Toolpack:Protocol Stack Settings E: Difference between revisions

Revision as of 10:04, 22 December 2021

(Step 1) Allocate Physical Interfaces	(Step 2) Configure ISDN-PRI Signaling	(Step 3) Modify NAP profile	(Step 4) Configure Network Access Points (NAPs)
Create Line Interfaces Create Line Services Create System Clock	Configure an ISDN stack OR Configure NFAS	Modify profile	Allocate an ISDN NAP

ISDN Advanced Features

ISDN Overlap Sending
ISDN NFAS Overlap Parameters

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(Step 1) Allocate Physical Interfaces	(Step 2) Configuring a CAS stack	(Step 3) Modify NAP profile	(Step 4) Configure Network Access Points (NAPs)
Create Line Interfaces Create Line Services Create System Clock	Copy variant script Create CAS stack Edit the CAS R1 or CAS R2 script to adapt the variant Select CAS R1 tone type Set CAS R2 backward digits string	Modify profile	Create a CAS NAP

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(Step 1) Configure IP port range	(Step 2) Configure SIP Signaling	(Step 3) Modify NAP profile	(Step 4) Configure Network Access Points (NAPs)
Create an IP port range	Create a SIP stack Create a SIP transport server	Modify profile	Allocate a SIP NAP

SIP Advanced Features

SIP-I SIP-T
Enable SIP-I SIP-T

SIP Spiral
Enable SIP Spiral

Remote NAT Traversal	Local NAT Traversal
Enable Remote NAT Traversal	Enable Local NAT Traversal

DNS
Enable DNS

SIP Authentication
SIP Authentication

SIP Service Affecting Parameters

When modifying the following parameters, the SIP stack will be deallocated and reallocated, resulting in a loss of active calls. Be careful when changing these parameters:

Quirks

All Parameters

Header Parameters

Domain Name
Add rPort

DNS Parameters

Enabled
Use Cache
Cache Expire Time
Address and Port

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MTP2-MTP3-ISUP

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring the MTP2 Layer	(Step 3) Configuring the MTP3 Layer	(Step 4) Configuring the ISUP Layer	(Step 5) Modify NAP profile	(Step 6) Configure Network Access Points (NAPs)
Create Line Interfaces Create Line Services Create System Clock	Create an MTP2 Configuration Create MTP2 Links	Create an MTP3 Configuration Create an MTP3 Network Network Create an MTP3 Point Code Create an MTP3 Linkset Create MTP3 Links Create an MTP3 Route	Create an ISUP Stack Create an ISUP Network Create an ISUP User Part Create an ISUP Interface Create ISUP CIC Groups	Modify profile	Create an ISUP NAP

M2PA-MTP3-ISUP

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring the M2PA Layer	(Step 3) Configuring the MTP3 Layer	(Step 4) Configuring the ISUP Layer	(Step 5) Modify NAP profile	(Step 6) Configure Network Access Points (NAPs)
Create Line Interfaces Create Line Services Create System Clock	Create the SCTP Configuration Create an M2PA Configuration Create an M2PA SAP Add M2PA Links	Create an MTP3 Configuration Create an MTP3 Network Create an MTP3 Point Code Create an MTP3 Linkset Create MTP3 Links Create an MTP3 Route	Create an ISUP Stack Create an ISUP Network Create an ISUP User Part Create an ISUP Interface Create ISUP CIC Groups	Modify profile	Create an ISUP NAP

MTP2-MTP3-M2PA (TDM/IP STP)

(Step 1) Allocate Physical Interfaces	(Step 2) Create MTP2 links	(Step 3) Configuring the M2PA Layer	(Step 4) Configuring the MTP3 Layer
Create Line Interfaces Create Line Services Create System Clock	Create an MTP2 Configuration Create MTP2 Links	Create the SCTP Configuration Create an M2PA Configuration Create an M2PA SAP Add M2PA Links	Create an MTP3 Configuration Create an MTP3 Network Create an MTP3 Point Code Create an MTP3 Linkset Create MTP3 Links Create an MTP3 Route

M2UA-MTP2 Relay

(Step 1) Create Line Interfaces	(Step 2) Create MTP2 links	(Step 3) Create M2UA configuration
Create Line Interfaces Create Line Services Create System Clock	Create an MTP2 Configuration Create MTP2 Links	Create the SCTP Configuration Create an M2UA Configuration Create an M2UA SAP Create an M2UA Cluster Create M2UA Links Create M2UA Peers

M2UA-MTP3-ISUP

(Step 1) Create Line Interfaces	(Step 2) Create MTP2 links	(Step 3) Create M2UA configuration	(Step 3) Configuring the MTP3 Layer	(Step 4) Configuring the ISUP Layer	(Step 5) Modify NAP profile	(Step 6) Configure Network Access Points (NAPs)
Create Line Interfaces Create Line Services Create System Clock	Create an MTP2 Configuration Create MTP2 Links	Create the SCTP Configuration Create an M2UA Configuration Create an M2UA SAP Create an M2UA Cluster Create M2UA Links Create M2UA Peers	Create an MTP3 Configuration Create an MTP3 Network Create an MTP3 Point Code Create an MTP3 Linkset Create MTP3 Links Create an MTP3 Route	Create an ISUP Stack Create an ISUP Network Create an ISUP User Part Create an ISUP Interface Create ISUP CIC Groups	Modify profile	Create an ISUP NAP

M3UA-ISUP

(Step 1) Allocate Physical Interfaces	(Step 2a) Configuring the M3UA Layer - IPSP	(Step 2b) Configuring the M3UA Layer - ASP	(Step 2c) Configuring the M3UA Layer - SGP	(Step 3) Configuring the ISUP Layer	(Step 4) Modify NAP profile	(Step 5) Configure Network Access Points (NAPs)
Create Line Interfaces Create Line Services Create System Clock	Create the SCTP Configuration Create SS7 Point Codes Create an M3UA Configuration Create an M3UA SAP Create an M3UA Network Create an M3UA User Part Create an M3UA Peer Signalling Process Create an M3UA Peer Server Create an M3UA Route	Create the SCTP Configuration Create SS7 Point Codes Create an M3UA Configuration Create an M3UA SAP Create an M3UA Network Create an M3UA User Part Create an M3UA Peer Signalling Process Create an M3UA Peer Server Create an M3UA Route	Create the SCTP Configuration Create SS7 Point Codes Create an M3UA Configuration Create an M3UA SAP Create an M3UA Network Create an M3UA User Part Create an M3UA Peer Signalling Process Create an M3UA Peer Server Create an M3UA Route	Create an ISUP Stack Create an ISUP Network Create an ISUP User Part Create an ISUP Interface Create ISUP CIC Groups	Modify profile	Create an ISUP NAP

SS7 Advanced Features

Configuring SPIROU
Modifying Profile Modifying Gateway Configurations Modifying ISUP Stack Modifying ISUP Userpart Optional modifications

SS7 Service Affecting Parameters

When modifying the following parameters, some modules of the SS7 stack will be deallocated and reallocated, resulting in a loss of active calls. Be careful when changing these parameters:

MTP2:

Connection Mode
Protocol Type
DPC Length
Timeslot Rate
Error Correction
Max Outstanding Frames
Discard Frame In Congestion
Cyclic Error: Nb of MSUs to retransmit
Cyclic Error: Nb of bytes to retransmit

MTP3 Network

Sub Service Field
Link type
Point code length

MTP3 Linkset

OPC
APC

MTP3 Link

MTP2 Link
Priority
MTP3 Route
DPC
Route To Adjacent
Sls Range

ISUP:

Primary Unit
Secondary unit

ISUP Interface

OPC, OPC length
DPC, DPC length
Available Test
UserPart
Network

ISUP Circuit Group:

First CIC
Line Service
Skip timeslot 16 CIC
Timeslots
CIC Options

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MTP2-MTP3-SCCP-TCAP

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring the MTP2 Layer	(Step 3) Configuring the MTP3 Layer	(Step 4) Configuring the SCCP Layer	(Step 5) Configuring the TCAP Layer (optional)
Create Line Interfaces Create Line Services Create System Clock	Create an MTP2 Configuration Create an MTP2 Link	Create an MTP3 Configuration Create an MTP3 Network Create an MTP3 Point Code Create an MTP3 Linkset Create MTP3 Links Create an MTP3 Route	Create an SCCP Stack Create an SCCP Network Create an SCCP Userpart Create an SCCP LSAP Create an SCCP Route Create an SCCP SSN Create an SCCP GTT Association Create an SCCP GTT Association Action Create an SCCP GTT Address Map	Create a TCAP Stack Create a TCAP Userpart Activating the Configuration

M2PA-MTP3-SCCP-TCAP

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring the M2PA Layer	(Step 3) Configuring the MTP3 Layer	(Step 4) Configuring the SCCP Layer	(Step 5) Configuring the TCAP Layer (optional)
Create Line Interfaces Create Line Services Create System Clock	Create the SCTP Configuration Create an M2PA Configuration Create an M2PA SAP Add M2PA Links	Create an MTP3 Configuration Create an MTP3 Network Create an MTP3 Point Code Create an MTP3 Linkset Create MTP3 Links Create an MTP3 Route	Create an SCCP Stack Create an SCCP Network Create an SCCP Userpart Create an SCCP LSAP Create an SCCP Route Create an SCCP SSN Create an SCCP GTT Association Create an SCCP GTT Association Action Create an SCCP GTT Address Map	Create a TCAP Stack Create a TCAP Userpart Activating the Configuration

M3UA-SCCP-TCAP

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring the M3UA Layer	(Step 3) Configuring the SCCP Layer	(Step 4) Configuring the TCAP Layer (optional)
Create Line Interfaces Create Line Services Create System Clock	Create the SCTP Configuration Create SS7 Point Codes Create an M3UA Configuration Create an M3UA SAP Create an M3UA Network Create an M3UA User Part Create an M3UA Peer Signalling Process Create an M3UA Peer Server Create an M3UA Route	Create an SCCP Stack Create an SCCP Network Create an SCCP Userpart Create an SCCP LSAP Create an SCCP Route Create an SCCP SSN Create an SCCP GTT Association Create an SCCP GTT Address Map	Create a TCAP Stack Create a TCAP Userpart Activating the Configuration

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Sigtran relays TDM signaling over IP.

If the Tmedia is used to forward signalling messages to a SoftSwitch, you may require to configure M2UA, M3UA or IUA before configuring H.248.

M2UA

(Step 1) Create Line Interfaces	(Step 2) Create MTP2 links	(Step 3) Create M2UA configuration
Create Line Interfaces Create Line Services Create System Clock	Create an MTP2 Configuration Create MTP2 Links	Create the SCTP Configuration Create an M2UA Configuration Create an M2UA SAP Create an M2UA Cluster Create M2UA Links Create M2UA Peers

M3UA

(Step 1) Create Line Interfaces	(Step 2) Create MTP2 links	(Step 3) Create MTP3 configuration	(Step 4) Create M3UA configuration
Create Line Interfaces Create Line Services Create System Clock	Create an MTP2 Configuration Create MTP2 Links	Create SS7 Point Codes Create an MTP3 Configuration Create an MTP3 Network Create an MTP3 Linkset Create MTP3 Links Create an MTP3 Route	Edit the SCTP Configuration Create an M3UA Configuration Create an M3UA SAP Create an M3UA Network Create an M3UA User Part Create an M3UA Peer Signalling Process Create an M3UA Peer Server Create an M3UA Route

IUA

(Step 1) Create Line Interfaces	(Step 2) Create IUA Configuration
Create Line Interfaces Create Line Services Create System Clock	Create the SCTP Configuration Create an IUA Configuration Create an IUA SAP Create an IUA Cluster Create IUA Links Create IUA Peers

Sigtran Service Affecting Parameters

When modifying the following parameters, some modules of the Sigtran stack will be deallocated and reallocated, resulting in a loss of active calls. Be careful when changing these parameters:
SCTP

Service Type
udp_tunneling_port
Initial window space
MTU size
Domain name

M2UA

Node Type

M2UA SAP

SCTP Source Port
Maximum ACK delay
Edit IP Interfaces

M2UA LINK

MTP2 Link
Protocol Type
Interface Id

M2UA CLUSTER

Traffic Mode
Load Share Mode

M2UA PEER

Destination Port
Number of SCTP Streams
Self ASP Id
IP Header Type of Service (ToS)
Edit Destination Addresses

IUA SAP

SCTP Source Port
SCTP Primitive Timeout
Maximum ACK delay
Edit IP Interfaces

IUA CLUSTER

Traffic Mode
Load Share Mode
Minimum number of simultaneously active peer
IUA message queue size

IUA LINK

Interface Id
Line service
Variant
Side

IUA PEER

Destination Port
Valid ASP id required
Number of SCTP Streams
Edit Destination Addresses
Primitive timeout
IP Header Type of Service (ToS)

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H.248 is a protocol used to interface a softswitch with a media gateway.

Media

TDM NAP (for ISUP/ISDN)

(Step 1) Allocate TDM Physical Interfaces	(Step 2) Modify NAP profile	(Step 3) Configure Network Access Points (NAPs)
Create Line Interfaces Create Line Services Create System Clock	Modify profile	Allocate a TDM NAP

VOIP NAP (for SIP)

(Step 1) Create IP Port Ranges	(Step 2) Modify NAP profile	(Step 3) Configure Network Access Points (NAPs)
Create IP port ranges	Modify profile	Allocate a VoIP NAP

CAS NAP

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring a CAS stack	(Step 3) Modify NAP profile	(Step 4) Configure Network Access Points (NAPs)
Create Line Interfaces Create Line Service Create System Clock	Copy variant script Create CAS stack Edit the CAS R1_A or CAS R2_A script to adapt the variant Select CAS R1 tone type Set CAS R2 backward digits string	Modify profile	Create a CAS NAP

Media Gateway

(Step 1) Configure Media Gateway for H.248 mode	(Step 2) Add a New Media Gateway Controller	(Step 3) Associate NAPs Resources to H.248 Configuration
Configure the Media Gateway for H.248 mode Create a new H.248 configuration	Add a new media gateway controller (MGC)	Associate the NAPs with the H.248 configuration Select timeslots for the TDM interfaces

H.248 Service Affecting Parameters

When modifying the following parameters, the H.248 stack will be deallocated and reallocated, resulting in a loss of active calls. Be careful when changing these parameters:
Transport Protocol

All Parameters

Advanced Parameters

Maximum Number of TDM Terminations
Maximum Number of Ephemeral Terminations
Default MEGACO version
Maximum Number of DNS Pending Requestslmorissette
Ephemeral Termination Identifier Root
Ephemeral Termination Identifier Maximum Value

Profile

All Parameters

Timers

Dialing Start Timer Value
Dialing Short Timer Value
Dialing Long Timer Value
Dialing Duration Timer Value
Restart Timer Value to Retry Controller Association
Local Response Timer Value
Inactivity Timer Value

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Early Media

Q.1912.5 Profile A-B
Configure NAP Configure Profile

Return to Web Portal 3.2 Home Page

@@ Line 647: / Line 647: @@
 |}
+=SIGTRAN=
+Sigtran relays TDM signaling over IP.
-=H.248 MEGACO=
+If the Tmedia is used to forward signalling messages to a SoftSwitch, you may require to configure M2UA, M3UA or IUA before configuring H.248.
-If the Tmedia is used to forward signalling messages to the SSW, you will require to configure M2UA, M3UA or IUA before configuring H.248.
-If the Tmedia is used to only connect to media, go directly to '''Media Gateway''' on this page
@@ Line 799: / Line 797: @@
 *Primitive timeout
 *IP Header Type of Service (ToS)
+=H.248 MEGACO=
+H.248 is a protocol used to interface a softswitch with a media gateway.
 '''Media'''