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E
E-ONE 120 Ohm I/O Card - Model No. EXS-EIO-1000
Cabling
Compliance
Configuration Information
Description
E-ONE 16 Span 120 Ohm I/O Pinout
Front and Side Views
Placement
Related Products
Specifications
E-ONE 120 Ohm Red I/O Card - Model No. EXS-EIO-1200
Active or Switchover Mode
Compliance
Configuration Information
Controls and Indicators
Description
E-ONE 16 Span 120 Ohm Redundant I/O Pinout
Flow of Voice and Data in Active and Switchover Modes
Front and Side Views
Placement
Related Products
Specifications
E-ONE 120 Ohm Standby I/O Card - Model No. EXS-EIO-1300
Active or Switchover Mode
Configuration Information
Controls and Indicators
Description
Flow of Voice and Data in Active and Switchover Modes
Front and Side Views
Placement
Related Products
Specifications
E-ONE 16 Span 120 Ohm I/O Pinout
E-ONE 16 Span 120 Ohm Redundant I/O Pinout
E-ONE 75 Ohm I/O Card - Model No. EXS-EIO-1010
Cable
Compliance
Configuration Information
Description
Front and Side Views
Placement
Related Products
Specifications
E-ONE 75 Ohm Red I/O Card - Model No. EXS-EIO-1210
Cable
Compliance
Configuration Information
Description
Front and Side Views
Placement
Related Products
Specifications
E-ONE 75 Ohm Standby I/O Card - Model No. EXS-EIO-1310
Active or Switchover Mode
Configuration Information
Controls and Indicators
Description
Front and Side Views
Placement
Related Products
Specifications
E-ONE card
E-ONE Card
Compliance
Configuration Information
Controls and Indicators
Description
DIP Switch SW1
DIP Switch SW2
Front and Side Views
Function
Jumpers
Placement
Related Products
Specifications
E-ONE Card - See Model Numbers
E-ONE Card Models
E1
E1
Basics of SS7
Fault Tolerance through Redundancy
Glossary
atomic functions
dial pulse address signaling
events
see also E-ONE card
E1 Atomic Functions
3
3PPL OUTP Next Non-Compelled FWD R2 Sig w/o Blocking
Allocate a FWD R2 Digit Buffer
Allocate a FWD R2 Digit Buffer for Current Stage
Cancel Announcement
Cancel Call Progress Analysis
Cancel CPC Detection
Cancel Outpulse Dial Pulse Digits
Cancel Outpulsing Digits
Cancel R2 Reception
Cancel Tone
Change PPL Protocol
Clear Stage/FWD Digit Count
Collect DTMF Digits
Collect MFR1 Digits
Connect Chained Recorded Announcement (GPR)
Connect Chained Recorded Announcement with Start Event (GPR)
Connect Chained Recorded Announcement with Termination Event (GPR)
Connect Recorded Announcement (Announcement ID)
Connect Recorded Announcement (Config Byte)
Connect Recorded Announcement (GPR)
Connect Recorded Announcement (GPR/Config Byte)
CPC Detection
Decrement FWD R2 Transmit Digit Counter by 2
Decrement FWD R2 Transmit Digit Counter by 3
E1PPL Attach MFCR2 Reciever (1 - Forward, 2 - Backward)
E1PPL Attach MFR1 Digit Receiver (Get Stage # From Next Instr)
E1PPL Outpulse MFR1 digits in IFB mode
Enable CAS ABCD Bit Line Signaling Scanning
Generate Dialtone
Generate Tone
Ignore PPL Event
Increment FWD R2 Transmit Digit Counter by 1
Increment Instruction Index
Increment Receive FWD R2 Digit Counter
Initiate a Channel Purge
L3 PPL Send L5 Event Indication with General Purpose Register Value
L3PPL OUTP Next Non-Compelled FWD R2 Sig w/o Blocking
L3PPL OUTP Non-Compelled BWD R2 Sig in Inseize Instruction
L3PPL OUTP Non-Compelled R2 Sig w/o Blocking
L3PPL Outpulse DP from fwd xmit ctr in General Purpose Register
L3PPL Outpulse Single MFR1 Digit
L3PPL Send a Setup Indication to Layer 4
L3PPL Setup Non-Compelled FWD R2 Digit Reception
L3PPL Setup Non-Compelled R2 Digit Reception for Fixed Digits
L3PPL Setup Non-Compelled R2 Digit Reception Indefinitely
L3PPL Store digit at fwd xmit ctr in General Purpose Register
L3PPL Store Digit Received in General Purpose Register
L3PPL Store General Purpose Register in Stage at FWD Xmt Dig Ctr
L3PPL Test if Current Xmit Digit Ctr = Stage Digit Count
Outpulse BWD Compelled R2 Signal
Outpulse BWD Pulsed R2 Signal
Outpulse BWD R2 Signal in Compelled Mode
Outpulse BWD R2 Signal in Compelled Mode/Generate Completion (Using GPR)
Outpulse BWD R2 Signal in Compelled Mode/Generate Completion Event
Outpulse BWD R2 Signal in Compelled or Pulsed Mode
4 E1 Atomic Functions
4 E1 Atomic Functions
Outpulse BWD R2 Signal in Forced Pulsed Mode
Outpulse Dial Pulse Digits from Outseize Control Instruction
Outpulse Dial Pulse Digits from Outseize Control Instruction for Stage Indicated
Outpulse DTMF Digits
4 E1 Atomic Functions
4 E1 Atomic Functions
Outpulse DTMF Digits for Stage Indicated in Outseize Control Instruction
Outpulse FWD R2 Signal in Compelled Mode
Outpulse MFR1 Digits
4 E1 Atomic Functions
4 E1 Atomic Functions
Outpulse MFR1 Digits for Stage Indicated in Outseize Control Instruction
Outpulse Next FWD Compelled R2 Signal
Report Call Progress Analysis Result from Atomic Function 151 to the Host
Report Call Progress Analysis Result to the Host
Reset FWD R2 Receive Digit Counter
Reset FWD R2 Receive Digit Counter for Current Stage
Reset FWD R2 Transmit Digit Counter to 1
Reset Instruction Index
Restore Channel’s Preconfigured PPL Protocol
Return Config
Return Inpulsing Signaling Type
Send a Busied Out Message to Layer 4
Send a Call Processing Event Message with Event ID
Send a DISCONNECT message to Layer 4
Send a Q.931 ALERTING Message to Layer 4
Send a Q.931 CLEAR ACK to Layer 4
Send a Q.931 CONNECT Message to Layer 4
Send a Q.931 SETUP INDICATION to Layer 4
Send a Q.931 SETUP INDICATION to Layer 4 with Address Data
Send an Access Denied Message to Layer 4
Send an In Service Message to Layer 4
Send an Out of Service (No Reason) Message to Layer 4
Send Call Processing Event /Digits Message
Send Call Processing Event/Digit With Timing Information Message
Send DSP Service Request to Collect Individual Digits
Send DSP Service Request to Collect Individual Digits/Make Matrix Slave (Addr Sig Type)
Send Inseize Control or Outseize Control Response to the Host
Send L4 Out of Service/Blocked
Send Layer 4 a Call Processing Event message from Call Control Instruction
Send Layer 4 a Call Processing Event/Digits Message
Send Layer 4 a Flash Event Notification
Send Layer 5 a Call Processing Event Message
Send PPL Event Indication Message to the Host
Send PPL Event Indication Message to the Host with GPR Value
Send PPL Event Request ACK to Host
Send Request To Do Call Progress Analysis (Class From Arg1)
Send Request To Do Call Progress Analysis (Class from Outseize Control Message)
Send Request To Do Call Progress Analysis For Class 0 (North American)
Set BWD R2 Signal Event Bit
Set Call Control Instruction Index to Host Value
Set GPR to # of Digits Received in Stage
Set Receive Stage Status (Minimum Software Version
4.1)
Setup for BWD Compelled R2 Reception
Setup for Dial Pulse Reception
Setup for Dial Pulse Reception with Inseize Control Instruction
Setup for DTMF Reception
Setup for DTMF Reception with Inseize Control Instruction
Setup for FWD Compelled R2 Reception
Setup for MFR1 Reception
Setup for MFR1 Reception with Inseize Control Instruction
Setup Host Call Processing Event/Digits
Store BWD R2 Signal as Event
Store Digit Collection Status
Store Digits
4 E1 Atomic Functions
4 E1 Atomic Functions
Store Digits Received in GPR
Store FWD R2 Signal
Store FWD Transmit Digit Counter Value in GPR
Store GPR Value in FWD Transmit Digit Counter
Store L4 Inseize/Outseize ICBsr
Store Received Digit in GPR
Store Single Digit in Stage
T1PPL Attach MFR1 Digit Receiver (Get Stage # From Current Instr)
Test Address Signaling Type of Outpulse Stage N Address Data for Current Stage
4 E1 Atomic Functions
4 E1 Atomic Functions
Test Address Signaling Type of Stage N Inpulsing Parameters
Test Call Progress Analysis Result and Set up Internal Event
Test Current Inseize Control Instruction
Test Current Outseize Control Instruction
Test For FWD Receive Digit Counter Value in Range
Test for Host Outseize Control Instructions
Test for Outpulsing Data ICB
4 E1 Atomic Functions
4 E1 Atomic Functions
Test for Outseize Control ICB Buffer
Test for Prior Sending of Layer 3 to Layer 4 SETUP INDICATION
Test if Current FWD Digit Count <>== Stage Digit Count
Test if Current FWD Digit Count > Stage Digit Count
Test If Digit Count == 0xFF
Test if FWD Stage Digit Count == 0
Test Inseize Control Generate Call Processing Event Instruction
Test Next Inseize Control Instruction
Test Next Inseize Control Instruction for Address Signaling Type
Transfer Remaining Digits
Transmit Default Idle Line Signaling
Transmit Line Signaling
Update Timeout Status
Use Instructions in Inseize Control or Outseize Control message
Use Pre-programmed Inseize Instruction List
Use Pre-programmed Outseize Instruction List
E1 Call Flows
Inpulsing Parameters
E1 Call Flows
E1 Call Flows
Inseize Control Instructions
E1 Call Flows
E1 Call Flows
Inseize Message For MFR2 with Called Party and Category
Inseize Message For MFR2 with Called Party, Calling Party, and Category
Outbound - Outseize Control for MFR2 with Called Party, Calling Party and Category Example
Outseize Message for MFR2 Signaling with Called Party Only (Network)
E1 PPL Component Information (0x0001)
E1 Timers
Ear
Early Media
Inbound Call - Initiated by Host
Outbound Calls
Summary of Implementation
Echo Cancellation
Viewing a DSP Series 2 Card
Viewing a DSP Series 2 Plus Card
Voice Attributes
Voice Attributes
Editing Fields in Configuration File on Solaris SPARC
Editing Fields in Configuration File on Windows
Editing the Configuration Table Entries
Effect of Adaptation Rate on Jitter Buffer Delay
Electrical Specifications
Electromagnetic Interference
Electrostatic discharge protection
Emissions
Canadian Compliance Summary
European Compliance Summary
US Compliance Summary
enable
ISUP Remote Control
EnableTracing()
Parameters
Return Values
Syntax
Enabling Congestion Control
Enabling Congestion Control for BT IUP
Congestion Control Implementation Can be Changed
Enabling Congestion Control
Switch Response to Congestion Level 1
Switch Response to Congestion Level 2
Enabling Internal Routing for Incoming Calls
Enabling SwitchKit to Run as a Service
Enabling UPDF TLVs per Call
Received RFS message with UPDF encoded data
Route Control message from the host
VoIP Configure message
End
End-to-End Solution
End User Signaling
Inter-Exchange Signaling
Primary Rate Interface
Endpoint
Energy detection
Energy Detection
Energy Detection
configuring
Configuring Energy Detection
Energy Detection
interactive
Energy Detection
Energy Detection
Invoking Energy Detection
Energy Detection
Digit Collection
Energy Detection
Detection Methods
Energy Detection as Call Progress Analysis
Interactive Energy Detection
Energy Detection
Invoking Energy Detection
Energy Detection as Call Progress Analysis
Changing Mode Parameters
Configuring Energy Detection
T.30 Fax
Specifying Scan Duration
Enhanced Ring Fault Tolerance
Diagnostics
Fault Detection and Switchover
Features
Passive Addition Process
Ring Controller State Machine
SRR Configuration
Enhanced Ring Fault Tolerance Features
Debugging Capabilities
EXNET Live Node Insertion (Passive Addition)
Failure Processing
Mastership Re-Arbitration Logic
Real-time Software Link Validation
Single Ring Redundancy (SRR) with Seamless Switchover
Enhancements to Matrix Host Link Failure Handling
Environment Variables List
SK_APP_DISABLED_TIMEOUT
SK_AUTO_RETURN_CHANNELS
SK_BACKUP_WHEN_CLEARLOG
SK_CHANNEL_RECOVERY_METHOD
SK_DISABLE_CSM
SK_DISABLE_PPL_EVENT_LOGGING
SK_DISPLAY_CONNECTION_COUNT
SK_FILE_CLOSEOUT_HOUR
SK_FILE_EXPIRE_ALL_AT_ONCE
SK_FILE_LIFETIME
SK_FILE_MAX_SIZE
SK_HANDLER_BEHAVIOR
SK_LIB_DIR
SK_LLC_HOST
SK_LLC_PORT
SK_LLC_RETRY_DELAY
SK_LOG_DIR
SK_LOG_LEVEL
SK_NO_DEFAULT_CONNECTION
SK_RETURN_CHANNEL_OWNER_ONLY
SK_RLLC_HOST
SK_SOCKET_VALIDATE_WAIT
List of Environment Variables
List of Environment Variables
SK_WARN_ORPHAN_RFS
Environment Variables Modify SwitchKit Default Behavior
Default Behavior Modification on UNIX
Default Behavior Modification on Windows
Format
Variable Rules
Environmental Requirements
Environmental Specifications
Environmental Specifications
Environmental Specifications
ERFT Ring Mode
Error Condition
Error Conditions
Error Handling
Error Messages
Where can I find SwitchKit status codes and error responses?
Error Status
Escape Sequence
ESF
Establish an IP Address for the Matrix Controller Card
Establishing Communication Links
Ethernet
Ethernet Cable Specifications
Ethernet Link Failure
Ethernet Link Redundancy
Ethernet Ports
Ethernet Switch
IP Network Interface Series 2 Card - See Model Numbers
IP Network Interface Series 3 Card - See Model Numbers
VDAC-ONE Card - See Model Numbers
ETSI
Euro-ISDN
configuration
European Compliance Summary
CE Mark Certification
R & TTE Directive
European Declarations of Conformity
CE Declarations
event
Event
Alerting Message
Dialtone Detected
Receive Line Signaling Change
Event Filter
Event Handling
Event View
delete event
Changing the Event View
Changing the Event View
modify filter
Changing the Event View
Changing the Event View
Events
2 Common Atomic Functions
E1 PPL Component Information (0x0001)
conferencing
E1
T1
EX/CPU card
CSP Conferencing
Passive Addition Process
Example Call Flows
Calling Party Clear
Channel OOS Sequence
Clearback and Re-answer
COT Incoming Sequence
Outgoing Call Release, Send Clear Forward
Example Incoming Call Flows
Basic Call Setup with Overlap Operation
Clear Forward Received from the Network
Incoming Call
Example Outgoing Call Flows
Call Failure Received from the Network
Outgoing Call
Outgoing Call Sequence
Outgoing Call with Remote Clear Back
Excel-Supplied Equipment
Excel API Users
Scenario for Excel API Users
Excel platform SNMP Agent MIB
Dynamic Addressing Scheme
Event Handling
One-based Addresses
Excel software model
Excel’s SNMP Compliance
Exchange Access International (EAI)- Outbound
Exchange Access North American (EANA)
Exchange Access North American (EANA)- Outbound
Existing Messages for V5.2 Configuration
Existing Messages for V5.2 Queries
EXNET
configuring
redundancy
EXNET Redundancy
EXNET Redundancy
upgrading
EXNET-ONE
EXNET-ONE Card
EXNET-ONE Card
EXNET-ONE Card
EXNET-ONE Card
Gateway Mode
Card Set Differences
Connecting EXNET-ONE Ports
Establishing A Connection
EXNET Fiber Optic Cable
Installation
Installation Procedures
Overview
Precautions
EXNET-ONE Card - Model No. EXS-XIO-1200
Configuration Information
Controls and Indicators
Description
DIP Switch S1
DIP Switch S2
EXNET A and B Connectors
Front View
Jumpers
Monitor Port Pinouts
Placement
Related Products
Side View
Specifications
EXNET-ONE Card Failure
EXNET-ONE Card Software Functions
EXNET-ONE Card Specific Fields
EXNET-ONE LEDs
EXNET-ONE LEDs
EXNET-ONE LEDs
Fault Detect LED
Quick-Reference LED Table
Signal Detect LED
EXNET A and B Connectors
EXNET Cards
EXNET Connect - Model No. EXS-CON-1210
DIP Switch S1 Settings
DIP Switch S2 Settings
DIP Switch S4 Settings
Environmental
EXNET Connect Status LEDs
Front Panel
Product Description
Reset/Abort Switches
Side View
Exnet Connect Card
configure T-ONE span
EXNET Connect node
view on a ring
Exnet Connect Node Status
EXNET Connect PCI H.100 Card
Configuring EXNET Connect Hardware
Hardware Requirements
Install PCI H.100 Card in PC
Recording Node Information
Single Card
EXNET Connect Status LEDs
Card Status LEDs
Front Panel Connectors
Status LEDs
EXNET Fault Recovery and Redundancy
EXNET-ONE Card Failure
Hardware Requirements
Loopback Mode
Loopback Mode Information
Normal Operation
Operation
Redundant Ring
EXNET Fault Recovery and Redundancy
EXNET Fault Recovery and Redundancy
Ring Segment Failure
Single Ring
EXNET Fault Recovery and Redundancy
EXNET Fault Recovery and Redundancy
EXNET Features
EXNET Fiber Optic Cable
EXNET Fiber Optic Cable - See Part Numbers
EXNET-ONE Card
Cable Part Numbers
Compliance
Description
Fiber Optic Cable
Related Products
Specifications
EXNET Fiber Optic Cable - See Part Numbers
EXNET Live Node Insertion (Passive Addition)
Exnet node
span configuration
EXNET Redundancy
Configuration
Exnet Ring
EXNET Ring
EXNET Ring Expansion
EXNET Ring Failure
Non-redundant Ring
Redundant Ring
EXNET Ring Master Arbitration
EXNET Ring Timing
Configuration
Considerations
CSP Node Configuration
Network Synchronization / Prioritizing Clock Source
Overview
Ring Timing and Arbitration
Terminology
EXNET Ring Timing Considerations
EXNET Ring Master Arbitration
Master of Multiple Rings
Expanded Virtual Card Slots
Expanding the EXNET Ring
Expiry of SAM Timer in the Existing Implementation
Expiry of SAM Timer in the New Implementation
EXS
adding EXS node
alarms
call processing
conferencing
CSP Conferencing
CSP Conferencing
configuring
Configuration
Configuration
hardware requirements
host communication redundancy
failure detection and recovery
general strategy
sample topology
redundancy
timeslots
EXS 1000
fan tray filter
specifications
Physical Specifications
Environmental Specifications
Environmental Specifications
Physical Specifications
EXS 2000
connecting to host
Ethernet link
physical specifications
Physical Specifications
Physical Specifications
rear fan tray
EXS API Messages
EXS SwitchKit Run-time Environment
Extended
Extended Data ICBs
0x0012 SS7 Formatted Parameters
0x001E Generic PPL
0x001E Generic PPL
Outbound SIP Call with Call Agent
Outbound SIP Call with Call Agent Mode
0x0020 SS7 SCCP Parameters
0x0021 SS7 TCAP Parameters
0x0028 V5 Subscriber ID
0x0029 V5 Formatted IEs
0x002C V5 User Port Range
0x002D Q.752 Parameter
0x002F V5 Statistics Query
0x0031 V5 Status Indication
0x0033 NPDI Universal ICB
0x0034 LAPD Frame
0x0035 LAPD Status
0x0065 TCAP Primitive
C Channel Number
Port Number
Query Subtype 0- For All Protocols
Query Subtype 1- V5.2 ENVELOPE Layer Statistics
Query Subtype 2- V5.2 LAPV Statistics
Query Subtype 3- V5.2 PSTN Statistics
Query Subtype 4- V5.2 CONTROL Protocol Statistics
Query Subtype 5- V5.2 BCC Protocol Statistics
Query Subtype 6- V5.2 LINK protocol Statistics
Query Subtype 7- V5.2 PROTECTION Protocol Datalink Statistics
Query Subtype 8- V5.2 PROTECTION Protocol Interface
Query Subtype 9- V5.2 SYSTEM MANAGEMENT Statistics
Query Subtypes
Query Types
Type
External power sources
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