List of Figures

1-1 EAGLE Database Partitions (E5-Based Control Cards)
2-1 Mixed Network with ANSI, ITU-I, and ITU-N Nodes
2-2 Changing the Format of an ITU National Point Code
2-3 Network Example #1
2-4 Network Example #2
2-5 Network for Conversion
2-6 Context of the Proxy Point Code in the Network
2-7 Changing the Proxy Point Code Quantity
2-8 Changing the DPC Quantity
2-9 Activating the ITU National and International Spare Point Code Support Feature
2-10 Example of an Existing Network that is not using the ITU National and International Spare Point Code Support Feature
2-11 Stage One - ITU National and International Spare Point Code Support Feature Provisioned on All Nodes
2-12 Stage Two - All Traffic Merged onto a Third Linkset
2-13 Stage Three - All Traffic Merged onto Linkset LS9
2-14 Replacing the First STP Pair
2-15 Replacing a Second STP Pair
2-16 Multiple Linkset Example
2-17 Adding a Secondary Point Code
2-18 Removing a Secondary Point Code
2-19 Adding a Point Code to the Self-Identification of the EAGLE
2-20 Changing the Self-Identification of the EAGLE
2-21 Cluster Routing and Management Diversity
2-22 Cluster Management
2-23 Home Cluster Example
2-24 Nested Cluster Routing Sample Configuration
2-25 Adding a Cluster Point Code
2-26 Changing the Attributes of a Cluster Point Code
2-27 Example of Network Routing Reliability
2-28 Potential Routing Network Failure
2-29 Adding a Network Routing Point Code
2-30 Adding a Destination Point Code
2-31 Removing a Destination Point Code
2-32 Changing a Destination Point Code
2-33 Changing the Group Code Assigned to a 14-Bit ITU National Point Code
3-1 Adding a SS7 Linkset
3-2 ITU ISUP Routing Label with CIC
3-3 Example of Bit Rotation
3-4 SLS creation Using “Other CIC Bit”
3-5 Verifying the Gateway Screening Configuration for a Linkset
3-6 Configuring the MTP Restart Feature
3-7 Configuring the 5-Bit to 8-Bit SLS Conversion Feature
3-8 Using Proxy Point Codes and Secondary Point Codes when Adding a Linkset
3-9 Activating the SLS Bit Rotation by Incoming Linkset Feature
3-10 Configuring the RSLS8 Value for ANSI Linksets
3-11 Removing a Linkset Containing SS7 Signaling Links
3-12 Changing an SS7 Linkset
3-13 Verifying the New Adjacent Point Code or New Secondary Point Code for a Linkset
3-14 Using the MULTGC Parameter when Changing the Attributes of a Linkset
3-15 Configuring an ITU Linkset with a Secondary Adjacent Point Code (SAPC)
3-16 Adding an SS7 Signaling Link
3-17 Removing an SS7 Signaling Link
3-18 Adding a Route Containing an SS7 DPC
3-19 Adding a Route Containing a Cluster Point Code
3-20 Adding a Route Containing an IPGWx Linkset
3-21 Removing a Route
3-22 Changing a Route
3-23 Changing Level 2 Timers
3-24 Changing Level 3 Timers
3-25 Changing a Signaling Link Test Message
3-26 Configuring Circular Route Detection
3-27 Configuring the TFA/TFR Pacing Rate
3-28 Configuring the Frequency of RST Messages on Low Priority Routes
3-29 Adding Remote Loopback Points
3-30 Removing Remote Loopback Points
3-31 Changing Remote Loopback Points
3-32 Random SLS Mapping to a Combined Linkset
3-33 Random SLS Mapping to a Single Linkset
3-34 Configuring the System for Random SLS Generation
3-35 Configuring the Options for the TDM Global Timing Interface
3-36 Configuring the Restricted Linkset Option
3-37 Configuring the Options for Handling TFCs on ITU-I and ITU-N Networks
3-38 Changing the High-Capacity Card Temperature Alarm Thresholds
3-39 ISDN User Part Message Parts
3-40 Activating the Origin-Based MTP Routing - Sheet 1 of 4 Feature
3-41 Activating the Origin-Based MTP Routing - Sheet 2 of 4
3-42 Activating the Origin-Based MTP Routing - Sheet 3 of 4
3-43 Activating the Origin-Based MTP Routing - Sheet 4 of 4
3-44 Configuring the Origin-Based MTP Routing SCCP OPC Option
3-45 Adding an Exception Route Entry
3-46 Removing a Route Exception Entry
3-47 Changing a Route Exception Entry
3-48 Activating the Circular Route Auto-Recovery Feature
3-49 Turning Off the Circular Route Auto-Recovery Feature
3-50 Activating the Enhanced Far-End Loopback Detection Feature
3-51 Turning Off the Enhanced Far-End Loopback Detection Feature
3-52 Activating the Multiple Linksets to Single Adjacent PC (MLS) Feature
3-53 Configuring the ITU Linkset NI Mapping Options
3-54 Configuring the Option for Handling Message Priorities for Messages Crossing into ITU-I and ITU-N Networks
3-55 Activating the 6-Way Loadsharing on Routesets Feature
4-1 Changing the Point Code and CIC Translation Quantity
4-2 Adding a Point Code and CIC Translation Entry
4-3 Removing a Point Code and CIC Translation Entry
4-4 Configuring the Point Code and CIC Translation STP Option
4-5 Configuring the Point Code and CIC Translation Linkset Option
A-1 E1/T1 MIM Block Diagram
A-2 E5-E1T1-B Block Diagram
A-3 Channel Bridging
A-4 Adding a LIM-E1 Card
A-5 Removing a LIM-E1 Card
A-6 Adding Channelized and non-Channel Bridged E1 Ports
A-7 Adding Channel Bridged E1 Ports
A-8 Adding Unchannelized E1 Ports
A-9 Removing the E1 Interface Parameters
A-10 Changing the Attributes of a Channelized E1 Port
A-11 Changing the Attributes of an Unchannelized E1 Port
A-12 Making a Channel Bridged E1 Port from a Channelized E1 Port
A-13 Making a Non-Channel Bridged E1 Port from a Channel Bridged E1 Port
A-14 Adding an E1 Signaling Link
B-1 E1/T1 MIM Block Diagram
B-2 HC MIM or E5-E1T1 Block Diagram
B-3 Channel Bridging
B-4 Adding a LIM-T1 Card
B-5 Removing a LIM-T1 Card
B-6 Adding Channelized and non-Channel Bridged T1 Ports
B-7 Adding Channel Bridged T1 Ports
B-8 Adding Unchannelized T1 Ports
B-9 Removing the T1 Interface Parameters
B-10 Changing the Attributes of a Channelized T1 Port
B-11 Changing the Attributes of an Unchannelized T1 Port
B-12 Making a Channel Bridged T1 Port from a Channelized T1 Port
B-13 Making a Non-Channel Bridged T1 Port from a Channel Bridged T1 Port
B-14 Adding a T1 Signaling Link
C-1 High-Speed Link Protocol Model for CCS Network Elements
C-2 ATM High-Speed Signaling Link Protocol Stack vs. Oracle Implementation in the EAGLE
C-3 Frame Formats for High-Speed and Low-Speed Signaling Link Protocol Stacks
C-4 ATM Protocol Encapsulation
C-5 Functional Block Diagram of ATM High-Speed Signaling Link
C-6 E1 Frame Structure
C-7 CRC-4 Multiframe Structure
C-8 ATM Cell Mapping into E1 Frames
C-9 ANSI ATM High-Speed Signaling Link Loopback Support
C-10 E1 ATM High-Speed Signaling Link Loopback Support
C-11 Adding an ATM High-Speed LIM
C-12 Changing the Three Links per E5-ATM Card Quantity
C-13 Adding an ATM High-Speed Signaling Link
C-14 Changing an ATM High-Speed Signaling Link Parameter Set