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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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6.2.3 Rules for the behaviour description
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All Test Purposes are described with ETSI standardized TPLan notation as defined in ETSI ES 202 553 [i.1]. The TPs shall be designed such that they can be derived into a test case according to the specified test architecture (ATM) as defined in Annex A. The behaviour description should only refer to externally observable events (send/receive PDUs, timer, counters, etc.) or to events or states which can be observed externally either directly or indirectly, and the behaviour part is specified in the referenced specification. The initial conditions used in the TPs should describe previously observed events after which the IUT is ready to start the test execution. The wording rules apply for both the initial conditions and the behaviour description. The Test Purposes do not strictly limit the IUT to only the specified behaviour during a test procedure; other actions or messages may occur after the test stimuli or the initial conditions. However, the test response is still expected within the requirement time frame. If no time requirement is specified for a behaviour response, a test procedure should ensure that the expected behaviour response can be observed at least once. ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 16 In the TP the following wordings are used: • "receives": Used for packets received by the IUT, sent by the Test System. • "does not receive": Used when the IUT does not receive a packet matching the description from the Test System, typically within some specified time window. The reason for not receiving the packet is irrelevant. • "sends": Used for packets sent by the IUT to the Test System. • "does not send": Used when the IUT is observed not to send or shall not send a packet matching the description to the Test System, typically within some specified time window. • "containing": Used for specifying either that a packet contains a PDU, PDU contains an Information Element, or an Information Element contains an optional bitfield. • "indicating": Used for expressing that a bitfield within an Information Element shall indicate a specific value for the initial condition or the expected behaviour to match with the test case. • When message or IE content is defined in test purpose as expected behaviour of the EUT, the defined content defines minimum expected content, allowing message or IE contain optional IEs or information fields as defined in core specifications. • When the expected behaviour/initial condition cannot be defined by the bit content of a packet, more free wording should be used to describe the expected behaviour. • The verbs in the initial condition wording should be written in past tense.
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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6.3 Test Description definition conventions
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
|
6.3.1 General
|
This clause defines guidelines for defining Test Descriptions within the present document. The Test Descriptions are defined in clause 8.
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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6.3.2 Test Purpose
|
The Test Purpose part of the Test Descriptions should be defined using the following conventions. Table 6.3.2-1: Test Purpose to sequence mapping Test Name Reference TP Name of the Test Purpose as it is in the definition Reference to the TP 1 Name of the Test Purpose as it is in the definition Reference to the TP 2 Name of the Test Purpose as it is in the definition Reference to the TP 3 … … … Test Name: Name of the Test Purpose as it is in the definition. Reference: Reference to the Test Purpose. TP: Test Purpose number which is used in the Test Procedure sequence.
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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6.3.3 Test Applicability
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The Test Applicability part of the Test Descriptions should be defined using the following conventions. The Test Applicability is based on the PICS, and is used for determining whether the test is applicable for an implementation. ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 17 Table 6.3.3-1: PICS selection parameters PICS selection Description Status Mnemonic of a PICS item Description of a PICS item m … … … PICS selection: Mnemonic of a PICS item, which is required to support this test. Description: Description of the PICS item as is in the PICS table in Annex B. Status: Requirement status of the PICS item for performing the test procedure. Possible values either 'm' mandatory or "o.i" qualified optional.
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
|
6.3.4 Pre-Test conditions
|
The Pre-Test conditions part of the Test Descriptions should be defined using the following conventions. Prerequisite tests: Defines other tests that should be done in advance to verify that all dependencies for the current test behave in the standard way. Test System: Defines requirements for the Test System configuration for the given test procedure. Shall specify the Test-System Configuration as defined in clause A.3. May define other essential Test Specific parameters. EUT: Defines requirements for the EUT configuration for the given test procedure. Shall specify the EUT operating mode: FT, PT or FT-PT. May define other essential Test Specific parameters. Preamble: Defines a Test Preamble Sequence which shall be performed to bring the TS and EUT to a state which enables execution of the given test procedure. Test Preambles are defined in clause 8.4 as common procedures. PICS and PIXIT parameters: Table 6.3.4-1: Additional PICS parameters PICS parameter Description Status pc_mnemonic_of_a_pics_item Description as defined for PICS items in Annex B o ... ... … Table 6.3.4-2: PIXIT parameters PIXIT parameter Description Status px_parameter_name Well defined description of the parameter in question m ... … ... PICS parameter: Additional optional PICS parameters which modify the test procedure in some way. Used for testing optional features. PIXIT parameter: The PIXIT parameters provide extra information for testing. Description: A text describing the purpose of the parameter. For the additional PICS parameters, the description is as for the PICS item in the PICS table in Annex B. Status: Indicates the requirement level for the PICS or PIXIT parameter in the Test Case. The status is either mandatory "m", conditional "c.i" or optional "o". ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 18
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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6.3.5 Test Procedure sequence
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The Test Procedure sequence part of the Test Descriptions should be defined using the following conventions. The Test Procedure sequence always contains a table describing a step-by-step test sequence. If a feature is supported for both modes, but where the test sequences significantly differ from each other, multiple Test Procedure sequences may be included for a single test description. Table 6.3.5-1: Test Procedure Step Procedure Message Sequence TP Verdict EUT-TS Message 1 Descriptive text defining what should happen before continuing to the next step. A procedure step may include the following keywords: EXCEPTION, Check. <-- or --> Name of a message - - - EXCEPTION: Describes an exception for the execution of following step(s). An exception only adds information, and itself is not a test step. - - - - 2 Check: A more detailed test check should be performed in this step, which is described as a question. A step with a check always includes a verdict for that check. When a Test Purpose is linked to a step with a check, the Test Purpose shall be evaluated at that step. - - 1 P or F Step: Number of a step in the sequence. The steps may indicate sub-sequences which shall be performed in sequence. These sequences are indicated by a lower-case letter following the main step number followed by the sub-sequence numbers. The sub-sequences are used for optional sequences of steps. Procedure: Described in Table 6.3.5-1. Message Sequence: EUT-TS: Shows the direction of the message within the Test Environment. If the test system contains multiple lower tester components, the lower tester in question shall be explicitly indicated in the procedure text. Message: Indicates the content of the transmitted packet which is relevant to the test procedure. If the message of interest is not on the tested protocol layer, a layer identifier should be added, such as PHY, MAC, DLC, CVG or TMC. TP: Test Purpose identifier. Maps a Test Purpose to a test step which gives a more in-depth details of a performed check. A step linked with a Test Purpose always contains a check. Verdict: The verdict field is present only on steps with a "check". The verdict defines the pass criterion for the whole Test Case based on test checks. The verdict field has a value of either "P" (Pass) or "F" (Fail). When a result of a check is "Yes/True" and the verdict for that check is "P" the test check is considered as pass. When a result of a check is "Yes/True" and the verdict for that check is "F" the test check is considered as fail. When a result of a check is "No/False" and the verdict for that check is "P" the test check is considered as fail. When a result of a check is "No/False" and the verdict for that check is "F" the test check is considered as pass. ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 19 If all checks within a Test Procedure pass, the whole test case is considered to pass. However, if any of the checks within a Test Procedure fail, the whole test case is considered to fail. Additional tables of information supporting the test procedure may be included.
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
|
7 Test purposes
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1 MAC
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1 Spectrum Management Procedures
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.1 Beaconing Transmissions
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.1.1 Validity of Network Beacon Message
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Field Description TP id DECTNR/MAC/SPM/BEA/01 Test objective Check that the IUT sends a valid Network Beacon message Reference ETSI TS 103 636-4 [4], clause 6.4.2.2 Mode FT Config CF01 PICS Selection pc_mac_bea_network_tx Initial conditions with { IUT switched on } Expected behaviour ensure that { when { IUT sends a packet containing MAC PDU containing Network Beacon message IE } then { IUT sends a broadcast packet containing Network Beacon MAC PDU } } NOTE: The "when" and "then" statements refer to the same packet. Variants # Profile Network Beacon MAC PDU Selection criteria 1 ETSI TS 103 636-4 [4] (Core) packet containing Physical Layer Control Field: Type 1 indicating Header Format 000 and containing MAC PDU containing MAC Header Type indicating MAC security: 10 pc_mac_sec and containing Beacon Header and containing Security Info IE pc_mac_sec and containing Network Beacon Message IE and containing Route Info IE pc_dect_mesh and containing MIC pc_mac_sec 2 ETSI TS 103 874-2 [7] As defined in ETSI TS 103 874-2 [7], clause 11.2.1 pc_smcb ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 20
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
|
7.1.1.1.2 Validity of Cluster Beacon Message
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Field Description TP id DECTNR/MAC/SPM/BEA/02 Test objective Check that the IUT sends a valid Cluster Beacon message Reference ETSI TS 103 636-4 [4], clause 6.4.2.3 Mode FT Config CF01 PICS Selection pc_mac_bea_cluster_tx Initial conditions with { IUT switched on } Expected behaviour ensure that { when { IUT sends a packet containing MAC PDU containing Cluster Beacon message IE } then { IUT sends a packet containing Cluster Beacon MAC PDU } } NOTE: The "when" and "then" statements refer to the same packet. Variants # Profile Cluster Beacon MAC PDU Condition 1 ETSI TS 103 636-4 [4] (Core) packet containing Physical Layer Control Field: Type 1 indicating Header Format 000 and containing MAC PDU containing MAC Header Type indicating MAC security: 10 pc_mac_sec and containing Beacon Header and containing Security Info IE pc_mac_sec and containing Cluster Beacon Message IE and containing Random Access Resource IE and containing Route Info IE pc_dect_mesh and containing MIC pc_mac_sec 2 ETSI TS 103 874-2 [7] As defined in ETSI TS 103 874-2 [7], clause 11.2.2 pc_smcb ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 21
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.1.3 Next Cluster Channel in Cluster Beacon Message
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Field Description TP id DECTNR/MAC/SPM/BEA/03 Test objective Check that the IUT sends the Cluster Beacon according to the channel information provided in a preceding Cluster Beacon message Reference ETSI TS 103 636-4 [4], clauses 5.1.5 and 6.4.2.3 Mode FT Config CF01 PICS Selection pc_mac_bea_cluster_tx AND pc_mac_bea_cluster_nc Initial conditions with { IUT having sent a packet containing Cluster Beacon message IE indicating "Next Cluster Channel": NEXT_CLUSTER_CHANNEL } Expected behaviour ensure that { when { IUT sends a packet containing Cluster Beacon MAC PDU } then { IUT sends a packet containing Cluster Beacon MAC PDU to channel NEXT_CLUSTER_CHANNEL } } NOTE: The "when" and "then" statements refer to the same packet.
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
|
7.1.1.1.4 Network Beacon Period
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Field Description TP id DECTNR/MAC/SPM/BEA/04 Test objective Check that the IUT sends Network Beacons at the indicated interval Reference ETSI TS 103 636-4 [4], clause 6.4.2.2 Mode FT Config CF01 PICS Selection pc_mac_bea_network_tx Initial conditions with { IUT switched on } Expected behaviour ensure that { when { IUT sends a packet containing Network Beacon MAC PDU containing Network Beacon message IE indicating "Network Beacon period": NB_PERIOD } then { IUT sends packet(s) containing Network Beacon MAC PDU with average periodicity of NB_PERIOD } } NOTE: At least 10 Network Beacons should be observed to verify the average interval. ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 22
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.1.5 Cluster Beacon Period
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Field Description TP id DECTNR/MAC/SPM/BEA/05 Test objective Check that the IUT sends Cluster Beacons with the indicated periodicity when beaconing Reference ETSI TS 103 636-4 [4], clause 6.4.2.3 Mode FT Config CF01 PICS Selection pc_mac_bea_cluster_tx Initial conditions with { IUT switched on } Expected behaviour ensure that { when { IUT sends "Cluster Beacons" containing Cluster Beacon MAC PDU containing Cluster Beacon message IE indicating "Cluster Beacon period": CB_PERIOD } then { IUT sends another packet containing Cluster Beacon MAC PDU at end of CB_PERIOD within "Reference time accuracy" } }
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
|
7.1.1.1.6 Time to Next Cluster Beacon Transmission
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Field Description TP id DECTNR/MAC/SPM/BEA/06 Test objective Check that the IUT sends the Cluster Beacon according to the time information provided in a preceding Cluster Beacon Reference ETSI TS 103 636-4 [4], clauses 5.1.5 and 6.4.2.2 Mode FT Config CF01 PICS Selection pc_mac_bea_cluster_tx AND pc_mac_bea_cluster_ttn Initial conditions with { IUT switched on } Expected behaviour ensure that { when { IUT sends a packet containing Cluster Beacon MAC PDU containing Cluster Beacon message IE indicating "Time to next": TIME_TO_NEXT } then { IUT sends a packet containing Cluster Beacon MAC PDU at the time defined in TIME_TO_NEXT within "Reference time accuracy" } } ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 23
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
|
7.1.1.1.7 Cluster Beacon according to Network Beacon information
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Field Description TP id DECTNR/MAC/SPM/BEA/07 Test objective Check that the IUT sends the Cluster Beacon message according to the information provided in a preceding Network Beacon message Reference ETSI TS 103 636-4 [4], clauses 5.1.5 and 6.4.2.2 Mode FT Config CF01 PICS Selection pc_mac_bea_network_tx Initial conditions with { IUT switched on } Expected behaviour ensure that { when { IUT sends a packet containing Network Beacon MAC PDU containing Network Beacon message IE indicating "Time to next": TIME_TO_NEXT and indicating "Next cluster channel": NEXT_CLUSTER_CHANNEL } then { IUT sends a packet containing Cluster Beacon MAC PDU at the time defined in TIME_TO_NEXT within "Reference time accuracy" to channel NEXT_CLUSTER_CHANNEL } }
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.2 Operating Channel(s) and Subslot(s) selection
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.2.1 Channel selection within the operating band
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Field Description TP id DECTNR/MAC/SPM/OCS/01 Test objective Check that the operating channel is selected from the operating band Reference ETSI TS 103 636-4 [4], clause 5.4 Mode FT Config CF01 PICS Selection pc_mac_ocs Initial conditions with { IUT switched on } Expected behaviour ensure that { when { IUT sends a packet containing Cluster Beacon MAC PDU } then { IUT sends packet(s) containing Cluster Beacon MAC PDU to channel within the operating band } } NOTE: The allowed channels depend on the used operating band. ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 24
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.2.2 Selection of suitable channel resources
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Field Description TP id DECTNR/MAC/SPM/OCS/02 Test objective Check that the operating channel the IUT chooses is sufficiently free Reference ETSI TS 103 636-4 [4], clause 5.1.2 Mode FT Config CF01 + SG PICS Selection pc_mac_ocs Initial conditions with { IUT switched on } Expected behaviour ensure that { when { IUT measures a channel with the number of 'free' or 'possible' sub-slots being greater or equal to SCAN_SUITABLE at SCAN_MEAS_DURATION } then { IUT sends a packet containing Cluster Beacon MAC PDU to any channel having the lowest number of 'busy' sub-slots } }
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.2.3 Operating channel re-selection
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Field Description TP id DECTNR/MAC/SPM/OCS/03 Test objective Check that the IUT re-initiates the operating channel and sub-slot selection procedure when its current channel gets busy Reference ETSI TS 103 636-4 [4], clause 5.1.2 Mode FT Config CF01 + SG PICS Selection pc_mac_ocs_reselect Initial conditions with { IUT having sent a packet containing Cluster Beacon MAC PDU } Expected behaviour ensure that { when { IUT measures the sub-slots of its operating channel and the number of 'busy' sub-slots is greater or equal to CHANNEL_LOADED at SCAN_MEAS_START } then { IUT re-initiates the channel selection procedure } } NOTE: The channel re-selection can be seen as a change in the random-access resources.
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.3 Power Control
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.3.1 Power control for Initial transmission
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Field Description TP id SMCB/MAC/SPM/PC/01 Test objective Check that the IUT uses the minimum TX power for achieving its target quality Reference ETSI TS 103 874-2 [7], clause 7.2.1.6 Mode PT Config CF03 PICS Selection pc_smcb_mac_pc_initial ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 25 Initial conditions with { IUT having a unicast packet to LT_FT } Expected behaviour ensure that { when { IUT receives a packet containing Physical Layer Control Field: Type 1 indicating "Transmit Power": TX_POWER containing Cluster Beacon MAC PDU indicating RSSI-2: RX_RSSI from LT_FT } then { IUT sends a packet containing Physical Layer Control Field: Type 2 indicating "Transmit Power": Value equal or less than RX_POWER_LEVEL + (TX_POWER – RX_RSSI) } } NOTE: RX_POWER_LEVEL = -88 dBm, as defined in ETSI TS 103 874-2 [7], clause 7.2.1.6.
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.3.2 Maximum transmission power in a cluster
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Field Description TP id DECTNR/MAC/SPM/PC/02 Test objective Check that the IUT follows the TX power limits of a cluster Reference ETSI TS 103 636-4 [4], clause 5.1.6 Mode PT Config CF03 PICS Selection pc_mac_pc Initial conditions with { IUT having unicast packets to LT_FT } Expected behaviour ensure that { when { IUT receives a packet containing Physical Layer Control Field Type 1 indicating "Transmit Power": TX_POWER and containing Cluster Beacon MAC PDU from LT_FT } then { IUT sends a packet containing Physical Layer Control Field Type 2 indicating "Transmit Power": Value equal or less than TX_POWER to LT_FT } } NOTE: The IUT is also expected to use the transmission power it indicates.
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.4 Selecting RD for association
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.1.4.1 Selection based on Minimum quality
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Field Description TP id DECTNR/MAC/SPM/RDS/01 Test objective Check that when the IUT selects an RD for association, it selects an RD that meets the minimum quality requirement Reference ETSI TS 103 636-4 [4], clause 5.1.4 Mode PT Config CF05 PICS Selection pc_mac_rds Initial conditions with { IUT switched on ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 26 } Expected behaviour ensure that { when { IUT receives a packet containing Cluster Beacon MAC PDU containing Cluster Beacon message IE indicating "Min quality": MIN_QUALITY indicating RSSI-2: RX_RSSI from multiple FTs } then { IUT sends a packet containing Association Request MAC PDU to an FT indicating RX_RSSI greater than MIN_SENSITIVITY_LEVEL + MIN_QUALITY } } NOTE: The MIN_SENSITIVITY_LEVEL is the EUTs own sensitivity level.
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.2 Broadcast Procedures
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Void.
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.3 Random Access Procedures
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.3.1 Random-access transmission
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.3.1.1a Transmission on random-access resources received from beacon message
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Field Description TP id DECTNR/MAC/RACH/TX/01a Test objective Check that the IUT transmits on received random-access resources Reference ETSI TS 103 636-4 [4], clause 5.3.3 Mode PT Config CF03 PICS Selection pc_mac_rach_tx Initial conditions with { IUT having received a packet containing Physical Layer Control Field Type 1 indicating "Short Network Address": LT_FT_SHORT_NETWORK_ID and indicating "Transmitter Identity": LT_FT_SHORT_RD_ID and containing MAC PDU containing Beacon Header indicating "Transmitter Address": LT_FT_LONG_RD_ID and containing Random-access resource IE } Expected behaviour ensure that { when { IUT has a packet to LT_FT } then { IUT sends a packet containing Physical Layer Control Field Type 2 indicating "Short Network Address": LT_FT_SHORT_NETWORK_ID and indicating "Transmitter Identity": IUT_SHORT_RD_ID and indicating "Receiver Identity": LT_FT_SHORT_RD_ID to the random-access resources indicated in the Random-access resource IE } } ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 27
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.3.1.1b Transmission on random-access resources received from unicast signalling
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Field Description TP id DECTNR/MAC/RACH/TX/01b Test objective Check that the IUT transmits on random-access resources received by unicast signalling from an RD which it has association to Reference ETSI TS 103 636-4 [4], clause 5.3.3 Mode FT Config CF02 PICS Selection pc_mac_rach_tx AND pc_smcb Initial conditions with { IUT having an association to LT_PT and IUT having received a packet containing Physical Layer Control Field Type 2 indicating "Short Network Address": LT_PT_SHORT_NETWORK_ID and indicating "Transmitter Identity": LT_PT_SHORT_RD_ID and containing MAC PDU containing Random-access resource IE } Expected behaviour ensure that { when { IUT has a packet to LT_PT } then { IUT sends a packet containing Physical Layer Control Field Type 2 indicating "Short Network Address": LT_PT_SHORT_NETWORK_ID and indicating "Transmitter Identity": IUT_SHORT_RD_ID and indicating "Receiver Identity": LT_PT_SHORT_RD_ID to the random-access resources indicated in the Random-access resource IE } }
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.3.1.2 Listen Before Talk
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Field Description TP id DECTNR/MAC/RACH/TX/02 Test objective Check that the IUT refrains from transmitting to random-access resources if the channel is 'busy' Reference ETSI TS 103 636-4 [4], clause 5.3.1 Mode FT or PT Config IF Mode = FT THEN CF02 + SG IF Mode = PT THEN CF03 + SG PICS Selection pc_mac_rach_tx IF Mode = FT THEN pc_smcb Initial conditions with { IUT having received a packet containing MAC PDU containing Random-access resource IE } Expected behaviour ensure that { when { IUT has a packet to be transmitted and IUT measures the channel as 'busy' } then { IUT does not send a packet while the channel is 'busy' to the RACH resources indicated in the Random-access resource IE } } ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 28
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
|
7.1.3.1.3 Random access transmission length
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Field Description TP id DECTNR/MAC/RACH/TX/03 Test objective Check that the IUT does not exceed the random-access resource limits Reference ETSI TS 103 636-4 [4], clause 5.3.3 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_rach_tx IF Mode = FT THEN pc_smcb Initial conditions with { IUT having received a packet containing MAC PDU containing Random-access resource IE indicating "Max RACH Length": MAX_RACH_LENGTH from LT } Expected behaviour ensure that { when { IUT has a packet to LT } then { IUT sends a packet containing Physical Layer Control Field Type 2 indicating "Packet Length": Equal or less than MAX_RACH_LENGTH } } NOTE: It is expected that the IUT indicates the actual physical packet length correctly in either slot or sub-slot formats.
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8e90692f70e1e9a0f58f164e7ad90f06
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104 047-2
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7.1.3.2 Random-Access Reception and Response
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7.1.3.2.1a Reception from random-access resources announced in beacon message and response Field Description TP id DECTNR/MAC/RACH/RX/01a Test objective Check that the IUT receives a packet from its random-access resources and sends a random-access response Reference ETSI TS 103 636-4 [4], clause 5.3.2 Mode FT Config CF02 PICS Selection pc_mac_rach_res_bea Initial conditions with { IUT having sent a packet containing Physical Layer Control Field Type 1 indicating "Short Network Address": IUT_SHORT_NETWORK_ID and indicating "Transmitter Identity": IUT_SHORT_RD_ID containing MAC PDU containing Beacon Header indicating "Transmitter Address": IUT_LONG_RD_ID and containing Random-access resource IE } Expected behaviour ensure that { when { IUT receives a packet containing Physical Layer Control Field Type 2 indicating "Short Network Address": IUT_SHORT_NETWORK_ID and indicating "Transmitter Identity": LT_PT_SHORT_RD_ID and indicating "Receiver Identity": IUT_SHORT_RD_ID and containing MAC PDU containing Unicast Header indicating "Receiver Address": IUT_LONG_RD_ID from random-access resources ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 29 } then { IUT sends a packet containing Physical Layer Control Field Type 2 indicating "Short Network Address": IUT_SHORT_NETWORK_ID and indicating "Transmitter Identity": IUT_SHORT_RD_ID and indicating "Receiver Identity": LT_PT_SHORT_RD_ID within random-access response window } } 7.1.3.2.1b Reception from random-access resources announced in unicast message and response Field Description TP id DECTNR/MAC/RACH/RX/01b Test objective Check that the IUT receives a packet from its random-access resources and sends a random-access response Reference ETSI TS 103 636-4 [4], clause 5.3.2 Mode PT Config CF03 PICS Selection pc_mac_rach_res_uni Initial conditions with { IUT having sent a packet containing Physical Layer Control Field Type 2 indicating "Short Network Address": IUT_SHORT_NETWORK_ID and indicating "Transmitter Identity": IUT_SHORT_RD_ID containing MAC PDU containing Unicast Header indicating "Transmitter Address": IUT_LONG_RD_ID containing Random-access resource IE } Expected behaviour ensure that { when { IUT receives a packet containing Physical Layer Control Field Type 2 indicating "Short Network Address": IUT_SHORT_NETWORK_ID and indicating "Transmitter Identity": LT_FT_SHORT_RD_ID and indicating "Receiver Identity": IUT_SHORT_RD_ID and containing MAC PDU containing Unicast Header indicating "Receiver Address": IUT_LONG_RD_ID from random-access resources } then { IUT sends a packet containing Physical Layer Control Field Type 2 indicating "Short Network Address": IUT_SHORT_NETWORK_ID and indicating "Transmitter Identity": IUT_SHORT_RD_ID and indicating "Receiver Identity": LT_FT_SHORT_RD_ID within random-access response window } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.3.2.2 Reception of other packets
|
Field Description TP id DECTNR/MAC/RACH/RX/02 Test objective Check that IUT discards any packets not intended for it Reference ETSI TS 103 636-4 [4], clause 5.5.2 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_rach_rx IF Mode = PT THEN pc_smcb Initial conditions with { ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 30 IUT having sent a packet containing Physical Layer Control Field (Type 1 or Type 2) indicating "Short Network Address": IUT_SHORT_NETWORK_ID and indicating "Transmitter Identity": IUT_SHORT_RD_ID containing MAC PDU containing Random-access Resource IE } Expected behaviour ensure that { when { IUT receives a packet containing Physical Header Control Field Type 2 not indicating "Short Network ID": IUT_SHORT_NETWORK_ID or not indicating "Receiver Identity": IUT_SHORT_RD_ID from random-access resources } then { IUT discards the packet } } NOTE 1: Reception is expected only when both the Short and Long RD ID and the Network ID match. NOTE 2: Discarding the packet implicitly means that the EUT shall not send a random-access response.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.3.2.3 Data transmission within random-access response
|
Field Description TP id DECTNR/MAC/RACH/RX/03 Test objective Check that the IUT is able to include a buffered message to a random-access response Reference ETSI TS 103 636-4 [4], clause 5.5.2 Mode FT Config CF02 PICS Selection pc_mac_rach_rx Initial conditions with { IUT having an association to LT_PT and IUT having a packet to LT_PT } Expected behaviour ensure that { when { IUT receives a packet from LT_PT } then { IUT sends the packet to LT_PT within random-access response window } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.4 Scheduled access data transfer
|
Void. ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 31
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.5 HARQ Operation
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.5.1 HARQ Transmission
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.5.1.1 Successful HARQ transmission
|
Field Description TP id DECTNR/MAC/HARQ/TX/01 Test objective Check that IUT ends the HARQ procedure when it receives feedback indicating ACK and indicates new data on next transmission Reference ETSI TS 103 636-4 [4], clause 5.3.4 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_harq_tx Initial conditions with { IUT having sent a packet containing Physical Layer Control Field Type 2 indicating "Header format": 000 and indicating "DF New Data Indication": Any and indicating "DF HARQ Process Number": Any } Expected behaviour ensure that { when { IUT receives a packet containing Physical Layer Control Field Type 2 containing Feedback info format (1, 3, 4, or 5) indicating "HARQ Process Number": Same as in the initial condition and indicating "Transmission feedback": ACK } then { IUT sends a packet containing Physical Layer Control Field Type 2 indicating "Header format": 000 and indicating "DF Redundancy Version": 0 and indicating "DF New Data Indication": Value toggled compared to initial condition and indicating "DF HARQ Process Number": Same as in the initial condition } } NOTE: The IUT may send packets to other HARQ processes in between.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.5.1.2 Redundancy version reset
|
Field Description TP id DECTNR/MAC/HARQ/TX/02 Test objective Check that the IUT uses the redundancy version 0 for HARQ re-transmission when receiving NACK feedback in format 6 Reference ETSI TS 103 636-4 [4], clause 5.5 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_harq_tx Initial conditions with { IUT having sent a packet containing Physical Header Control Field Type 2 indicating "Header Format": 000 and indicating "DF New Data Indication": Any and indicating "DF HARQ Process Number": Any } Expected behaviour ensure that { when { IUT receives a HARQ feedback containing Physical Layer Control Field Type 2 ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 32 containing Feedback Info Format 6 indicating "HARQ Process Number": Same as in the initial condition } then { IUT sends a packet containing Physical Layer Control Field Type 2 indicating "Header Format": 000 and indicating "DF Redundancy Version": 0 and indicating "DF New Data Indication": Same as in the initial condition and indicating "HARQ Process Number": Same as in the initial condition } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.5.1.3 Redundancy version increment
|
Field Description TP id DECTNR/MAC/HARQ/TX/03 Test objective Check that the IUT uses the next redundancy version for HARQ re-transmission when receiving NACK feedback in format 1, 3, 4, or 5 Reference ETSI TS 103 636-4 [4], clause 5.5 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_harq_tx Initial conditions with { IUT having sent a packet containing Physical Header Control Field Type 2 indicating "Header Format": 000 and indicating "DF Redundancy Version": Any and indicating "DF HARQ Process Number": Any } Expected behaviour ensure that { when { IUT receives a packet containing Physical Layer Control Field Type 2 containing Feedback info (format 1, 3, 4, or 5) indicating "DF HARQ Process Number": Same as in the initial condition and indicating "Transmission Feedback": NACK } then { IUT sends a packet containing Physical Layer Control Field Type 2 indicating "Header Format": 000 and indicating "DF Redundancy Version": Next in the sequence compared to the initial condition and indicating "DF New Data Indication": Same as in the initial condition and indicating "DF HARQ Process Number": Same as in the initial condition } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.5.1.4 Max HARQ Re-Tx
|
Field Description TP id DECTNR/MAC/HARQ/TX/04 Test objective Check that the IUT does not perform HARQ re-transmissions after delay Max HARQ Re-Tx Reference ETSI TS 103 636-4 [4], clause 5.5 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_harq_tx Initial conditions with { IUT having sent a packet containing Physical Header Control Field Type 2 indicating "Header Format": 000 and indicating "DF Redundancy Version": Any and indicating "DF New Data Indication": Any and indicating "DF HARQ Process Number": Any ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 33 } Expected behaviour ensure that { when { IUT receives a packet containing Physical Layer Control Field Type 2 containing Feedback info (format 1, 3, 4, 5, or 6) indicating "HARQ Process Number": Same as in the initial condition and indicating "Transmission Feedback": NACK and timer "Max HARQ Re-Tx" expires } then { IUT sends a packet containing Physical Layer Control Field Type 2 indicating "Header Format": 000 and indicating "DF Redundancy Version": 0 and indicating "DF New Data Indication": Value toggled compared to initial condition and indicating "DF HARQ Process Number": Same as in the initial condition } } NOTE: Max HARQ Re-Tx is signaled during the association procedure within the Association Request/Response message IE.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.5.2 HARQ Feedback
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.5.2.1 NACK Feedback
|
Field Description TP id DECTNR/MAC/HARQ/FB/01 Test objective Check that IUT sends a NACK as HARQ feedback when PDC decoding fails for packet requesting feedback Reference ETSI TS 103 636-4 [4], clause 5.5.2 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_harq_feedback Initial conditions with { IUT having performed association with another RD and IUT having sent a packet containing MAC PDU containing Random-access resource IE } Expected behaviour ensure that { when { IUT receives a packet containing Physical Layer Control Fields Type 2 indicating "Header Format": 000 and indicating "DF HARQ Process Number": Any and indicating invalid PDC CRC } then { IUT sends a packet containing Physical Header Control Field Type 2 containing Feedback info (format 1, 3, 4, 5, or 6) indicating "HARQ Process Number": Same as in the received packet and indicating "Transmission Feedback": NACK } } ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 34
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.5.2.2 ACK Feedback
|
Field Description TP id DECTNR/MAC/HARQ/FB/02 Test objective Check that IUT sends an ACK as HARQ feedback for successful reception of packet requesting feedback Reference ETSI TS 103 636-4 [4], clause 5.5.2 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_harq_feedback Initial conditions with { IUT having performed association with another RD and IUT having sent a packet containing MAC PDU containing Random-access resource IE } Expected behaviour ensure that { when { IUT receives a packet containing Physical Layer Control Fields Type 2 indicating "Header Format": 000 and indicating "DF HARQ Process Number": Any and indicating valid PDC CRC } then { IUT sends a packet containing Physical Header Control Field Type 2 containing Feedback info (format 1, 3, 4, or 5) indicating "HARQ Process Number": Same as in the received packet indicating "Transmission Feedback": ACK } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.6 Multiplexing and Assembly
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.6.1 MAC PDU Multiplexing
|
Field Description TP id DECTNR/MAC/MUXA/01 Test objective Check that any MAC PDU transmitted by the EUT can be logically parsed into IEs Reference ETSI TS 103 636-4 [4], clause 5.6 Role FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_muxa Initial conditions with { IUT switched on } Expected behaviour ensure that { when { IUT sends a packet } then { IUT sends a packet containing a valid MAC PDU } } NOTE: A valid MAC PDU contains multiplexed IEs while not having to contain any specific set of IEs. ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 35
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.6.2 Padding IE
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Field Description TP id DECTNR/MAC/MUXA/02 Test objective Check that the IUT includes a Padding IE to a MAC PDU such that it fills it to the next TBS size Reference ETSI TS 103 636-4 [4], clause 5.6 Role FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_muxa Initial conditions with { IUT switched on } Expected behaviour ensure that { when { IUT sends a packet } then { IUT sends a packet containing a MAC PDU containing Padding IE indicating MAC IE Length: "Lowest possible to fill the PDU to the next TBS" } } NOTE: The Padding IE length is allowed be absent if the PDU length without it is already a valid TBS size.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.7 Mobility Procedures
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.7.1 Mobility by more suitable RSSI-2
|
Field Description TP id DECTNR/MAC/MOB/01 Test objective Check that the IUT performs the mobility procedure when it finds a more suitable route to sink due to higher RSSI-2 Reference ETSI TS 103 636-4 [4], clause 5.7 Mode PT Config CF05 PICS Selection pc_mac_mob Initial conditions with { IUT having an association to LT_FT1 } Expected behaviour ensure that { when { IUT receives a packet containing Cluster Beacon MAC PDU containing Cluster Beacon message IE indicating "Count to Trigger": COUNT_TO_TRIGGER and indicating "Relative Quality": RELATIVE_QUALITY indicating RSSI-2: RSSI_2_OWN from LT_FT1 and IUT receives a packet containing Cluster Beacon MAC PDU indicating RSSI-2: greater than RELATIVE_QUALITY + RSSI_2_OWN from LT_FT2 COUNT_TO_TRIGGER times in a row } then { IUT sends a packet containing Association Request MAC PDU to LT_FT2 and may send a packet containing Association Release MAC PDU ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 36 to LT_FT1 } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8 Association Procedure
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8.1 Association Response
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8.1.1 Validity of Association Response message
|
Field Description TP id DECTNR/MAC/ASS/RES/01 Test objective Check that the IUT sends a valid Association Response message Reference ETSI TS 103 636-4 [4], clause 6.4.2.5 Mode FT Config CF02 PICS Selection pc_mac_ass_ft Initial conditions with { IUT having sent a packet containing MAC PDU containing Random-access resource IE } Expected behaviour ensure that { when { IUT sends a packet containing MAC PDU containing Association Response IE } then { IUT sends a packet containing Association Response MAC PDU } } NOTE: The "when" and "then" statements refer to the same packet. Variants # Profile Association Response MAC PDU Condition 1 ETSI TS 103 636-4 [4] (Core) packet containing Physical Layer Control Field: Type 2 indicating Header Format 001 and containing MAC PDU containing MAC Header Type and containing Unicast Header and containing Security Info IE pc_mac_sec and containing Association Response Message IE and containing RD Capability IE and containing MIC pc_mac_sec 2 ETSI TS 103 874-2 [7] As defined in ETSI TS 103 874-2 [7], clause 11.3.2 pc_smcb
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8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8.1.2 Association Response
|
Field Description TP id DECTNR/MAC/ASS/RES/02 Test objective Check that the IUT sends an Association Response message upon receiving an Association request message Reference ETSI TS 103 636-4 [4], clause 5.8.5 Mode FT Config CF02 PICS Selection pc_mac_ass_ft Initial conditions with { IUT having sent a packet ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 37 containing MAC PDU containing Random-access resource IE } Expected behaviour ensure that { when { IUT receives a packet containing Association Request MAC PDU } then { IUT sends a packet containing Association Response MAC PDU within random-access response window } } NOTE: The random-access response window for Association Request - Response is one frame.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8.2 Association Request
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8.2.1 Validity of Association Request message
|
Field Description TP id DECTNR/MAC/ASS/REQ/01 Test objective Check that the IUT sends a valid Association Request message Reference ETSI TS 103 636-4 [4], clause 6.4.2.4 Mode PT Config CF03 PICS Selection pc_mac_ass_pt Initial conditions with { IUT in any state } Expected behaviour ensure that { when { IUT sends a packet containing MAC PDU containing Association Request message IE } then { IUT sends a packet containing Association Request MAC PDU } } NOTE: The "when" and "then" statements refer to the same packet. Variants # Profile Association Request MAC PDU Condition 1 ETSI TS 103 636-4 [4] (Core) packet containing Physical Layer Control Field: Type 2 and containing MAC PDU containing MAC Header Type and containing Unicast Header and containing Security Info IE pc_mac_sec and containing Association Request message IE and containing RD Capability IE and containing MIC pc_mac_sec 2 ETSI TS 103 874-2 [7] As defined in ETSI TS 103 874-2 [7], clause 11.3.1 pc_smcb ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 38
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8.2.2 Association Request
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Field Description TP id DECTNR/MAC/ASS/REQ/02 Test objective Check that the IUT initiates the association procedure by sending an Association Request message Reference ETSI TS 103 636-4 [4], clause 5.8.4 Mode PT Config CF03 PICS Selection pc_mac_ass_pt Initial conditions with { IUT switched on } Expected behaviour ensure that { when { IUT receives a packet containing Physical Layer Control Field: Type 1 and containing MAC PDU containing Beacon Header indicating "Network ID": IUTs network ID and containing Random-access resource IE } then { IUT sends a packet containing Association Request MAC PDU } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8.2.3 Association Request timeout
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Field Description TP id DECTNR/MAC/ASS/REQ/03 Test objective Check that the IUT retries the Association Request procedure when it does not receive a response in time Reference ETSI TS 103 636-4 [4], clause 5.3.4 Mode PT Config CF03 PICS Selection pc_mac_ass_pt Initial conditions with { IUT having sent a packet containing Association Request MAC PDU } Expected behaviour ensure that { when { IUT does not receive a packet containing Association Response MAC PDU within random-access response window } then { IUT sends a packet containing Association Request MAC PDU } } ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 39
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8.2.4 Association Accepted
|
Field Decription TP id DECTNR/MAC/ASS/REQ/04 Test objective Check that the IUT ends the Association procedure when it receives an association response indicating accepted association Reference ETSI TS 103 636-4 [4], clause 5.8.5 Mode PT Config CF03 PICS Selection pc_mac_ass_pt Initial conditions with { IUT having sent a packet containing Association Request MAC PDU } Expected behaviour ensure that { when { IUT receives a packet containing Association Response MAC PDU containing Association Response IE indicating "ACK/NACK": 1 ("Association Accepted") } then { IUT ends the association procedure } } NOTE: After a successful association, the IUT should be capable to send uplink data.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8.2.5 Association Rejected
|
Field Description TP id DECTNR/MAC/ASS/REQ/05 Test objective Check that the IUT behaves correctly when it receives an association response indicating rejected association Reference ETSI TS 103 636-4 [4], clause 5.8.5 Mode PT Config CF03 PICS Selection pc_mac_ass_pt Initial conditions with { IUT having sent a packet containing Association Request MAC PDU to LT_FT } Expected behaviour ensure that { when { IUT receives a packet containing Association Response MAC PDU containing Association Response IE indicating "ACK/NACK": 0 ("Association Rejected") and indicating "Reject Timer": REJECT_TIMER } then { IUT does not send a packet containing Association Request MAC PDU before timer REJECT_TIMER expires to LT_FT } } NOTE: The IUT may send the Association Request to another FT before the timer REJECT_TIMER expires. ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 40
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8.3 Association Release
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8.3.1 Validity of Association Release message
|
Field Description TP id DECTNR/MAC/ASS/REL/01 Test objective Check the validity of the Association Release message Reference ETSI TS 103 636-4 [4], clause 6.4.2.6 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_ass Initial conditions with { IUT having an association to another RD } Expected behaviour ensure that { when { IUT sends a packet containing MAC PDU containing Association Release message IE } then { IUT sends a packet containing Association Release MAC PDU } } NOTE: The "when" and "then" statements refer to the same packet. Variants # Profile Association Release MAC PDU Condition 1 ETSI TS 103 636-4 [4] (Core) packet containing Physical Layer Control Field: Type 2 indicating Header Format 001 and containing MAC PDU containing MAC Header Type and containing Unicast Header and containing Security Info IE pc_mac_sec and containing Association Release Message IE and containing MIC pc_mac_sec 2 ETSI TS 103 874-2 [7] As defined in ETSI TS 103 874-2 [7], clause 11.3.3 pc_smcb
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.8.3.2 Association Release
|
Field Description TP id DECTNR/MAC/ASS/REL/02 Test objective Check that the IUT releases its association with the sender when it receives an Association Release message Reference ETSI TS 103 636-4 [4], clause 6.4.2.6 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_ass Initial conditions with { IUT having an association to another RD } Expected behaviour ensure that { when { IUT receives a packet containing Association Release MAC PDU } then { ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 41 IUT considers its association with the sender released } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.9 Security Procedures
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.9.1 Security Procedures with MAC Security IE present
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.9.1.1 Message integrity
|
Field Description TP id DECTNR/MAC/SEC/01 Test objective Check that the IUT discards the received MAC PDU when the MIC is incorrect Reference ETSI TS 103 636-4 [4], clause 5 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_sec Initial conditions with { IUT in any state } Expected behaviour ensure that { when { IUT receives a packet containing MAC PDU containing MAC Header Type indicating "MAC Security": '10'b (MAC Security IE present) and containing incorrect MIC } then { IUT discards the MAC PDU } } NOTE: The MAC PDU may or may not include the Security Info IE.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.9.1.2 Deciphering Capability
|
Field Description TP id DECTNR/MAC/SEC/02 Test objective Check that IUT correctly deciphers a MAC PDU Reference ETSI TS 103 636-4 [4], clause 5 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_sec Initial conditions with { IUT in any state } Expected behaviour ensure that { when { IUT receives a packet containing MAC PDU containing MAC Header Type indicating "MAC Security": '10'b (MAC Security IE present) } then { IUT deciphers the MAC PDU } } ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 42
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.9.1.3 Security Capability
|
Field Description TP id DECTNR/MAC/SEC/03 Test objective Check that the IUT includes the MIC in a MAC PDU and ciphers it when security is used Reference ETSI TS 103 636-4 [4], clause 5 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_mac_sec_mode1 Initial conditions with { IUT having a MAC PDU to be sent using security Mode 1 } Expected behaviour ensure that { when { IUT sends a packet containing MAC PDU containing MAC Header Type indicating "MAC Security": '10'b (MAC Security IE present) and containing MAC MIC } then { IUT ciphers the MAC PDU } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.10 Reconfiguration Procedus
|
Void.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.11 Group Assignment Procedus
|
Void.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.10 Paging Procedures
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.10.1 Paging transmission
|
Field Description TP id DECTNR/MAC/PG/01 Test objective Check that the IUT is able to transmit a paging to a PT Reference ETSI TS 103 636-4 [4], clause 5.12 Mode FT Config CF02 PICS Selection pc_mac_pg Initial conditions with { IUT having an association to LT_PT supporting Paging } Expected behaviour ensure that { when { IUT has a packet to LT_PT } then { IUT sends a packet containing Cluster Beacon MAC PDU containing Broadcast Indication IE indicating "Indication type": 0b000 ("Paging") and indicating "Long/Short RD ID": LT_PT_LONG_RD_ID or LT_PT_SHORT_RD_ID } } ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 43
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.1.10.2 Paging reception and response
|
Field Description TP id DECTNR/MAC/PG/02 Test objective Check that the IUT is able to receive a paging indication and send a response Reference ETSI TS 103 636-4 [4], clause 5.12 Mode PT Config CF03 PICS Selection pc_mac_rach_tx, pc_mac_pg Initial conditions with { IUT having an association to LT_FT } Expected behaviour ensure that { when { IUT receives packet containing Cluster Beacon MAC PDU containing Broadcast Indication IE indicating "Indication type": 0b000 ("Paging") and indicating "Long/Short RD ID": IUT_LONG_RD_ID or IUT_SHORT_RD_ID and containing Random-access resource IE } then { IUT sends a packet containing MAC PDU containing Keep alive IE to random-access resources indicated in the Random-access resource IE or IUT sends a packet containing Association Request MAC PDU containing Association Request Message IE indicating "Setup cause": 0b110 ("Paging response") to random-access resources indicated in the Random-access resource IE } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2 DLC
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.1 DLC Segmentation and Reassembly
|
Void.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.2 DLC Transmissions
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.2.1 DLC PDU retransmission
|
Field Description TP id DECTNR/DLC/RETX/01 Test objective Check that the IUT retransmits a DLC SDU or segment when receiving a MAC HARQ NACK feedback Reference ETSI TS 103 636-5 [5], clause 5.2.6 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_dlc_st2, pc_dlc_st3 Initial conditions with { IUT having sent a packet containing Physical Header Control Field Type 2 indicating "Header Format": 000 and indicating "DF HARQ Process Number": Any and containing DLC PDU } Expected behaviour ensure that { when { ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 44 IUT receives a packet containing Physical Header Field Type 2 containing Feedback info (format 1, 3, 4, 5, or 6) indicating "HARQ Process Number": Same as in the initial condition indicating "Transmission feedback": NACK and timer Max HARQ Re-Tx expires } then { IUT sends a packet containing DLC PDU containing a DLC SDU or segment from the re-transmission buffer } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.2.2 DLC PDU successful transmission
|
Field Description TP id DECTNR/DLC/RETX/02 Test objective Check that the IUT transmits a new DLC SDU or segment when receiving a MAC HARQ ACK feedback Reference ETSI TS 103 636-5 [5], clause 5.2.6 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_dlc_st1, pc_dlc_st2, pc_dlc_st3 Initial conditions with { IUT having sent a packet containing DLC PDU } Expected behaviour ensure that { when { IUT receives a packet containing Physical Header Field Type 2 containing Feedback info (format 1, 3, 4, or 5) indicating "Transmission Feedback": ACK } then { IUT sends a DLC PDU containing a new DLC SDU or segment } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.3 DLC SDU lifetime control
|
Void.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.4 Routing services
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.4.1 Packet Routing to backend (uplink)
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.4.1.1 Uplink routing as a router
|
Field Description TP id DECTNR/DLC/ROU/01 Test objective Check that the IUT routes an uplink packet towards the backend Reference ETSI TS 103 636-5 [5], clause 5.2.8.2 Mode FT-PT Config CF04 or CF06 PICS Selection pc_dlc_routing_000 Initial conditions with { IUT having an association to LT_FT } ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 45 Expected behaviour ensure that { when { IUT receives a packet containing DLC PDU containing a Routing header indicating "Dest_Add": '010'b ("Destination Address is backend") and indicating "Routing type": '000'b ("Uplink hop-by-hop routing") } then { IUT sends a packet containing DLC PDU to LT_FT } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.4.1.2 Uplink routing as a destination
|
Field Description TP id DECTNR/DLC/ROU/02 Test objective Check that the IUT having backend connectivity provides the received DLC SDU to the CVG layer at the backend interface Reference ETSI TS 103 636-5 [5], clause 5.2.8.2 Mode FT Config CF02 PICS Selection pc_dlc_routing_000 Initial conditions with { IUT operating as a sink and having a connection to the backend } Expected behaviour ensure that { when { IUT receives a packet containing DLC PDU containing a Routing header indicating "Dest_Add": '010'b ("Destination Address is backend") } then { IUT provides the DLC SDU to the upper layer } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.4.2 Packet Routing from backend (downlink)
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.4.2.1 Unicast as a destination
|
Field Description TP id DECTNR/DLC/ROU/03 Test objective Check that the IUT receives a packet when the routing header indicates it as the destination Reference ETSI TS 103 636-5 [5], clause 5.2.8.2 Mode PT or FT-PT Config IF Mode = PT THEN CF03 IF Mode = FT-PT THEN CF06 PICS Selection pc_dlc_routing_011 Initial conditions with { IUT having an association to LT_FT } Expected behaviour ensure that { when { IUT receives a packet containing DLC PDU containing a Routing header indicating "Dest_Add": ('000'b, or '011'b) (Destination Address is present) and indicating "Routing type": '011'b ("Downlink flooding") and indicating "Destination address": IUT's Long RD ID ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 46 } then { IUT passes the DLC SDU to the upper layer } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.4.2.2 Unicast destination with direct connection
|
Field Description TP id DECTNR/DLC/ROU/04 Test objective Check that the IUT routes a downlink unicast packet to its destination when it is an associated RD Reference ETSI TS 103 636-5 [5], clause 5.2.8.2 Mode FT-PT Config CF04 PICS Selection pc_dlc_routing_011 Initial conditions with { IUT having an association to LT_FT and LT_PT having an association to IUT } Expected behaviour ensure that { when { IUT receives a packet containing DLC PDU containing a Routing header indicating "Dest_Add": ('000'b or '011'b) (Destination Address is present) and indicating "Routing type": '011'b ("Downlink flooding") and indicating "Destination address": Long RD ID of LT_PT } then { IUT sends a packet containing DLC PDU containing the received DLC SDU to LT_PT } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.4.2.3 Unicast destination without direct connection
|
Field Description TP id DECTNR/DLC/ROU/05 Test objective Check that the IUT routes a downlink unicast packet by flooding when the destination is not an associated RD Reference ETSI TS 103 636-5 [5], clause 5.2.8.2 Mode FT-PT Config CF06 PICS Selection pc_dlc_routing_011 Initial conditions with { IUT having an association to LT_FT and LT_PT having an association to IUT and LT_FT_PT having an association to IUT } Expected behaviour ensure that { when { IUT receives a packet containing DLC PDU containing a Routing header indicating "Dest_Add": ('000'b or '011'b) (Destination Address is present) and indicating "Routing type": '011'b ("Downlink flooding") and not indicating "Destination address": Long RD ID of LT_PT or LT_FT_PT } then { IUT sends a packet containing DLC PDU containing the received DLC SDU ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 47 to LT_FT_PT } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.2.4.2.4 Broadcast destination
|
Field Description TP id DECTNR/DLC/ROU/06 Test objective Check that the IUT routes a broadcast packet to all associated RDs Reference ETSI TS 103 636-5 [5], clause 5.2.8.2 Mode FT-PT Config CF06 PICS Selection pc_dlc_routing_011 Initial conditions with { IUT having an association to LT_FT and LT_PT having an association to IUT and LT_FT_PT having an association to IUT } Expected behaviour ensure that { when { IUT receives a packet containing DLC PDU containing a Routing header indicating "Dest_Add": '100'b ("Destination Address is broadcast address") and indicating "Routing type": '011'b ("Downlink flooding") } then { IUT passes the DLC SDU to the upper layer and sends a packet containing DLC PDU containing the received DLC SDU to LT_PT and sends a packet containing DLC PDU containing the received DLC SDU to LT_FT_PT } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.3 CVG
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.3.1 Transparent procedure
|
Void.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.3.2 Multiplexing procedures
|
Void. ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 48
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.3.3 Duplicate removal procedure
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.3.3.1 Duplicate CVG SDU
|
Field Description TP id DECTNR/CVG/DR/01 Test objective Check that the IUT discards a duplicate CVG PDU on reception Reference ETSI TS 103 636-5 [5], clause 6.2.5 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_cvg_dup Initial conditions with { IUT having received a packet containing CVG PDU containing Data EP IE indicating "Sequence Number": Any } Expected behaviour ensure that { when { IUT receives a packet containing CVG PDU containing Data EP IE indicating "Sequence Number": Same as in the initial condition } then { IUT discards the CVG PDU } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.3.4 Delivery Order procedures
|
Void.
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.3.5 CVG Segmentation
| |
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.3.5.1 Segmentation Indication 01
|
Field Description TP id DECTNR/CVG/SEG/01 Test objective Check that the IUT correctly sends a first segment of a CVG PDU Reference ETSI TS 103 636-5 [5], clause 6.2.7 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_cvg_st2, pc_cvg_st3, pc_cvg_st4 Initial conditions with { IUT having a CVG SDU to be sent } Expected behaviour ensure that { when { The CVG SDU does not fit in the CVG PDU as a whole } then { IUT sends a packet containing CVG PDU containing Data IE or Data EP IE indicating "SI": '01'b ("First segment") and containing Payload: The first segment of the CVG SDU } } ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 49
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.3.5.2 Segmentation Indication 11
|
Field Description TP id DECTNR/CVG/SEG/02 Test objective Check that the IUT correctly sends a intermediate segment of a CVG PDU Reference ETSI TS 103 636-5 [5], clause 6.2.7 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_cvg_st2, pc_cvg_st3, pc_cvg_st4 Initial conditions with { IUT having sent a packet containing CVG PDU containing Data IE or Data EP IE indicating "SI": '01'b, or '11'b (Initial or intermediate segment) and indicating "Sequence Number": Any and containing Payload: CVG SDU segment } Expected behaviour ensure that { when { IUT has an intermediate CVG SDU segment to be sent } then { IUT sends a packet containing CVG PDU containing Data IE or Data EP IE indicating "SI": '11'b ("Intermediate segment") and indicating "Sequence Number": Same as in the initial condition and indicating "Segmentation offset": Equal to the total size of previous segments and containing Payload: CVG SDU segment } }
|
8e90692f70e1e9a0f58f164e7ad90f06
|
104 047-2
|
7.3.5.3 Segmentation Indication 10
|
Field Description TP id DECTNR/CVG/SEG/03 Test objective Check that the IUT correctly sends the last segment of a CVG PDU Reference ETSI TS 103 636-5 [5], clause 6.2.7 Mode FT or PT Config IF Mode = FT THEN CF02 IF Mode = PT THEN CF03 PICS Selection pc_cvg_st2, pc_cvg_st3, pc_cvg_st4 Initial conditions with { IUT having sent a packet containing CVG PDU containing Data IE or Data EP IE indicating "SI": '01'b, or '11'b (Initial or intermediate segment) and indicating "Sequence Number": Any and containing Payload: CVG SDU segment } Expected behaviour ensure that { when { IUT has the last CVG SDU segment to be sent } then { IUT sends a CVG PDU containing Data IE or Data EP IE indicating "SI": '10'b ("Last segment") and indicating "Sequence Number": Same as in the initial condition and indicating "Segmentation offset": Equal to the total size of previous segments and containing Payload: CVG SDU segment with last octets of the SDU. } } ETSI ETSI TS 104 047-2 V1.1.1 (2025-10) 50
|
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