FlowNN Simple Parameters Info
This section is only applicable to the lab application.
The following parameters are simple parameters for each RTC MAC Flow, you can configure them per Flow by selecting
MAC Flow Setup
. These parameters are accessible only when Physical Layer Subtype is
Subtype 2
or
Subtype 3
(see
Release A Physical Layer Subtype
or
Release B Physical Layer Subtype
).
When the
Session Application Type
is
M-FLow Packet Application
, the number of active RTC MAC Flows is determined by
RTC MAC Flows
setting.
When a session is open, changing these settings will result in a session re-negotiation (see Session Negotiate State for details).
Note that when the
Session Application Type
is
Test Application
, the number of
RTC MAC Flows
is fixed to 3, you can only configure Flow 01 and Flow 02. And when the
Session Application Type
is
Default Packet Application
, the number of
RTC MAC Flows
is fixed to 2, so you can only configure Flow 01.
-
Merge Threshold
This setting sets the merge threshold (in octets) for the MAC FLow NN if transmitted in High Capacity Mode.
-
Maximum T2P Inflow
This setting sets the maximum value of the permitted T2PInflow for the MAC Flow NN.
-
Minimum T2P Inflow
This setting sets the minimum value of the permitted T2PInflow for the MAC Flow NN.
-
T2P Filter Time Constant
This setting sets the value of T2P Filter Time Constant which is used to compute the average T2P for the MAC Flow NN.
-
Maximum Bucket Level
This setting sets the maximum T2P resource that can be accumulated (bucket size) for the MAC Flow NN.
-
Burst Duration Factor
This setting sets the maximum duration (in sub-frames) for which the MAC Flow NN can sustain a peak rate based on its T2P allocation.
-
Transmission Mode
This setting determines which transmission mode is configured for the MAC Flow NN. The Subtype 3 Reverse Traffic Channel MAC Protocol defines two transmission modes, High Capacity and Low Latency.
After setting, the values being set are displayed on the
RTC MAC Flow NN Simple Parameters Information
screen:
