Sign In
Upload
Manuals
Brands
Tekelec Manuals
Gateway
IP7 Secure Gateway
Tekelec IP7 Secure Gateway Manuals
Manuals and User Guides for Tekelec IP7 Secure Gateway. We have
1
Tekelec IP7 Secure Gateway manual available for free PDF download: Administration Manual
Tekelec IP7 Secure Gateway Administration Manual (1070 pages)
IP7 Secure Gateway
Brand:
Tekelec
| Category:
Gateway
| Size: 8 MB
Table of Contents
Table of Contents
2
Chapter 1: Introduction
12
Overview
13
Scope and Audience
13
Manual Organization
13
Documentation Admonishments
14
Customer Care Center
14
Table 1: Admonishments
14
Emergency Response
17
Related Publications
17
Documentation Availability, Packaging, and Updates
17
Locate Product Documentation on the Customer Support Site
18
Maintenance and Administration Subsystem
18
EAGLE 5 ISS Database Partitions
20
Figure 1: EAGLE 5 ISS Database Partitions (Legacy Control Cards)
21
Figure 2: EAGLE 5 ISS Database Partitions (E5-Based Control Cards)
22
Chapter 2: IP7 Secure Gateway Overview
24
Introduction
25
Hardware, Applications, and Functions
25
IP Connections
26
Figure 3: SCTP Association Database Relationships
27
Table 2: Ethernet Interface and Signaling Link Combinations
28
Figure 4: IP Connections Using an EDCM or E5-ENET Card Running the Ipgwx Applications
29
Figure 5: Typical SCTP Association Configuration
30
Figure 6: IP Connections Using Ssedcms Running the Iplimx Applications
30
Figure 7: IP Connections Using E5-ENET Cards Running the Iplimx Applications
31
Table 3: Uni-Homed and Multi-Homed Node Combinations
32
Figure 8: Multi-Homed Associations on Edcms or E5-ENET Cards Running the Iplimx Applications
33
Figure 9: Multi-Homed Associations on Edcms or E5-ENET Cards Running the Ipgwx Applications
34
Figure 10: Multi-Homed Association Database Relationships
35
Point-To-Point Connectivity (IPLIM or IPLIMI Application)
37
Point-To-Multipoint Connectivity (SS7IPGW and IPGWI)
38
Figure 11: EAGLE 5 ISS Network (STP Connectivity Via MTP-Over-IP)
38
Figure 12: IP Network (SCP Connectivity Via TCAP-Over-IP)
39
Figure 13: IP Network (SEP Connectivity Via ISUP, Q.BICC, and TUP-Over-IP)
40
Table 4: SS7 Full Routing Keys Per Ipgwx Functionality
41
Table 5: Example SS7 Routing Key Table
42
Table 6: Routing Key Lookup Hierarchy
43
SNMP Agent Implementation
45
Table 7: SNMP Object Groups
45
Table 8: Deviations from SNMP Protocols
46
Mixed Networks Using the ANSI/ITU MTP Gateway Feature
47
Figure 14: Complex Network with ANSI, ITU-I, and ITU-N Nodes
49
Table 9: Nodes and Point Codes in Complex Network Example
49
IETF Adapter Layer Support
52
Overview
52
Figure 15: As/Association Relationship
53
Figure 16: SG/MGC/MG Network Diagram
53
Figure 17: Iplimx Protocol Stack with SCTP as the Transport Layer
54
Figure 18: Ipgwx Protocol Stack with SCTP as the Transport Layer
54
Figure 19: M2PA in the IP7 Signaling Gateway
56
Figure 20: SCTP Connectivity
59
Table 10: Sample SCTP Endpoints
60
Table 11: Sample SCTP Associations
61
Table 12: Sample SCTP Associations
61
IP Signaling Gateway (IPSG)
62
Figure 21: IP Signaling Gateway Database Relationships
64
Chapter 3: IETF M2PA Configuration Procedures
65
Adding IETF Iplimx Components
67
Adding an Iplimx Card
68
Table 13: Iplimx Card Types
68
Adding an Iplimx Signaling Link
75
Figure 22: Adding an Iplimx Card
75
Table 14: M2PA Iplimx Signaling Link Parameter Combinations
87
Figure 23: Adding an Iplimx Signaling Link
94
Configuring an IP Link
95
Table 15: Valid Subnet Mask Parameter Values
96
Adding an IP Host
114
Figure 25: Adding an IP Host
116
Configuring an IP Card
117
Figure 26: Configuring an IP Card
127
Adding an IP Route
128
Table 16: Sample IP Routing Table
128
Table 17: Valid Subnet Mask Parameter Values
129
Figure 27: Adding an IP Route
133
Adding an M2PA Association
134
Table 18: M2PA Association Fields and Default Values
134
Figure 24: Configuring an IP Link
138
Figure 47: Configuring an IP Link
138
Figure 28: Adding an M2PA Association
147
Activating the Large MSU Support for IP Signaling Feature
148
Figure 29: Activating the Large MSU Support for IP Signaling Feature
155
Removing IETF M2PA Components
156
Removing an Iplimx Card
156
Figure 30: Removing an Iplimx Card
158
Removing an Iplimx Signaling Link
159
Figure 31: Removing an Iplimx Signaling Link
168
Removing an IP Host Assigned to an Iplimx Card
169
Removing an IP Route
172
Figure 32: Removing an IP Host Assigned to an Iplimx Card
172
Figure 33: Removing an IP Route
175
Removing an M2PA Association
176
Changing IETF M2PA Components
178
Figure 34: Removing an M2PA Association
178
Changing the Attributes of an M2PA Association
179
Table 19: Change M2PA Association Parameters
179
Figure 35: Changing the Attributes of an M2PA Association
192
Changing the Buffer Size of a M2PA Association
193
Figure 36: Changing the Buffer Size of an M2PA Association
203
Changing the Host Values of a M2PA Association
204
Figure 94: Configuring an IP Link
208
Figure 37: Changing the Host Values of a M2PA Association
220
Changing the Link Value of a M2PA Association to Another Link Value on the same Iplimx Card
221
Figure 38: Changing the Link Value of a M2PA Association to Another Link Value on the same Iplimx Card
229
Configuring SCTP Retransmission Control for a M2PA Association
230
Figure 39: Configuring the SCTP Retransmission Control for a M2PA Association
236
Changing a M2PA Timer Set
237
Table 20: M2PA Timers
237
Figure 40: Changing an M2PA Timer Set
243
Changing the SCTP Checksum Algorithm Option for M2PA Associations
244
Figure 41: Changing the SCTP Checksum Algorithm Option for M2PA Associations
260
Turning off the Large MSU Support for IP Signaling Feature
261
Figure 42: Turning off the Large MSU Support for IP Signaling Feature
263
Chapter 4: IETF M3UA and SUA Configuration Procedures
264
Adding IETF M3UA and SUA Components
266
Adding an Ipgwx Card
267
Table 21: Ipgwx Card Types
268
Configuring an Ipgwx Linkset
276
Figure 43: Adding an Ipgwx Card
276
Table 22: Signaling Link Fair Share Example
278
Figure 44: Configuring an Ipgwx Linkset
303
Adding a Mate Ipgwx Linkset to Another Ipgwx Linkset
304
Figure 45: Adding a Mate Ipgwx Linkset to Another Ipgwx Linkset
317
Adding an Ipgwx Signaling Link
318
Table 23: Ipgwx Signaling Link Parameter Combinations
323
Figure 46: Adding an Ipgwx Signaling Link
331
Configuring an IP Link
332
Table 24: Valid Subnet Mask Parameter Values
333
Adding an IP Host
351
Figure 48: Adding an IP Host
353
Configuring an IP Card
354
Figure 49: Configuring an IP Card
364
Adding an IP Route
365
Table 25: Sample IP Routing Table
365
Table 26: Valid Subnet Mask Parameter Values
366
Figure 50: Adding an IP Route
370
Adding an M3UA or SUA Association
371
Table 27: M3UA and SUA Association Fields and Default Values
371
Figure 51: Adding an Ipgwx M3UA or SUA Association
380
Adding a New Association to a New Application Server
381
Table 28: Examples of Ipgwx Card Provisioning Limits
381
Figure 52: Adding a New Association to a New Application Server
389
Adding an Existing Association to a New Application Server
390
Table 29: Examples of Ipgwx Card Provisioning Limits
390
Figure 53: Adding an Existing Association to a New Application Server
400
Adding a New Association to an Existing Application Server
401
Table 30: Examples of Ipgwx Card Provisioning Limits
401
Figure 54: Adding a New Association to an Existing Application Server
412
Adding an Existing Association to an Existing Application Server
413
Table 31: Examples of Ipgwx Card Provisioning Limits
413
Figure 55: Adding an Existing Application to an Existing Application Server
423
Adding a Routing Key Containing an Application Server
424
Table 32: Service Indicator Text String Values
424
Table 33: Routing Key Parameter Combinations for Adding a Routing Key Containing an Application Server
426
Figure 56: Adding a Routing Key Containing an Application Server
443
Adding a Network Appearance
444
Figure 57: Adding a Network Appearance
449
Activating the Large MSU Support for IP Signaling Feature
450
Figure 58: Activating the Large MSU Support for IP Signaling Feature
457
Removing IETF M3UA and SUA Components
458
Removing an Ipgwx Card
458
Removing an Ipgwx Signaling Link
460
Figure 59: Removing an Ipgwx Card
460
Figure 60: Removing an Ipgwx Signaling Link
468
Removing a Mate Ipgwx Linkset from Another Ipgwx Linkset
469
Figure 61: Removing a Mate Ipgwx Linkset from Another Ipgwx Linkset
479
Removing an IP Host Assigned to an Ipgwx Card
480
Removing an IP Route
483
Figure 62: Removing an IP Host Assigned to an Ipgwx Card
483
Removing a M3UA or SUA Association
486
Figure 63: Removing an IP Route
486
Removing an Association from an Application Server
490
Figure 64: Removing a M3UA or SUA Association
490
Figure 65: Removing an Association from an Application Server
496
Removing a Routing Key Containing an Application Server
497
Table 34: Service Indicator Text String Values
497
Table 35: Routing Key Parameter Combinations for Removing Routing Keys
498
Figure 66: Removing a Routing Key Containing an Application Server
505
Removing a Network Appearance
506
Figure 67: Removing a Network Appearance
507
Changing IETF M3UA and SUA Components
508
Changing IP Options
508
Figure 68: Changing IP Options
511
Changing the Attributes of a M3UA or SUA Association
512
Table 36: Change M3UA and SUA Association Parameters
512
Figure 69: Changing the Attributes of a M3UA or SUA Association
529
Changing the Buffer Size of a M3UA or SUA Association
530
Figure 70: Changing the Buffer Size of an M3UA or SUA Association
540
Changing the Host Values of a M3UA or SUA Association
541
Table 37: Examples of Ipgwx Card Provisioning Limits
542
Figure 71: Changing the Host Values of a M3UA or SUA Association
556
Configuring SCTP Retransmission Control for a M3UA or SUA Association
557
Figure 72: Configuring SCTP Retransmission Control for a M3UA or SUA Association
565
Changing an Application Server
566
Figure 73: Changing an Application Server
570
Changing the CIC Values in an Existing Routing Key Containing an Application Server
571
Table 38: Service Indicator Text String Values
571
Table 39: Routing Key Parameter Combinations for Changing the Range of CIC Values in an Existing Routing Key
572
Table 40: Routing Key Parameter Combinations for Splitting the Range of CIC Values in
574
Figure 74: Changing the CIC Values in an Existing Routing Key Containing an
580
Changing the Routing Context Value in an Existing Routing Key
581
Table 41: Service Indicator Text String Values
581
Figure 75: Changing the Routing Context Value in an Existing Routing Key
587
Changing the SCTP Checksum Algorithm Option for M3UA and SUA Associations
588
Figure 76: Changing the SCTP Checksum Algorithm Option for M3UA and SUA Associations
607
Changing a UA Parameter Set
608
Table 42: Valid PVALUE Parameter Values if PARM=1
609
Table 43: Valid PVALUE Parameter Values if PARM=2
610
Table 44: Valid PVALUE Parameter Values if PARM=3
611
Table 45: Valid PVALUE Parameter Values if PARM=4
612
Turning the Large MSU Support for IP Signaling Feature off
619
Figure 77: Changing a UA Parameter Set
619
Figure 78: Turning the Large MSU Support for IP Signaling Feature off
622
Chapter 5: End Office Support
623
Overview
624
Table 46: Sample IPC Values
625
Figure 79: an EAGLE 5 ISS with End Office Support and VXI Node
628
Figure 80: Network before an EAGLE 5 ISS with End Office, Node P Is to Migrate
628
Figure 81: Network after an EAGLE 5 ISS with End Office, Node P Has Migrated
628
Figure 82: Original Network with Deployed EAGLE 5 ISS
629
Figure 83: New Network with an EAGLE 5 ISS Using End Office and End Node R
629
Figure 84: Network before Two Signaling End Points Migrate from PSTN to IP
630
Figure 85: Network after Two Signaling End Points Migrate from PSTN to IP
630
Figure 86: the EAGLE 5 ISS Simultaneously Acts as STP and End Office
631
Figure 87: Three Multiple-Element End Office Nodes
632
End Office Support Configuration
633
Figure 88: Mated Pair Supports Two End Office Nodes
633
Adding an End Node Internal Point Code
634
Removing an End Node Internal Point Code
637
Figure 89: Adding an End Node Internal Point Code
637
Figure 90: Removing an End Node Internal Point Code
640
Chapter 6: IPSG M2PA and M3UA Configuration Procedures
641
Adding IPSG Components
643
Adding an IPSG Card
644
Figure 91: Adding an IPSG Card
651
Adding an IPSG M2PA Linkset
652
Table 47: Signaling Link Fair Share Example
653
Figure 92: Adding an IPSG M2PA Linkset
670
Adding an IPSG M3UA Linkset
671
Table 48: Signaling Link Fair Share Example
672
Figure 93: Adding an IPSG M3UA Linkset
690
Configuring an IP Link
691
Table 49: Valid Subnet Mask Parameter Values
692
Adding an IP Host
710
Figure 95: Adding an IP Host
712
Configuring an IP Card
713
Figure 96: Configuring an IP Card
723
Adding an IP Route
724
Table 50: Sample IP Routing Table
724
Table 51: Valid Subnet Mask Parameter Values
725
Figure 97: Adding an IP Route
729
Adding an IPSG M2PA Association
730
Table 52: IPSG M2PA Association Fields and Default Values
730
Figure 98: Adding an IPSG M2PA Association
742
Adding an IPSG M3UA Association
743
Table 53: IPSG M3UA Association Fields and Default Values
743
Figure 99: Adding an IPSG M3UA Association
750
Adding an IPSG M2PA Signaling Link
751
Table 54: IPSG M2PA Signaling Link Parameter Combinations
763
Figure 100: Adding an IPSG M2PA Signaling Link
770
Adding an IPSG M3UA Signaling Link
771
Table 55: IPSG M3UA Signaling Link Parameter Combinations
786
Figure 101: Adding an IPSG M3UA Signaling Link
794
Adding a Network Appearance
795
Figure 102: Adding a Network Appearance
800
Activating the Large MSU Support for IP Signaling Feature
801
Figure 103: Activating the Large MSU Support for IP Signaling Feature
808
Removing IPSG Components
809
Removing an IPSG Card
809
Removing an IPSG Linkset
812
Figure 104: Removing an IPSG Card
812
Figure 105: Removing an IPSG Linkset
825
Removing an IP Host Assigned to an IPSG Card
826
Figure 106: Removing an IP Host Assigned to an IPSG Card
830
Removing an IP Route
831
Removing an IPSG Association
834
Figure 107: Removing an IP Route
834
Figure 108: Removing an IPSG Association
839
Removing an IPSG M2PA Signaling Link
840
Figure 109: Removing an IPSG M2PA Signaling Link
847
Removing an IPSG M3UA Signaling Link
848
Figure 110: Removing an IPSG M3UA Signaling Link
855
Removing a Network Appearance
856
Figure 111: Removing a Network Appearance
857
Changing IPSG Components
858
Changing an Iplimx Card to an IPSG Card
858
Figure 112: Changing Iplimx Card to IPSG Card
869
Configuring IP Options
870
Figure 113: Configuring IP Options
872
Configuring IPSG M3UA Linkset Options
873
Figure 114: Configuring IPSG M3UA Linkset Options
877
Changing an IPSG M2PA Linkset
878
Table 56: Signaling Link Fair Share Example
878
Figure 115: Changing an IPSG M2PA Linkset
894
Changing an IPSG M3UA Linkset
895
Table 57: Signaling Link Fair Share Example
896
Figure 116: Changing an IPSG M3UA Linkset
918
Changing the Attributes of an IPSG Association
919
Table 58: Change IPSG Association Parameters
919
Figure 117: Changing the Attributes of an IPSG Association
936
Changing the Buffer Size of an IPSG Association
937
Figure 118: Changing the Buffer Size of an IPSG Association
949
Changing the Host Values of an IPSG Association
950
Figure 119: Changing the Host Values of an IPSG Association
968
Configuring an IPSG Association for SCTP Retransmission Control
969
Figure 120: Configuring an IPSG Association for SCTP Retransmission Control
977
Changing the SCTP Checksum Algorithm Option for IPSG M2PA Associations
978
Figure 121: Changing the SCTP Checksum Algorithm Option for IPSG M2PA Associations
993
Changing the SCTP Checksum Algorithm Option for IPSG M3UA Associations
994
Figure 122: Changing the SCTP Checksum Algorithm Option for IPSG M3UA Associations
1008
Changing an M2PA Timer Set
1009
Table 59: M2PA Timers
1009
Figure 123: Changing an M2PA Timer Set
1015
Changing a UA Parameter Set
1016
Table 60: Valid PVALUE Parameter Values if PARM=1
1017
Table 61: Valid PVALUE Parameter Values if PARM=2
1018
Table 62: Valid PVALUE Parameter Values if PARM=3
1019
Table 63: Valid PVALUE Parameter Values if PARM=4
1020
Turning off the Large MSU Support for IP Signaling Feature
1027
Figure 124: Changing a UA Parameter Set
1027
Figure 125: Turning off the Large MSU Support for IP Signaling Feature
1030
Appendix A: Reference Information
1031
Requirements for EAGLE 5 Isss Containing more than 1200 Signaling Links
1032
Determining the Number of High-Speed and Low-Speed Signaling Links
1032
Enabling the Large System # Links Controlled Feature
1033
Figure 126: Enabling the Large System # Links Controlled Feature
1044
Glossary
1045
Advertisement
Advertisement
Related Products
Tekelec Eagle
Tekelec Categories
Server
Industrial Equipment
Gateway
Control Systems
Relays
More Tekelec Manuals
Login
Sign In
OR
Sign in with Facebook
Sign in with Google
Upload manual
Upload from disk
Upload from URL