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Available_since
TypeModified For
Release9.0.23

Media Attributes

Div
classpdf8pttext


Caption
0Table
1Media Attributes
3Media Attributes


attribute_name

data_type

Call Type

VSA
Number

Default
Value

Attribute Sent
On Stop

Description

NET-Fwd-Flow-In-Realm

string

SIP

11


Yes

Not supported:Realm associated with this forward stream.

NET-Fwd-Flow-In-Src-Addr

string

SIP

12


Yes

Source IP for this forward stream.

NET-Fwd-Flow-In-Src-Port

integer

SIP

13

0

Yes

Source port for this forward stream.

NET-Fwd-Flow-In-Dst-Addr

string

SIP

14


Yes

Destination IP for this forward stream.

NET-Fwd-Flow-In-Dst-Port

integer

SIP

15

0

Yes

Destination port for this forward stream.

NET-Fwd-Flow-Out-Realm

string

SIP

16


Yes

Not supported:Realm associated with this forward stream.

NET-Fwd-Flow-Out-Src-Addr

string

SIP

17


Yes

Describes source IP for this reverse stream.

NET-Fwd-Flow-Out-Src-Port

integer

SIP

18

0

Yes

Describes source port for this forward stream.

NET-Fwd-Flow-Out-Dst-Addr

string

SIP

19


Yes

Describes destination IP for this forward stream.

NET-Fwd-Flow-Out-Dst-Port

integer

SIP

20

0

Yes

Describes destination port for this forward stream.

NET-Bwd-Flow-In-Realm

string

SIP

21


Yes

Not supported:Realm associated with this reverse stream.

NET-Bwd-Flow-In-Src-Addr

string

SIP

22


Yes

Source IP for this reverse stream.

NET-Bwd-Flow-In-Src-Port

integer

SIP

23

0

Yes

Source port for this reverse stream.

NET-Bwd-Flow-In-Dst-Addr

string

SIP

24


Yes

Destination IP for this reverse stream.

NET-Bwd-Flow-In-Dst-Port

integer

SIP

25

0

Yes

Destination port for this reverse stream.

NET-Bwd-Flow-Out-Realm

string

SIP

26


Yes

Not supported:Realm associated with this reverse stream.

NET-Bwd-Flow-Out-Src-Addr

string

SIP

27


Yes

Source IP for this reverse stream.

NET-Bwd-Flow-Out-Src-Port

integer

SIP

28

0

Yes

Source port for this reverse stream.

NET-Bwd-Flow-Out-Dst-Addr

string

SIP

29


Yes

Destination IP for this reverse stream.

NET-Bwd-Flow-Out-Dst-Port

integer

SIP

30

0

Yes

Destination port for this reverse stream.

NET-Fwd-Flow-Media-Type

string

SIP

31


Yes

The media type - voice, fax, data, etc.

NET-Fwd-Flow-PTime

integer

SIP

32

0

Yes

Describes packet ptime in micro seconds.

NET-Fwd-Octets

integer

SIP

33

0

Yes

Number bytes of stream in forward direction.

NET-Fwd-Packets

integer

SIP

34

0

Yes

Total number of packets in forward stream/direction.

NET-Fwd-RTCP-Packets-Lost

integer

SIP

35

0

Yes

Future scope.Total number of RTCP packets lost in forward stream/direction.

NET-Fwd-RTCP-Avg-Jitter

integer

SIP

36

0

Yes

Future scope.RTCP average jitter in forward stream/direction.

NET-Fwd-RTP-Avg-Latency

integer

SIP

37

0

Yes

RTP average latency in forward stream/direction.

NET-Fwd-RTCP-MaxJitter

integer

SIP

38

0

Yes

Future scope.RTCP max jitter in forward stream/direction.

NET-Fwd-RTP-MaxLatency

integer

SIP

39

0

Yes

RTP max latency in forward stream/direction.

NET-Fwd-RTP-Packets-Lost

integer

SIP

40

0

Yes

RTP packets lost in forward stream/direction.

NET-Fwd-RTP-Avg-Jitter

integer

SIP

41

0

Yes

RTP average jitter in forward stream/direction.

NET-Fwd-RTP-MaxJitter

integer

SIP

42

0

Yes

RTP max jitter in forward stream/direction.

NET-Bwd-Max-Packet-OutageintegerSIP530YesMaximum duration between received packets, in milliseconds, on ingress side of the call.

NET-Bwd-Octets

integer

SIP

43

0

Yes

Number bytes of stream in backward direction.

NET-Bwd-Packets

integer

SIP

44

0

Yes

Total number of packets in reverse stream/direction.

NET-Bwd-RTCP-Packets-Lost

integer

SIP

45

0

Yes

Future scope.Total number of RTCP packets lost in reverse stream/direction.

NET-Bwd-RTCP-Avg-Jitter

integer

SIP

46

0

Yes

Future scope.RTCP average jitter in reverse stream/direction.

NET-Bwd-RTP-Avg-Latency

integer

SIP

47

0

Yes

RTP average latency in reverse stream/direction.

NET-Bwd-RTCP-MaxJitter

integer

SIP

48

0

Yes

Future scope.RTCP max jitter in reverse stream/direction.

NET-Bwd-RTP-MaxLatency

integer

SIP

49

0

Yes

RTP max latency in reverse stream/direction.

NET-Bwd-RTP-Packets-Lost

integer

SIP

50

0

Yes

RTP packets lost in reverse stream/direction.

NET-Bwd-RTP-Avg-Jitter

integer

SIP

51

0

Yes

RTP average jitter in reverse stream/direction.

NET-Bwd-RTP-MaxJitter

integer

SIP

52

0

Yes

RTP max jitter in reverse stream/direction.

NET-RTP-Packets-Discarded

integerSIP540YesPackets discarded by SBC.

NET-MOS               

string

SIP

200


Yes

This is the estimated mean opinion score for a voice quality metric on a scale from 1 to 5, in which 5 represents excellent and 1 represents unacceptable.

NET-Ssrc-Id           

integer

SIP

201

   0

Yes

The synchronization source identifier for the XR packet.

NET-Remote-Ssrc-Id    

integer

SIP

202

   0

Yes

The synchronization source identifier for the remote XR packet.

NET-Recv-MOSLQ        

integer

SIP

203

   0

Yes

The received estimated mean opinion score for listening quality. It is expressed as an integer in the range 10 to 50,  corresponding to MOS x 10.

NET-Send-MOSLQ        

integer

SIP

204

   0

Yes

The estimated mean opinion score for listening quality on the send side. It is expressed as an integer in the range 10 to 50, corresponding to MOS x 10.

NET-Recv-MOSCQ        

integer

SIP

205

   0

Yes

The received estimated mean opinion score for conversational quality. It is expressed as an integer in the range 10 to 50, corresponding to MOS x 10.

NET-Send-MOSCQ        

integer

SIP

206

   0

Yes

The estimated mean opinion score for conversational quality on the send side. It is expressed as an integer in the range 10 to 50, corresponding to MOS x 10.

NET-Send-Burst-Density

integer

SIP

207

   0

Yes

The fraction of sent RTP data packets within burst periods since the beginning of reception that were either lost or discarded.

NET-Send-Burst-Duration

integer

SIP

208

   0

Yes

The mean duration, expressed in milliseconds, of the burst periods that have occurred since the beginning of reception on the send side.

NET-Send-Gap-Density  

integer

SIP

209

   0

Yes

The fraction of sent RTP data packets within inter-burst gaps since the beginning of reception that were either lost or discarded.

NET-Send-Gap-Duration 

integer

SIP

210

   0

Yes

The mean duration, expressed in milliseconds, of the gap periods that have occurred since the beginning of reception on the send side.

NET-Recv-Burst-Density

integer

SIP

211

   0

Yes

The fraction of received RTP data packets within burst periods since the beginning of reception that were either lost or discarded.

NET-Recv-Burst-Duration

integer

SIP

212

   0

Yes

The received mean duration, expressed in milliseconds, of the burst periods that have occurred since the beginning of reception.

NET-Recv-Gap-Density  

integer

SIP

213

   0

Yes

The fraction of received RTP data packets within inter-burst gaps since the beginning of reception that were either lost or discarded.

NET-Recv-Gap-Duration 

integer

SIP

214

   0

Yes

The received mean duration, expressed in milliseconds, of the gap periods that have occurred since the beginning of reception.

NET-Recv-Sig-Level    

integer

SIP

215

   0

Yes

The received voice signal relative level is defined as the ratio of the signal level to a 0 dBm0 reference.

NET-Recv-Noise-Level  

integer

SIP

216

   0

Yes

The received noise level is defined as the ratio of the silent period background noise level to a 0 dBm0 reference, expressed in decibels as a signed integer in two's complement form.

NET-Send-Sig-Level    

integer

SIP

217

   0

Yes

The voice signal relative level is defined as the ratio of the signal level to a 0 dBm0 reference on the send side.

NET-Send-Noise-Level  

integer

SIP

218

   0

Yes

The send noise level is defined as the ratio of the silent period background noise level to a 0 dBm0 on the send side reference, expressed in decibels as a signed integer in two's complement form.

NET-Recv-RFactor      

integer

SIP

219

   0

Yes

The R factor is a voice quality metric describing the segment of the call that is carried over this received RTP session.  It is expressed as an integer in the range 0 to 100, with a value of 94 corresponding to "toll quality" and values of 50 or less regarded as unusable.

NET-Recv-RERL         

integer

SIP

220

   0

Yes

The received residual echo return loss value may be measured directly by the VoIP end system's echo canceller or may be estimated by adding the echo return loss (ERL) and echo return loss enhancement (ERLE) values reported by the echo canceller.

NET-Recv-EXTRFactor   

integer

SIP

221

   0

Yes

The received external R factor is a voice quality metric describing the segment of the call that is carried over a network segment external to the RTP segment, for example a cellular network.

NET-Send-RFactor      

integer

SIP

222

   0

Yes

The send side R factor is a voice quality metric describing the segment of the call that is carried over this RTP session.  It is expressed as an integer in the range 0 to 100, with a value of 94 corresponding to "toll quality" and values of 50 or less regarded as unusable.

NET-Send-RERL         

integer

SIP

223

   0

Yes

The send side residual echo return loss value may be measured directly by the VoIP end system's echo canceller or may be estimated by  adding the echo return loss (ERL) and echo return loss  enhancement (ERLE) values reported by the echo canceller.

NET-Send-EXTRFactor   

integer

SIP

224

   0

Yes

The send side external R factor is a voice quality metric describing the segment of the call that is carried over a network segment external to the RTP segment, for example a cellular network.

NET-Send-Discard-Rate 

integer

SIP

225

   0

Yes

The fraction of sent RTP data packets from the source that have been discarded since the beginning of reception, due to late or early arrival, under-run or overflow at the receiving jitter buffer.

NET-Recv-Discard-Rate 

integer

SIP

226

   0

Yes

The fraction of received RTP data packets from the source that have been discarded since the beginning of reception, due to late or early arrival, under-run or overflow at the receiving jitter buffer.



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