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IEEE 1904.1-Conformance01-2014

IEEE 1904.1-Conformance01-2014

$113.21

IEEE Standard for Conformance Test Procedures for Service Interoperability in Ethernet Passive Optical Networks, IEEE Std 1904.1(TM) Package A

Published By Publication Date Number of Pages
IEEE 2014 123
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New IEEE Standard – Active. This standard specifies a suite of conformance tests for system-level requirements of Ethernet Passive Optical Network (EPON) equipment, defined in IEEE 1904.1 Package A.

PDF Catalog

PDF Pages PDF Title
1 IEEE Std 1904.1 Conformance01-2014 Front cover
3 Title page
5 Important Notices and Disclaimers Concerning IEEE Standards Documents
8 Participants
10 Introduction
11 Contents
15 IMPORTANT NOTICE
1. Overview
1.1 Scope
1.2 Purpose
16 1.3 Mandatory and optional requirements
1.4 Test suite version and conformance test identifier
1.4.1 Major and minor conformance test suite versions
1.4.2 Conformance test identifier
1.4.3 Updating conformance test identifier and test suite version
17 1.5 Overview of clauses
18 2. Normative references
19 3. Definitions, acronyms, and abbreviations
3.1 Definitions
3.2 Acronyms and abbreviations
20 3.3 Package A organizationally unique identifier (OUI) value
21 4. Test equipment and test configuration
4.1 Functional requirements for test equipment
4.1.1 Introduction
4.1.2 Packet Analyzer
4.1.3 PON Protocol Analyzer
22 4.1.4 Packet Generator
4.1.4.1 Size of Ethernet frame
4.1.5 ODN
4.1.6 OLT Emulator
23 4.1.7 ONU Emulator
4.2 Test equipment configurations
4.2.1 Introduction
4.2.2 ONU under test, without Packet Generator/Analyzer
24 4.2.3 OLT under test, without Packet Generator/Analyzer
4.2.4 ONU under test, with Packet Generator/Analyzer
25 4.2.5 OLT under test, with Packet Generator/Analyzer
26 4.3 Frame flow configurations
29 5. Conformance map
5.1 Introduction
5.2 Mapping between IEEE 1904.1 Package A PICS for ONU and test cases
31 5.3 Mapping between IEEE 1904.1 Package A PICS for OLT and test cases
32 6. Common messages
6.1 Message and TLV primitives
6.1.1 Get_Request( TLV1,…, TLVn ) primitive
33 6.1.2 Get_Response( TLV1,…, TLVn ) primitive
6.1.3 Set_Request( TLV1,…, TLVn ) primitive
34 6.1.4 Set_Response( TLV1,…, TLVn ) primitive
6.1.5 TLV_Context( object, instance ) primitive
35 6.1.6 TLV_Attribute( attribute_id ) primitive
6.1.7 TLV_Action( action_id ) primitive
36 6.1.8 TLV_Attribute_Response( attribute_id, code ) primitive
6.1.9 TLV_Action_Response( action_id, code ) primitive
6.2 Group DCD messages
6.2.1 InformationExt() primitive
37 6.2.2 Information() primitive
38 6.2.3 TLV_ONU_ID( aOnuId ) primitive
6.2.4 TLV_ONU_Firmware(sBootVersion, sBootCrc, sFirmwareVersion, sFirmwareCrc ) primitive
6.2.5 TLV_Chipset_ID( sVendorId, sChipModel, sChipVersion ) primitive
39 6.2.6 TLV_LLID_Count( sBidirectional, sUnidirectional ) primitive
6.3 Group RF messages
6.3.1 MPCP_GATE() primitive
40 6.3.2 Discovery_MPCP_GATE() primitive
6.3.3 MPCP_REPORT() primitive
41 6.4 Group SU messages
6.4.1 eOAM_WR() primitive
6.4.2 eOAM_FTA( block, code ) primitive
42 6.4.3 eOAM_FTD( block ) primitive
6.5 Group UTM/TTM and UVM/TVM messages
6.5.1 Clause_Value( field, value ) primitive
43 6.5.2 Clause_Exists( field, flag ) primitive
6.5.3 Result_Insert( field, value ) primitive
44 6.5.4 Result_Remove( field ) primitive
6.5.5 Result_Object_Queue( type, instance, queue ) primitive
6.5.6 Result_Forward() primitive
45 6.5.7 TLV_Rule( precedence, Clause1[…],…, ClauseN[…], Result1[…],…, ResultM[…] ) primitive
6.5.8 TLV_Add_MAC_Dynamic( MAC1,…, MACn ) primitive
46 6.5.9 TLV_Add_MAC_Static( MAC1,…, MACn ) primitive
6.5.10 TLV_Dynamic_MAC_Address_Age( age ) primitive
6.5.11 TLV_MAC_Address_Max_Count( count ) primitive
47 6.5.12 TLV_Admission_Control( action ) primitive
48 7. ONU tests
7.1 Introduction
7.2 Common ONU requirements
7.3 Group DCD: Device and capability discovery
7.3.1 AU-DCD1-01, Test case for eOAM and capability discovery process, successful discovery
7.3.1.1 Test description
7.3.1.2 Required equipment and test configuration
7.3.1.3 Test procedure and expected results
50 7.3.2 AU-DCD4-01, Test case for eOAM discovery process, keep-alive process
7.3.2.1 Test description
7.3.2.2 Required equipment and test configuration
7.3.2.3 Test procedure and expected results
52 7.4 Group RF: REPORT MPCP format
7.4.1 AU-RF0b-01, Test case for REPORT MPCPDU format for ONU
7.4.1.1 Test description
7.4.1.2 Required equipment and test configuration
7.4.1.3 Test procedure and expected results
53 7.5 Group SU: Software update
7.5.1 Software images
54 7.5.2 AU-SU1-01, Test case for software image download process, successful software image download and verification
7.5.2.1 Test description
7.5.2.2 Required equipment and test configuration
7.5.2.3 Test procedure and expected results
57 7.5.3 AU-SU1-05, Test case for software image download process, software image verification error in VERIFY_IMAGE state
7.5.3.1 Test description
58 7.5.3.2 Required equipment and test configuration
7.5.3.3 Test procedure and expected results
7.6 Group UTM: ONU tunneling modes
7.6.1 AU-UTM2-01, Test case for tunneling mode support, one mode per UNI, Transport Mode, upstream direction
7.6.1.1 Test description
7.6.1.2 Required equipment and test configuration
59 7.6.1.3 Test procedure and expected results
61 7.6.2 AU-UTM2-02, Test case for tunneling mode support, one mode per UNI, Transport Mode, downstream direction
7.6.2.1 Test description
62 7.6.2.2 Required equipment and test configuration
7.6.2.3 Test procedure and expected results
64 7.6.3 AU-UTM3-01, Test case for tunneling mode support, one mode per UNI, encapsulation mode, upstream direction
7.6.3.1 Test description
7.6.3.2 Required equipment and test configuration
66 7.6.3.3 Test procedure and expected results
69 7.6.4 AU-UTM3-02, Test case for tunneling mode support, one mode per UNI, encapsulation mode, downstream direction
7.6.4.1 Test description
7.6.4.2 Required equipment and test configuration
70 7.6.4.3 Test procedure and expected results
73 7.7 Group UVM: ONU VLAN modes
7.7.1 AU-UVM2-01, Test case for Transport PB VLAN mode, upstream direction
7.7.1.1 Test description
7.7.1.2 Required equipment and test configuration
75 7.7.1.3 Test procedure and expected results
77 7.7.2 AU-UVM2-02, Test case for Transport PB VLAN mode, downstream direction
7.7.2.1 Test description
7.7.2.2 Required equipment and test configuration
7.7.2.3 Test procedure and expected results
80 7.7.3 AU-UVM3-01, Test case for encapsulation PB VLAN mode, upstream direction
7.7.3.1 Test description
7.7.3.2 Required equipment and test configuration
81 7.7.3.3 Test procedure and expected results
83 7.7.4 AU-UVM3-02, Test case for encapsulation PB VLAN mode, downstream direction
7.7.4.1 Test description
7.7.4.2 Required equipment and test configuration
84 7.7.4.3 Test procedure and expected results
87 7.7.5 AU-UVM1-01, Test case for PB VLAN mode, UNI operates in only one PB VLAN mode at any time, upstream direction
7.7.5.1 Test description
7.7.5.2 Required equipment and test configuration
7.7.5.3 Test procedure and expected results
91 7.7.6 AU-UVM1-02, Test case for PB VLAN mode, UNI operates in only one PB VLAN mode at any time, downstream direction
7.7.6.1 Test description
7.7.6.2 Required equipment and test configuration
7.7.6.3 Test procedure and expected results
94 7.7.7 AU-UVM4-01, Test case for MAC-Source-Address‐based admission control, upstream control, static configuration
7.7.7.1 Test description
95 7.7.7.2 Required equipment and test configuration
7.7.7.3 Test procedure and expected results
99 8. OLT tests
8.1 Introduction
8.2 Group DCD: Device and capability discovery
8.2.1 AT-DCD3-01, Test case for eOAM discovery process, successful discovery
8.2.1.1 Test description
8.2.1.2 Required equipment and test configuration
8.2.1.3 Test procedure and expected results
101 8.2.2 AT-DCD2-01, Test case for eOAM discovery process, failed discovery and ONU deregistration
8.2.2.1 Test description
102 8.2.2.2 Required equipment and test configuration
8.2.2.3 Test procedure and expected results
103 8.2.3 AT-DCD4-01, Test case for eOAM discovery process, keep-alive process
8.2.3.1 Test description
8.2.3.2 Required equipment and test configuration
8.2.3.3 Test procedure and expected results
104 8.3 Group SU: Software update
8.3.1 Software images
8.3.2 AT-SU1-01, Test case for software image download process, successful software image download and commitment
8.3.2.1 Test description
8.3.2.2 Required equipment and test configuration
105 8.3.2.3 Test procedure and expected results
106 8.3.3 AT-SU1-02, Test case for software image download process, timeout conditions
8.3.3.1 Test description
8.3.3.2 Required equipment and test configuration
8.3.3.3 Test procedure and expected results
109 8.4 Group TTM: OLT tunneling modes
8.4.1 AT-TTM1-01, Test case for tunneling mode support, transport and encapsulation modes, upstream direction
8.4.1.1 Test description
8.4.1.2 Required equipment and test configuration
110 8.4.1.3 Test procedure and expected results
113 8.4.2 AT-TTM1-02, Test case for tunneling mode support, one mode per UNI, transport and encapsulation modes, downstream direction
8.4.2.1 Test description
8.4.2.2 Required equipment and test configuration
114 8.4.2.3 Test procedure and expected results
117 8.5 Group TVM: OLT VLAN modes
8.5.1 AT-TVM2-01, Test case for transport and encapsulation PB VLAN modes, upstream direction
8.5.1.1 Test description
118 8.5.1.2 Required equipment and test configuration
119 8.5.1.3 Test procedure and expected results
120 8.5.2 AT-TVM2-02, Test case for transport and encapsulation PB VLAN modes, downstream direction
8.5.2.1 Test description
8.5.2.2 Required equipment and test configuration
8.5.2.3 Test procedure and expected results
123 Back cover

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