hdviTCfg

MIB Information: hdviTCfg
1.3.6.1.4.1.429.1.29.3

hdviTCfgTable

MIB Information: hdviTCfgTable
1.3.6.1.4.1.429.1.29.3.1
not-accessible

Description: A table containing the Template configuration parameters for the Hiper DSP Card.

hdviTCfgEntry

MIB Information: hdviTCfgEntry
1.3.6.1.4.1.429.1.29.3.1.1
not-accessible

Description: Template Configuration parameters for the Hiper DSP CARD.

hdviTCfgIndex

MIB Information: hdviTCfgIndex
1.3.6.1.4.1.429.1.29.3.1.1.1
mandatory read-only

Description: The index which uniquely identifies the Hiper DSP CARD to which this entry is applicable.

Settings: INTEGER

hdviTCfgIndex2

MIB Information: hdviTCfgIndex2
1.3.6.1.4.1.429.1.29.3.1.1.2
mandatory read-only

Description: The index which uniquely identifies the Hiper per call template to which this entry is applicable.

Settings: INTEGER

Syntax Ref. Type: RANGE

1 = 4

hdviTCfgMaxJitterBufSize

MIB Information: hdviTCfgMaxJitterBufSize
1.3.6.1.4.1.429.1.29.3.1.1.3
obsolete read-write

Description: This object represents the maximum size of the jitter buffer in 5 mS increments. Same as S86. The HiPerDSP will map the value of this parameter to an integer number of audio packets that most closely approximates the specified jitter buffering.

Settings: INTEGER

Syntax Ref. Type: RANGE

0 = 100

hdviTCfgComfNoise

MIB Information: hdviTCfgComfNoise
1.3.6.1.4.1.429.1.29.3.1.1.4
obsolete read-write

Description: This parameter enables the Template White Noise to PSTN when no audio is received from LAN.

Settings: INTEGER

Syntax Ref. Type: ENUM

(1) = disable
(2) = enable

hdviTCfgITGTxGainAtten

MIB Information: hdviTCfgITGTxGainAtten
1.3.6.1.4.1.429.1.29.3.1.1.5
mandatory read-write

Description: This object represents whether the ITGTxLevel represents gain or attenuation. 0 means gain and 1 means attenuation. Same as S91.7.

Settings: INTEGER

Syntax Ref. Type: ENUM

(1) = gain
(2) = attenuation

hdviTCfgITGTxLevel

MIB Information: hdviTCfgITGTxLevel
1.3.6.1.4.1.429.1.29.3.1.1.6
mandatory read-write

Description: This object represents the gain/attenuation level(in dB) to be applied to the outgoing PCM signal. This level represents the amount of gain if ITGTxGainAttenuation is set to Gain(0). This level represents the amount of attenuation if ITGTxGainAttenuation is set to Attenuation(1). Same as S91.6-0.

Settings: INTEGER

Syntax Ref. Type: RANGE

0 = 127

hdviTCfgITGRxGainAtten

MIB Information: hdviTCfgITGRxGainAtten
1.3.6.1.4.1.429.1.29.3.1.1.7
mandatory read-write

Description: This object represents whether the ITGRxlevel represents gain or attenuation. 0 means gain and 1 means attenuation. Same as S92.7.

Settings: INTEGER

Syntax Ref. Type: ENUM

(1) = gain
(2) = attenuation

hdviTCfgEchoCancellerLen

MIB Information: hdviTCfgEchoCancellerLen
1.3.6.1.4.1.429.1.29.3.1.1.8
mandatory read-write

Description: This object represents the length of the Line Echo Canceller tail in ms where 0 means 8 ms 1 means 16 ms etc. Same as S93.

Settings: INTEGER

Syntax Ref. Type: ENUM

(1) = t8ms
(2) = t16ms
(3) = t32ms
(4) = t64ms
(5) = t128ms

hdviTCfgITGRxGain

MIB Information: hdviTCfgITGRxGain
1.3.6.1.4.1.429.1.29.3.1.1.9
mandatory read-write

Description: This object represents the gain/attenuation level(in dB)to be applied to the incoming PCM signal. This level represents the amount of gain if ITGTxGainAttenuation is set to Gain(0). This level represents the amount of attenuation if ITGTxGainAttenuation is set to Attenuation(1). Same as S92.6-0.

Settings: INTEGER

Syntax Ref. Type: RANGE

0 = 127

hdviTCfgEchoCancellerDisable

MIB Information: hdviTCfgEchoCancellerDisable
1.3.6.1.4.1.429.1.29.3.1.1.10
obsolete read-write

Description: Disables echo canceller for voice calls. Note: if a data or fax call is detected when G.711 codec is used the echo canceller is automatically disabled.

Settings: INTEGER

Syntax Ref. Type: ENUM

(1) = disable
(2) = enable

hdviTCfgEchoCancellerNLPDisable

MIB Information: hdviTCfgEchoCancellerNLPDisable
1.3.6.1.4.1.429.1.29.3.1.1.11
obsolete read-write

Description: Disables the linear processing in the echo canceller

Settings: INTEGER

Syntax Ref. Type: ENUM

(1) = disable
(2) = enable

hdviTCfgEchoCancellerRTDDisable

MIB Information: hdviTCfgEchoCancellerRTDDisable
1.3.6.1.4.1.429.1.29.3.1.1.12
mandatory read-write

Description: Disables round trip delay compensation in the LEC.

Settings: INTEGER

Syntax Ref. Type: ENUM

(1) = disable
(2) = enable

hdviTCfgITGSuppressionThreshold

MIB Information: hdviTCfgITGSuppressionThreshold
1.3.6.1.4.1.429.1.29.3.1.1.13
mandatory read-write

Description: Sets Silence suppression threshold. Silence is detected if the current energy is less than the noise level plus threshold. The threshold is in dB.

Settings: INTEGER

Syntax Ref. Type: RANGE

6 = 11

hdviTCfgEchoCanceller

MIB Information: hdviTCfgEchoCanceller
1.3.6.1.4.1.429.1.29.3.1.1.14
mandatory read-write

Description: Disables/enables echo canceller. In auto-detect mode the operation of the LEC (on or off) is determined by G.168. In general. the LEC is (ON) for high speed data calls (V.34 x2 V.90) and (off) for low speed data fax and voice calls.

Settings: INTEGER

Syntax Ref. Type: ENUM

(1) = enable
(2) = disable
(3) = autoDetect

hdviTCfgEchoCancellerNLP

MIB Information: hdviTCfgEchoCancellerNLP
1.3.6.1.4.1.429.1.29.3.1.1.15
mandatory read-write

Description: Disables the linear processing in the echo canceller

Settings: INTEGER

Syntax Ref. Type: ENUM

(1) = enable
(2) = disable

hdviTCfgMaxJitterCompensation

MIB Information: hdviTCfgMaxJitterCompensation
1.3.6.1.4.1.429.1.29.3.1.1.16
mandatory read-write

Description: Represents the average amount of delay introduced at the decoder for jitter compensation. Specified in 1mS increments. The HiPerDSP will map the value of this parameter to an integer number of audio packets that most closely approximates the specified jitter buffer size.Default=40

Settings: INTEGER

Syntax Ref. Type: RANGE

0 = 120

hdviTCfgEffectiveFrameLossRate

MIB Information: hdviTCfgEffectiveFrameLossRate
1.3.6.1.4.1.429.1.29.3.1.1.17
mandatory read-write

Description: This QoS parameter is calculated at the end of a call using the following equation: ToPSTNEffectiveFrameLoss/ToPSTNTotalExpectedAudioFrames.

Settings: INTEGER

Syntax Ref. Type: ENUM

(1) = frameLossRate-001
(2) = frameLossRate-005
(3) = frameLossRate-010
(4) = frameLossRate-015
(5) = frameLossRate-020





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