In some tests, C.S0033 specifies particular values for parameters that are fixed in the test set. The following table describes the key fixed parameters and what values they are fixed to in the test set.
| Access Offset |
Indicates the amount of time offset for start of the access probe. It is sent in the AccessParameters Message when the Enhanced Access Channel MAC Protocol is in use. |
0 slot ('00') |
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If the ACK Channel Bit value is '0', the access terminal shall receive packets on the Forward Traffic Channel as if all the packets were successfully received in one slot duration. Even if a packet has not been successfully decoded in a single slot and its full-length in slots is greater than one, the access terminal shall stop receiving the packet after one slot. It shall accordingly continue generating and transmitting Loop Back Packets, if the Loop Back mode is enabled. If the ACK Channel Bit value is '1', the access terminal shall receive packets on the Forward Traffic Channel as if all the packets were of full-length duration. The access terminal shall continue receiving the packet until the full-length in slots has elapsed even if the packet was successfully decoded earlier. It shall accordingly continue generating and transmitting Loop Back Packets if the Loop Back mode is enabled. |
'1' (Nak) This value is sent to the AT when ACK Channel Bit Fixed Mode Attribute is on. |
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| Active ARQ |
Indicates whether the Forward Link ARQ channels (H-ARQ/L-ARQ, and P-ARQ) are actively set in response to the received Reverse Traffic Channel data packets. It effectively enables or disables active early termination of the reverse data packets. When it is Disabled, the ACK R-Data After determines what bits are sent on the ARQ channels in response to the received Reverse Traffic Channel data packets. |
Disabled |
| -103 dBm | ||
| Burst Period |
Indicates the duration of the PL_2 RETAP Test Packet generation period (in units of 600 slots). It is sent in the RETAPParameterAssignment Message of the Enhanced Test Application Protocol. A setting of '0xFFFF' for Burst Period corresponds to infinite burst resulting in continuous reverse traffic packets. |
0xFFFF (see Burst Period Mode ) |
| Burst Size |
Indicates the burst size generated at the beginning of the PL_2 RETAP Test Packet generation period (in units of 1000 octets). It is sent in the RETAPParameterAssignment Message of the Enhanced Test Application Protocol. A setting of '0xFFFF' for Burst Size corresponds to full buffer resulting in continuous reverse traffic packets. |
0xFFFF (see Burst Size Mode ) |
| See Connection Request State . | ||
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Sets the configurable TransmissionMode01 (TransmissionModeNN) attribute in the Subtype3 RTC MAC Protocol when Operating Mode is Active Cell, Release A Physical Layer Subtype is Subtype 2 and Session Application Type is Default Packet Application. |
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Determine the number of RTCMAC3 Flows that are configured when Operating Mode is Active Cell, Release A Physical Layer Subtype is Subtype 2 and Session Application Type is Default Packet Application. |
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Indicates the amount of dB boost (extra gain) for the DRC Channel when the DRC Value is changed. It is a configurable attribute of the Enhanced Forward Traffic Channel MAC Protocol. |
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| See Test Application Protocol and Enhanced Test Application Protocol . | ||
| See Test Application Protocol and Enhanced Test Application Protocol . | ||
| `1' (16 slots) | ||
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Indicates the power level of the DRC Lock code channel on the Forward Link MAC channel. The fixed level is different for different Physical Layer Subtypes. |
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| (See Limited TAP ). | ||
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Indicates the amount of dB boost (extra gain) for the DSC Channel when the DSC Value is changed. It is a configurable attribute of the Enhanced Forward Traffic Channel MAC Protocol. |
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EAP-AKA' Authentication Access Network Name is an input parameter of AKA' authentication algorithm. |
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Indicates whether or not the Session Layer packet can be encapsulated with other Session Layer packets in the same Connection Layer packet. For the test application protocols (TAP or ETAP), forced single encapsulation is required to ensure there is a one to one mapping between application packets and physical layer packets. For the Default Packet Application (DPA), this setting is fixed to off so that packets can be consolidated to increase the throughput. |
On (for TAP) See Session Application Type . |
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| Forward Link Early Termination |
Indicates whether the forward link data packets are early terminated in response to the received Reverse ACK Channel (R-ACK). It effectively enables or disables active early termination of the forward link data packets. When it is Disabled, Max Forward Packet Duration and the received DRC determine how many slots are transmitted for the current forward link data packet regardless of what is sent on the R-ACK channel. |
Disabled |
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256, 260, 264, 268, 272, 276, 280, 284, 288, 292, 296, 300, 304, 308, 312, 316, (320) |
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It is used for the calculation of ProbeInitialAdjust for estimating the open loop power. See Expected Power . It is sent in the AccessParameters Message of the Enhanced Access Channel MAC Protocol. |
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It is used for the calculation of ProbeInitialAdjust for estimating the open loop power. See Expected Power . It is sent in the AccessParameters Message of the Enhanced Access Channel MAC Protocol. |
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It is used for the calculation of ProbeInitialAdjust for estimating the open loop power. See Expected Power . It is sent in the AccessParameters Message of the Enhanced Access Channel MAC Protocol. |
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Indicates the power level of the Reverse Activity (RA) code channel on the Forward Link MAC channel. The fixed level is different for different Physical Layer Subtypes. |
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Determines the Rate1M8Supported attribute of the Subtype 3 Reverse Traffic Channel MAC Protocol when the Rate 1M8 Supported Control is set to use the AN Specified negotiation control mode. |
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Indicates the power level of the Reverse Power Control (RPC) code channel on the Forward Link MAC channel. |
-3.01 dB (for subtype 0 physical layer) RPC Channel Level (settable for subtype 2 physical layer) |
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Indicates the maximum access rate allowed by the sector. It is sent in the AccessParameters Message when Enhanced Access Channel MAC Protocol is in use. The actual maximum access rate used by the AT, AccessRateMax, is the maximum of Sector Access Max Rate and Terminal Access Rate Max . The AccessRateMax can be overridden by Enhanced Access Rate . |
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| (See Session Negotiate State ). | ||
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Indicates how long the AN waits for a SessionClose message from the AT in response to the AN sending a SessionClose message before the AN finishes closing the session. |
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| Test Application Activity Bit (RABit) |
Indicates to the AT if the AN is busy when Operating Mode is Active Cell, Session Application Type is Test Application |
0 (not busy) |
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Determine the number of RTCMAC3 FLows that are configured when Operating Mode is Active Cell, Release A Physical Layer Subtype is Subtype 2 and Session Application Type is Test Application. |
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Sets the configurable TransmissionMode01 (TransmissionModeNN) attribute in the Subtype3 RTC MAC Protocol when when Operating Mode is Active Cell, Release A Physical Layer Subtype is Subtype 2 and Session Application Type is Test Application. |
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Sets the configurable TransmissionMode02 (TransmissionModeNN) attribute in the Subtype3 RTC MAC Protocol when when Operating Mode is Active Cell, Release A Physical Layer Subtype is Subtype 2 and Session Application Type is Test Application. |
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Indicates the maximum access rate to be used by the AT during that session. It is a configurable attribute of the Enhanced Access Channel MAC Protocol. The actual maximum access rate used by the AT, AccessRateMax, is the maximum of Sector Access Max Rate and Terminal Access Rate Max. The AccessRateMax can be overridden by Enhanced Access Rate . |
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Transition009k6_019k2,Transition019k2_038k4, |
0xFF (100%) | |
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Sets the attribute to 0 in the EMPA Link Flow 02, 03, and 04, so that the ROHC feedback associated with another Link flow (ROHC channel) can not be sent on this Link flow (ROHC channel). |
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Determines the state of the Main traffic channel In Multi-carrier configuration. The Main traffic channel is responsible for signaling in our current functionality. Therefore, the main channels is not allowed to be turned off in MC functionality. |
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Set the ReverseChannelDroppingRank parameter of the Main unit to the highest allowed value in order to keep AT signaling on Main channel. |
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Determines which External 8960 (External 8960 IP Address X) is used to generate the Aux 1 traffic channel in a multicarrier multiunit (MCMU) configuration. |
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Determines which External 8960 (External 8960 IP Address X) is used to generate the Aux 2 traffic channel in a multicarrier multiunit (MCMU) configuration. |
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Used in Physical Layer 3 to map a logical channel number to physical channel on the Main unit. The Reverse Logical Channel number controls part of the configuration of the reverse traffic channel. |
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Used in Physical Layer 3 to map a logical channel number to physical channel on the Aux unit 1. The Reverse Logical Channel number controls part of the configuration of the reverse traffic channel. |
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Used in Physical Layer 3 to map a logical channel number to physical channel on the Aux unit 2. The Reverse Logical Channel number controls part of the configuration of the reverse traffic channel. |
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This field specifies how many other RAT type records will be included in the OtherRATNeighborList message. It is fixed to 1 as only E-UTRAN neighbor record will be supported for Inter-RAT procedures in 1xEV-DO. |
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| This field specifies Radio Access Technology (RAT) type in the OtherRATNeighborList message. It is a 4-bit field and the value is fixed to "0000", which indicates the E-UTRAN neighbor record will be included in the message. | ||
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This field specifies PerEARFCNParamsIncluded field in the OtherRATNeighborList message. It is fixed to 0 so the common parameters will be used instead of EARFCN specific parameters. |
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| E-UTRAN Neighbor PLMNSameAsPreviousChannel |
This field specifies PLMNSameAsPreviousChannel field in the OtherRATNeighborList message. |