YD/T 1576.21-2013 Test method of mobile station (including non UIM mobile station )for 800MHz/2GHz cdma2000 digital cellular mobile telecomunication network Part 21:protocol conformance test -Essential signalling (English Version)
Test method of mobile station (including non UIM mobile station )for 800MHz/2GHz cdma2000 digital cellular mobile telecomunication network Part 21:protocol conformance test -Essential signalling
1 Scope
This part specifies the basic signaling conformance test methods for mobile stations in the 800MHz/2GHz CDMA2000 digital cellular mobile communication network, including air interface test, basic call flow test, idle handoff test, handoff test, registration test, authentication test, service redirection testing, supplementary service test, forward compatibility test, and concurrent service test.
This standard is applicable to 800MHz/2GHz 2GHzCDMA2000 mobile communication terminals supporting CSIM/RUIM card (UIM Mobile Station) and not supporting CSIM/RUIM card (Non UIM Mobile Station) (hereinafter referred to “mobile terminal”). The CSIM/RUIM card includes those supporting UIMID and EUIMID.
2 Normative References
The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. For undated reference, the latest edition (including all the amendments) applies.
3GPP2 C.S0005-A CDMA2000 Upper Layer (Layer 3) Signaling Standard for CDMA2000 Spread Spectrum Systems
3 Abbreviations
For the purposes of this document, the following abbreviations apply.
... ...
... ...
4 General
Test shall be carried out in normal test environment which refers to a combination of various conditions defined below:
——temperature: 10℃~35℃;
——relative humidity: 5%~85%;
——power supply: nominal value given by the manufacturer;
——vibration: negligible;
——test frequency: general 283 channel or 384 channel can be adopted, or other frequencies also can be adopted.
See Figure 1 for the diagram for connection of the reference test environment and the instrument.
... ...
... ...
Instrument description: the main test instruments are CDMA air interface simulator (system simulator), fading simulator and interference noise generator. The CDMA air interface simulator (system simulator) mainly simulates the 800MHz/2GHz CDMA2000 lx network environment, including the entire switching and base station equipment. It simulates at least two base stations, one of which has two sectors; and it communicates with the MS under test as well as measures, records and analyzes signaling protocol of the MS. The fading simulator simulators various multi-path fading modes of RF channel. Interference noise generator produces interference and noise on RF channel.
Below are examples of parameters to be modified with respect to the mobile device under test:
As for non-UIM mobile device under test, corresponding parameters shall be modified with corresponding monitoring tools/programming tools according to specific requirements on the test items.
As for UIM mobile device under test, parameters may be modified with monitoring tools or by replacing the UIM card as required.
Unless otherwise specified, the test tolerance (including test equipment tolerance) is ±10%; Ior/Ioc is within ±0.1 dB of the specified value, and Ioc is within ±5 dB of the specified value.
Foreword i
1 Scope
2 Normative References
3 Abbreviations
4 General
5 Air Interface Test
5.1 Pilot PN Offset
5.2 Response of Mobile Terminal to the Lowest P_REV (MIN_P_REV)
5.3 Enhanced Access Test (Optional)
5.4 Synchronization Channel Support
5.5 Hash F-CCCH, F-CCCH Slot
5.6 CDMA Channel Hash on F-PCH Channel
5.7 CDMA Channel Hash on F-BCCH Channel
5.8 F-CCCH Channel Support (Optional)
5.9 Transmitting Data Bursts on F-CCCH or F-PCH Channels
5.10 Quick Paging Channel Configuration Change Indicator
5.11 Quick Paging Channel Configuration Change Indicator
5.12 Status Request Message Processing
6 Basic Call Flow Test
6.1 Forward Radio Link Failure
6.2 Test Service Options
6.3 EVRC-B Functional Test
6.4 Busy Tone
6.5 Mobile Terminal Response Re-command Tone
6.6 Mobile Terminal Operating in Slotted Mode
6.7 MSID, MCC and lMSI
6.8 Temporary Mobile Station Identity (TMSI) Assignment and Expiration
6.9 Dual Tone Multi-Frequency (DTMF)
6.10 Initial Service Configuration and Negotiation
6.11 Service Negotiation Request from System Simulator and Mobile Terminal (Successful Setting)
6.12 In The General Handoff Direction Message and the Universal Handoff Direction Message, Only the Service Configuration Record is Included, and there is no Non-negotiable Service Configuration Recordor Only the Non-Negotiable Service Configuration Recordis Included, and there is No Service Configuration Record.
6.13 Service Negotiation with Partial Service Configuration Records and/or Partial Non-negotiable Service Configuration Records
6.14 Access Channel Release Command
6.15 Service Configuration and Negotiation Using Stored Service Configuration Parameters
6.16 Channel assignment in the band
7 Idle Handoff Test
7.1 PCH Only Is Valid at Neighbor Base Station Simulator with NGHBR_CONFIG='000'
7.2 PCH Is Only Valid at Neighbor Base Station Simulator with NGHBR_CONFIG='001'
7.3 PCH is Only Valid at Neighbor Base Station Simulator with NGHBR_CONFIG='010'
7.4 The Configuration of the Neighbor Base Station Simulator is Unknown, NGHBR_CONFIG='011'
7.5 PCH+BCCH/FCCCH of the Neighbor Base Station Simulator is Valid, NGHBR_CONFIG='000' BCCH_IND_INCL='0'
7.6 PCH+BCCH/FCCCH of the Neighbor Base Station Simulator is Valid, NGHBR_CONFIG='001' BCCH_IND_INCL='0'
7.7 PCH+BCCH/FCCCH of the Neighbor Base Station Simulator is Valid, NGHBR_CONFIG='010' BCCH_IND_INCL='0'
7.8 PCH+BCCH/FCCCH of the Neighbor Base Station Simulator is Valid, NGHBR_CONFIG='000'
7.9 BCCH/FCCCH of Neighbor Base Station Simulator is Valid NGHBR_CONFIG='000'
7.10 BCCH/FCCCH of Neighbor Base Station Simulator is Valid NGHBR_CONFIG='010'
7.11 BCCH/FCCCH is Available in Neighbor Base Station Simulator, NGHBR_CONFIG='100'
7.12 PCH Only is Available in Neighbor Base Station Simulator, NGHBR_CONFIG=’001’
7.13 The Source Base Station Simulator Knows Nothing but the Pilot Channel of the Neighbor Base Station Simulator, NGHBR_CONFIG=‘011’
7.14 Search Window Size And Offset (Idle State)
8 Handoff Test
8.1 Soft Handoff with Dynamic Threshold
8.2 Soft Handoff without Dynamic Threshold
8.3 Soft Handoff during Link Failure
8.4 Search Window Size and Offset (Traffic State)
8.5 Hard Handoff between Frequencies in the Same Band Class
8.6 Hard Handoff with and without Return on Failure
8.7 Access Entry Handoff
8.8 Access Probe Handoff
8.9 Access Handoff
8.10 Channel Assignment into Soft Handoff
8.11 Traffic Channel Preamble during a Hard Handoff between Frequencies in the Same Band
8.12 Hopping Pilot Beacon
8.13 Hard Handoff between Frequencies with Different Radio Configurations
8.14 Handoff on Same Frequency with Different Radio Configurations
8.15 Hard Handoff While in the Waiting for Mobile Terminal Answer Substate
8.16 Inter-Frequency Hard Handoff (CDMA to CDMA)(Hard Handoff Supported by Mobile Terminal)
8.17 Hard Handoff between Frequencies with Different Protocol Revisions
9 Registration Test
9.1 Power-up Registration
9.2 Power-down Registration
9.3 Distance-based Registration
9.4 Time-based Registration
9.5 Parameter-change Registration
9.6 Zone-based Registration
10 Authentication Test
10.1 Initialization of Public Encrypted Data after A-Key Value Changes
10.2 Public Encrypted Data Update
10.3 A-Keys Values do not Match
10.4 Activate Voice Encryption during Call Setup
10.5 Activate the Voice Encryption Function during the Call.
10.6 Enable Signaling Message Encryption on the Forward Traffic Channel
10.7 Enable Signaling Message Encryption on the Reverse Traffic Channel
10.8 Authentication at the Start of the Call
11 Business Redirection Test (Optional)
11.1 Mobile Terminal Performs Global Service Redirection between Different Channels of the Same Band Class
11.2 Mobile Terminal Performs Global Service Redirection between Different Channels of the Same Band Class.
11.3 Mobile Terminal Performs Global Service Redirection between Different Channels of the Same Band Class.
12 Supplementary Service Test
12.1 Call Alert
12.2 Main Call Identification
12.3 Voice Mail Message Waiting Indication
12.4 Emergency Call Support for Mobile Terminals in Idle State
12.5 Emergency Call Support for Mobile Terminals in a Language Call State
12.6 Emergency Call Support for Mobile Terminals in Data Service Call State
12.7 WLL (Wireless Local Loop) Support (Optional)
12.8 WLL Call Waiting Indicator Support (Optional)
12.9 Transmission of Multi-Character Extension Display Record in the Feature Notification Message on the F-csch Channel
12.10 Transmission of Multi-character Extension Display Record on the F-dsch Channel
12.11 "+" Dialing Function Test
13 Forward Compatibility Test
13.1 Synchronization Channel
13.2 Paging Channel
13.3 Traffic Channel
13.4 Basic Broadcast Control Channel
13.5 Forward Public Control Channel
14 Concurrent Service Test (Optional)
14.1 The Mobile Terminal Initiates a Data Call While Maintaining a Voice or Remote Call
14.2 The System Simulator Initiates a Data Call While Maintaining a Voice or Remote Call
14.3 The Mobile Terminal Initiates a Voice Call While Maintaining a Data or Remote Call
14.4 The Mobile Terminal Receives a Voice Call While Maintaining a Data or Remote Call
14.5 At Concurrent Service, the Mobile Terminal Actively Releases the Call.
14.6 At Concurrent Service, the System Simulator Actively Releases Calls
14.7 At Concurrent Service, the System Simulator Actively Releases All Calls
14.8 Correct Handling of Call Control Signaling
14.9 The System Simulator Rejects the Call Initiated by the Mobile Terminal Through the Dedicated Channel
14.10 Enhanced Start-Up Timer is out of Time Before Receiving a System Simulator Response
14.11 The Mobile Terminal Cancels the Call Origination before Receiving the System Simulator Response
14.12 System Simulator does not Support Concurrent Services
14.13 The System Simulator Assigns an Incorrect Identification Number to the New Call
Standard
YD/T 1576.21-2013 Test method of mobile station (including non UIM mobile station )for 800MHz/2GHz cdma2000 digital cellular mobile telecomunication network Part 21:protocol conformance test -Essential signalling (English Version)
Standard No.
YD/T 1576.21-2013
Status
valid
Language
English
File Format
PDF
Word Count
82500 words
Price(USD)
3100.0
Implemented on
2013-6-1
Delivery
via email in 1 business day
Detail of YD/T 1576.21-2013
Standard No.
YD/T 1576.21-2013
English Name
Test method of mobile station (including non UIM mobile station )for 800MHz/2GHz cdma2000 digital cellular mobile telecomunication network Part 21:protocol conformance test -Essential signalling
1 Scope
This part specifies the basic signaling conformance test methods for mobile stations in the 800MHz/2GHz CDMA2000 digital cellular mobile communication network, including air interface test, basic call flow test, idle handoff test, handoff test, registration test, authentication test, service redirection testing, supplementary service test, forward compatibility test, and concurrent service test.
This standard is applicable to 800MHz/2GHz 2GHzCDMA2000 mobile communication terminals supporting CSIM/RUIM card (UIM Mobile Station) and not supporting CSIM/RUIM card (Non UIM Mobile Station) (hereinafter referred to “mobile terminal”). The CSIM/RUIM card includes those supporting UIMID and EUIMID.
2 Normative References
The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. For undated reference, the latest edition (including all the amendments) applies.
3GPP2 C.S0005-A CDMA2000 Upper Layer (Layer 3) Signaling Standard for CDMA2000 Spread Spectrum Systems
3 Abbreviations
For the purposes of this document, the following abbreviations apply.
... ...
... ...
4 General
Test shall be carried out in normal test environment which refers to a combination of various conditions defined below:
——temperature: 10℃~35℃;
——relative humidity: 5%~85%;
——power supply: nominal value given by the manufacturer;
——vibration: negligible;
——test frequency: general 283 channel or 384 channel can be adopted, or other frequencies also can be adopted.
See Figure 1 for the diagram for connection of the reference test environment and the instrument.
... ...
... ...
Instrument description: the main test instruments are CDMA air interface simulator (system simulator), fading simulator and interference noise generator. The CDMA air interface simulator (system simulator) mainly simulates the 800MHz/2GHz CDMA2000 lx network environment, including the entire switching and base station equipment. It simulates at least two base stations, one of which has two sectors; and it communicates with the MS under test as well as measures, records and analyzes signaling protocol of the MS. The fading simulator simulators various multi-path fading modes of RF channel. Interference noise generator produces interference and noise on RF channel.
Below are examples of parameters to be modified with respect to the mobile device under test:
As for non-UIM mobile device under test, corresponding parameters shall be modified with corresponding monitoring tools/programming tools according to specific requirements on the test items.
As for UIM mobile device under test, parameters may be modified with monitoring tools or by replacing the UIM card as required.
Unless otherwise specified, the test tolerance (including test equipment tolerance) is ±10%; Ior/Ioc is within ±0.1 dB of the specified value, and Ioc is within ±5 dB of the specified value.
Contents of YD/T 1576.21-2013
Foreword i
1 Scope
2 Normative References
3 Abbreviations
4 General
5 Air Interface Test
5.1 Pilot PN Offset
5.2 Response of Mobile Terminal to the Lowest P_REV (MIN_P_REV)
5.3 Enhanced Access Test (Optional)
5.4 Synchronization Channel Support
5.5 Hash F-CCCH, F-CCCH Slot
5.6 CDMA Channel Hash on F-PCH Channel
5.7 CDMA Channel Hash on F-BCCH Channel
5.8 F-CCCH Channel Support (Optional)
5.9 Transmitting Data Bursts on F-CCCH or F-PCH Channels
5.10 Quick Paging Channel Configuration Change Indicator
5.11 Quick Paging Channel Configuration Change Indicator
5.12 Status Request Message Processing
6 Basic Call Flow Test
6.1 Forward Radio Link Failure
6.2 Test Service Options
6.3 EVRC-B Functional Test
6.4 Busy Tone
6.5 Mobile Terminal Response Re-command Tone
6.6 Mobile Terminal Operating in Slotted Mode
6.7 MSID, MCC and lMSI
6.8 Temporary Mobile Station Identity (TMSI) Assignment and Expiration
6.9 Dual Tone Multi-Frequency (DTMF)
6.10 Initial Service Configuration and Negotiation
6.11 Service Negotiation Request from System Simulator and Mobile Terminal (Successful Setting)
6.12 In The General Handoff Direction Message and the Universal Handoff Direction Message, Only the Service Configuration Record is Included, and there is no Non-negotiable Service Configuration Recordor Only the Non-Negotiable Service Configuration Recordis Included, and there is No Service Configuration Record.
6.13 Service Negotiation with Partial Service Configuration Records and/or Partial Non-negotiable Service Configuration Records
6.14 Access Channel Release Command
6.15 Service Configuration and Negotiation Using Stored Service Configuration Parameters
6.16 Channel assignment in the band
7 Idle Handoff Test
7.1 PCH Only Is Valid at Neighbor Base Station Simulator with NGHBR_CONFIG='000'
7.2 PCH Is Only Valid at Neighbor Base Station Simulator with NGHBR_CONFIG='001'
7.3 PCH is Only Valid at Neighbor Base Station Simulator with NGHBR_CONFIG='010'
7.4 The Configuration of the Neighbor Base Station Simulator is Unknown, NGHBR_CONFIG='011'
7.5 PCH+BCCH/FCCCH of the Neighbor Base Station Simulator is Valid, NGHBR_CONFIG='000' BCCH_IND_INCL='0'
7.6 PCH+BCCH/FCCCH of the Neighbor Base Station Simulator is Valid, NGHBR_CONFIG='001' BCCH_IND_INCL='0'
7.7 PCH+BCCH/FCCCH of the Neighbor Base Station Simulator is Valid, NGHBR_CONFIG='010' BCCH_IND_INCL='0'
7.8 PCH+BCCH/FCCCH of the Neighbor Base Station Simulator is Valid, NGHBR_CONFIG='000'
7.9 BCCH/FCCCH of Neighbor Base Station Simulator is Valid NGHBR_CONFIG='000'
7.10 BCCH/FCCCH of Neighbor Base Station Simulator is Valid NGHBR_CONFIG='010'
7.11 BCCH/FCCCH is Available in Neighbor Base Station Simulator, NGHBR_CONFIG='100'
7.12 PCH Only is Available in Neighbor Base Station Simulator, NGHBR_CONFIG=’001’
7.13 The Source Base Station Simulator Knows Nothing but the Pilot Channel of the Neighbor Base Station Simulator, NGHBR_CONFIG=‘011’
7.14 Search Window Size And Offset (Idle State)
8 Handoff Test
8.1 Soft Handoff with Dynamic Threshold
8.2 Soft Handoff without Dynamic Threshold
8.3 Soft Handoff during Link Failure
8.4 Search Window Size and Offset (Traffic State)
8.5 Hard Handoff between Frequencies in the Same Band Class
8.6 Hard Handoff with and without Return on Failure
8.7 Access Entry Handoff
8.8 Access Probe Handoff
8.9 Access Handoff
8.10 Channel Assignment into Soft Handoff
8.11 Traffic Channel Preamble during a Hard Handoff between Frequencies in the Same Band
8.12 Hopping Pilot Beacon
8.13 Hard Handoff between Frequencies with Different Radio Configurations
8.14 Handoff on Same Frequency with Different Radio Configurations
8.15 Hard Handoff While in the Waiting for Mobile Terminal Answer Substate
8.16 Inter-Frequency Hard Handoff (CDMA to CDMA)(Hard Handoff Supported by Mobile Terminal)
8.17 Hard Handoff between Frequencies with Different Protocol Revisions
9 Registration Test
9.1 Power-up Registration
9.2 Power-down Registration
9.3 Distance-based Registration
9.4 Time-based Registration
9.5 Parameter-change Registration
9.6 Zone-based Registration
10 Authentication Test
10.1 Initialization of Public Encrypted Data after A-Key Value Changes
10.2 Public Encrypted Data Update
10.3 A-Keys Values do not Match
10.4 Activate Voice Encryption during Call Setup
10.5 Activate the Voice Encryption Function during the Call.
10.6 Enable Signaling Message Encryption on the Forward Traffic Channel
10.7 Enable Signaling Message Encryption on the Reverse Traffic Channel
10.8 Authentication at the Start of the Call
11 Business Redirection Test (Optional)
11.1 Mobile Terminal Performs Global Service Redirection between Different Channels of the Same Band Class
11.2 Mobile Terminal Performs Global Service Redirection between Different Channels of the Same Band Class.
11.3 Mobile Terminal Performs Global Service Redirection between Different Channels of the Same Band Class.
12 Supplementary Service Test
12.1 Call Alert
12.2 Main Call Identification
12.3 Voice Mail Message Waiting Indication
12.4 Emergency Call Support for Mobile Terminals in Idle State
12.5 Emergency Call Support for Mobile Terminals in a Language Call State
12.6 Emergency Call Support for Mobile Terminals in Data Service Call State
12.7 WLL (Wireless Local Loop) Support (Optional)
12.8 WLL Call Waiting Indicator Support (Optional)
12.9 Transmission of Multi-Character Extension Display Record in the Feature Notification Message on the F-csch Channel
12.10 Transmission of Multi-character Extension Display Record on the F-dsch Channel
12.11 "+" Dialing Function Test
13 Forward Compatibility Test
13.1 Synchronization Channel
13.2 Paging Channel
13.3 Traffic Channel
13.4 Basic Broadcast Control Channel
13.5 Forward Public Control Channel
14 Concurrent Service Test (Optional)
14.1 The Mobile Terminal Initiates a Data Call While Maintaining a Voice or Remote Call
14.2 The System Simulator Initiates a Data Call While Maintaining a Voice or Remote Call
14.3 The Mobile Terminal Initiates a Voice Call While Maintaining a Data or Remote Call
14.4 The Mobile Terminal Receives a Voice Call While Maintaining a Data or Remote Call
14.5 At Concurrent Service, the Mobile Terminal Actively Releases the Call.
14.6 At Concurrent Service, the System Simulator Actively Releases Calls
14.7 At Concurrent Service, the System Simulator Actively Releases All Calls
14.8 Correct Handling of Call Control Signaling
14.9 The System Simulator Rejects the Call Initiated by the Mobile Terminal Through the Dedicated Channel
14.10 Enhanced Start-Up Timer is out of Time Before Receiving a System Simulator Response
14.11 The Mobile Terminal Cancels the Call Origination before Receiving the System Simulator Response
14.12 System Simulator does not Support Concurrent Services
14.13 The System Simulator Assigns an Incorrect Identification Number to the New Call
