NttsIn
PpsIn
NttsOut
PpsOut
RepeatInt1
RepeatInt2
| NttsIn | Specifies the time synchronization mode, protocol and direction to use
on the External 1 connector.
| NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
TimeSyncConnectorInt1 | None
NttsIn
PpsIn
NttsOut
PpsOut
RepeatExt1
RepeatInt2
| None | Specifies the time synchronization mode, protocol and direction to use
on the Internal 1 connector.
| NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
TimeSyncConnectorInt2 | None
NttsIn
PpsIn
NttsOut
PpsOut
RepeatExt1
RepeatInt1
| None | Specifies the time synchronization mode, protocol and direction to use
on the Internal 2 connector.
| NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
TimeSyncFrequencyReferencePriority | FreeRun
SyncE
| FreeRun | This parameter specifies the frequency reference priority. The priority decreases from left to right.
When a reference fails, the next reference in the list is used.
- Note
- When one or more failovers have occurred, the driver periodically attempts to get back to the highest or a higher priority.
| All adapters
are supported | Adapter |
TimeSyncHardReset | DISABLE
ENABLE
| ENABLE | Enable or disable the allowance of hard resetting the time stamp clock to the reference clock when synchronizing to another clock (time jump vs sliding).
- Note
- When this parameter is disable, i.e. no time jumps allowed, first time jump after driver load is allowed.
When running PTP slave and the time offset between slave and master is greater than 39 hours,
a hard reset will occur caused by PTP protocol limitation.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
TimeSyncNTTSInSyncLimit | 1 .. 4294967295 | 5000 | The in-sync indicator limit for NT time sync. If the absolute skew is
less than or equal to this value, the in-sync indicator is raised.
Specified in nanoseconds.
- Note
- The events for the specified time sync in-sync limit does not include
the time stamp information. The event is to notify users if a slave
adapter is in sync with the master or out of sync whenever the specified
limit is crossed.
| NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
TimeSyncOSInSyncLimit | 1 .. 4294967295 | 50000 | The in-sync indicator limit for OS time sync. If the absolute skew is
less than or equal to this value, the in-sync indicator is raised.
Specified in nanoseconds.
- Note
- The events for the specified time sync in-sync limit does not include
the time stamp information. The event is to notify users if a slave
adapter is in sync with the master or out of sync whenever the specified
limit is crossed.
| All adapters
are supported | Adapter |
TimeSyncOsTimeReference | None
adapter-0
adapter-1
adapter-2
adapter-3
adapter-4
adapter-5
adapter-6
adapter-7
| None | The setting denotes the adapter whose clock is used to synchronize the
system time, i.e., the operating system's clock. Only one adapter can
serve as time source. The default behavior is not to synchronize the
system time.
For example, to use adapter zero's clock to synchronize the system time:
[System]
TimeSyncOsTimeReference = adapter-0
Avoid other means to synchronize the system time, for instance NTP,
when enabling this feature.
- Note
- It is illegal to configure a cyclic dependency, which occurs if
the host clock is synchronized with an adapter and that adapter's clock
is synchronized with the host's clock. The driver detects this and
issues an error. The following configuration is illegal:
[System]
TimeSyncOsTimeReference = adapter-0
[Adapter0]
TimeSyncReferencePriority = OsTime
| All adapters
are supported | System |
TimeSyncPPSInSyncLimit | 1 .. 4294967295 | 5000 | The in-sync indicator limit for PPS time sync. If the absolute skew is
less than or equal to this value, the in-sync indicator is raised.
Specified in nanoseconds.
- Note
- The events for the specified time sync in-sync limit does not include
the time stamp information. The event is to notify users if a slave
adapter is in sync with the master or out of sync whenever the specified
limit is crossed.
| NT4E
NT20E
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
TimeSyncPTPInSyncLimit | 1 .. 4294967295 | 5000 | The in-sync indicator limit for PTP time sync. If the absolute skew is
less or equal to this value, the in-sync indicator is raised.
Specified in nanoseconds.
- Note
- The events for the specified time sync in-sync limit does not include
the time stamp information. The event is to notify users if a slave
adapter is in sync with the master or out of sync whenever the specified
limit is crossed.
| NT4E2-PTP
NT20E2-PTP
NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT40A01-4x1
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02_8x10G
NT200A02-2x10G/25G
NT200A02-4x10G/25G
NT200A02_2x1G/10G
NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9505)
| Adapter |
TimeSyncReferencePriority | FreeRun
PTP
Int1
Int2
Ext1
OSTime
| FreeRun | This parameter specifies the priority of the reference clocks to use
as synchronization clocks. The priority decreases from left to right.
When a reference fails, the next clock reference in the list is used.
- Note
- When one or more failovers have occurred, the driver periodically
attempts to get back to the highest or a higher priority.
| All adapters
are supported | Adapter |
TimeSyncTimeJumpThreshold | 0 .. 3600 | 1 | When using PPS time synchronization, this parameter determines
the number of seconds the adapter clock may be offset from the selected
reference clock before a time jump is performed.
When using OS time synchronization, this parameter is interpreted as an
on/off time jump setting where time jumps are allowed when
TimeSyncTimeJumpThreshold is not equal to 0. When set to 0, no time
jumps are allowed (sliding). The hard-coded threshold used is 1 second.
When using NT time synchronization, this parameter is interpreted as an
on/off time jump setting where time jumps are allowed when
TimeSyncTimeJumpThreshold is not equal to 0. When set to 0, no time
jumps are allowed (sliding).
- Note
- To enable time sliding regardless of clock reference,
set this parameter to 0.
This parameter is only applicable when TimeSyncClockAdjustmentMode=1.
| All adapters
are supported | Adapter |
TimeSyncTimeOffset | 0 .. 1000000 | 0 | Only applies to NT and PPS time synchronization. Sets the time
synchronization signal delay compensation. Specified in nanoseconds.
| All adapters
are supported | Adapter |
TxTiming | ABSOLUTE
RELATIVE
| RELATIVE | An adapter is either in relative or absolute timing mode.
When in relative timing mode, an adapter transmits packets such that the
inter-frame gap (IFG) between pairs of packets is correct. When in
absolute timing mode, the adapter transmits packets at the time
stipulated by the time stamp in the packet descriptor. When in relative
timing mode, the IFG is most accurate but the (absolute) transmission time
of a packet may be slightly off over time; whereas in absolute timing mode,
the transmission time of a packet is most accurate over time but the IFG
(between pairs of packets) may be slightly off.
The default behavior is to run each adapter in relative timing mode.
Note: In relative timing mode the max inter-frame gap is set to 2.6 sec.
- Note
- Not all adapters support absolute timing mode, in which case
the driver will return an error.
| NT20E3-2-PTP (3GA)
NT40E3-4-PTP (3GA)
NT100E3-1-PTP (3GA)
NT4E2-PTP
NT20E2
NT20E2-PTP
NT40E2-1
NT40E2-4
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x100G
NT200A02-2x100G
NT200A02-2x40G
| Adapter |
VXLANAltDestinationPorts | X1, X2 | 4789,4789 | User-specified VXLAN UDP destination ports. Up to two additional UDP destination
ports can be specified, which will be used in conjunction with the standard
port.
| NT20E3-2-PTP (4GA)
NT40E3-4-PTP (4GA)
NT100E3-1-PTP (9504)
NT100E3-1-PTP (9505)
NT40A01-4x1
NT40A11_4x1G/10G
NT50B01_2x25
NT50B01_2x1G/10G
NT100A01_4x1G/10G
NT100A01_4x10G/25G
NT80E3-2-PTP
NT80E3-2-PTP-8x10G
NT200E3-2
NT200A01-2x100G
NT200A01_8x10G
NT200A01-2x40G
NT200A01-2x10G/25G
NT200A02-2x10G/25G
NT200A02-2x100G
NT200A02-2x40G
NT200A02-4x10G/25G
NT200A02_8x10G
NT200A02_2x1G/10G
INTEL-A10-1x40G
INTEL-A10-4x10G
| Adapter |
WisMode | DISABLE
ENABLE
| DISABLE | Enable WIS/OC-192c mode on WIS supported adapters.
Wis mode is enabled for all ports on the adapter.
- Note
- Not all adapters support WIS mode. Enabling WisMode on an adapter
without Wis support will return an error.
| NT20E2
NT40E2-4
NT20E2-PTP
| Adapter |
WisModeMask | See ini-file help for information about possible values | 255 | Specifies the wismode status of the port at startup. The value is a
bit mask: bit 0 = port 0, bit 1 = port 1, etc.
- Note
- Requires that WisMode is enabled. The default value is 0xFF meaning thatwismode is enabled on all ports. Only the bits covering a port is checked.
For example, the value 0xFF enables all ports, no error is returned.
Enabling WisMode on an adapter without Wis support will return an error.
| NT20E2
NT40E2-4
NT20E2-PTP
| Adapter |