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Hearty Welcome!
Technical Training
SETU VTEP
• Overview
• Interfaces
• Port Configuration
• Hardware Architecture
• LED Indications
• Installation Do’s & Don'ts
Agenda
Applications
Accessing the JEEVES
Routing Scenarios
Advance Setting Parameters
Maintenance
Status
Agenda
Overview
• VoIP – ISDN PRI Gateway
• VoIP access device for an existing PBX
• PRI trunking for an IP – PBX
• Software configurable T1 and E1 PRI
• DDI routing over IP
• Dedicated Sync – In and Sync – Out port
SETU VTEP Overview
Interfaces
Interfaces
Laptop
Adaptor (5VDC = 2Amax)
Router
Switch
ISDN PRI
Sync IN
Sync OUT
Network Clock Synchronization
Port configuration
Port Configuration
Resources Capacity
USB Port (Future Use) 1
Ethernet Port 1
T1E1 Port 1
DC Power Input Jack 1
Sync In Port 1
Sync Out Port 1
Hardware Architecture
SETU VTEP Overview
LED Indication
LED Indication – PWR
LED Status Related Information
PWR ON Power is ON
OFF Power is OFF
LED Indication – Reset Sequence
System Status Colour L1 L2 Status Time in msec
Application Load Green ON OFF ON 200ms
All init done, system goes
live
Green ON ON ON 1000ms
Red ON ON ON 1000ms
OFF OFF OFF 1000ms
Green OFF ON OFF 1000ms
OFF OFF OFF 1000ms (Continuous
Last 2 steps)
LED Indication – SIP Trunk
System Status Colour Cadence (1 Cadence is of 4000ms)
ON OFF ON OFF
SIP Disable OFF
SIP Registered (Active) Green Continuous
SIP Registration Failed Red Continuous
SIP Authentication Failed Red 200
200
200
3400
LED Indication – T1E1 Port
System Status Colour Cadence
No Alarm Green Continuous ON
CRC4 Alarm Green 100 ms ON – 100 ms OFF
BFA Alarm Red 500 ms ON – 500 ms OFF
LOS Alarm Red Continuous ON
Signaling Type: E1 PRI
LED Indication – T1E1 Port
System Status Colour Cadence
No Alarm Green Continuous ON
CRC4 Alarm Green 100 ms ON – 100 ms OFF
BFA Alarm Red 500 ms ON – 500 ms OFF
LOS Alarm Red Continuous ON
Signaling Type: E1 PRI (LED L1 Indication)
LED Indication – T1E1 Port
System Status Colour Cadence
No Alarm Green Continuous ON
RAI Alarm Red 500 ms ON – 500 ms OFF
AIS or LOS Alarm Red Continuous ON
Signaling Type: E1 PRI (LED L2 Indication)
LED Indication – T1E1 Port
System Status Colour Cadence
No Alarm Green Continuous ON
CRC4 Alarm Green 100 ms ON – 100 ms OFF
MFA Alarm Red 100 ms ON – 100 ms OFF
BFA Alarm Red 500 ms ON – 500 ms OFF
LOS Alarm Red Continuous ON
Signaling Type: E1 CAS (LED L1 Indication)
LED Indication – T1E1 Port
System Status Colour Cadence
No Alarm Green Continuous ON
Y – Bit Alarm Green 100 ms ON – 100 ms OFF
AIS 16 Alarm Red 100 ms ON – 100 ms OFF
RAI Alarm Red 500 ms ON – 500 ms OFF
AIS or LOS Alarm Red Continuous ON
Signaling Type: E1 CAS (LED L2 Indication)
LED Indication – T1E1 Port
System Status Colour Cadence
No Alarm Green Continuous ON
TFA Alarm or MFA Alarm Red 500 ms ON – 500 ms OFF
AIS Alarm Red 100 ms ON – 100 ms OFF
LOS Alarm Red Continuous ON
Signaling Type: T1 RBS or T1 – PRI (LED L1 Indication)
LED Indication – T1E1 Port
System Status Colour Cadence
No RAI Alarm Green Continuous ON
RAI or LOS Alarm Red Continuous ON
Signaling Type: T1 RBS or T1 – PRI (LED L2 Indication)
Installation Do’s &don’ts
Dust Proof, Moisture Free Location
Away from electromagnetic Sources
Ventilated Location
Path to Static Charges
Stable Mains Supply
Proper Mains Earth
Proper Telecom Earth
Installation Do’s
Installation Don’ts
Applications
VoIP Access device for existing PBX Application
PRI Gateway for an IP – PBX
Peer to Peer & Proxy Calling
Virtual Trunking
Programming Using pc
SETU VTEP : Configuration
Web Jeeves Login from Local Network
Network Switch
192.168.50.200
192.168.50.33
SETU VTEP is located on Local IP
Web Jeeves Login from Public Network
Internet
SETU VTEP : Configuration
203.88.123.231
SETU VTEP is located on Global IP
PC with internet connection
Web Jeeves Login from Public Network
Internet
SETU VTEP: Configuration
WAN: 203.88.123.231:80
PC with internet connection
IP : 192.168.1.151 Subnet : 255.255.255.0 Gateway : 192.168.1.1
LAN: 192.168.1.1
Router’s port:80 is forwarded to IP Address of SETU VTEP
Built – in Web server
GUI based software called JEEVES
Accessible using any web browser
Default IP of Ethernet Port is 192.168.001.100
Default SE password is 1234
Programming
Click on Start Internet Explorer (Any Browser)
Programming
Enter Ethernet Port IP Address of SETU VTEP
Login Page
Enter SE Password for Login (Default: 1234)
Home Page
This parameter can be programmed as per existing data network
Connection type :
1. Static: IP address, Subnet mask & Gateway Address assigned manually
2. DHCP: IP address, Subnet mask & Gateway Address assigned automatically by
DHCP server
3. PPPoE: Select this option if your ISP provides internet services using PPPoE, If you
select this option you must enter the ‘User ID’, password and service name in
PPPoE parameters
Network Port Parameters
Network Port Parameters
Select connection type of SETU VTEP and according to the connection type program the IP details
Incoming call management
SIP trunk & T1E1 trunk
The process of routing calls originated on T1/E1 port and SIP trunks to the
destination port in SETU VTEP takes place in two steps:
1. Determination of destination number
2. Determination of destination port
Incoming Call Route
Destination Number determination
SIP Trunk
Destination Number Determination on SIP Trunk
Incoming Call Route options on SIP Trunk
To a Fixed Destination Number
On the basis of Calling Party Number
On the basis of DDI Number
To the Called Party Number
After answering the call and collecting the digits
Destination Number Determination on SIP Trunk
Incoming call on the SIP trunk
Call is routed to the Fixed destination number programmed on that particular trunk
line using the Destination port programmed for that trunk
Destination port can be SIP or T1E1
Route To a Fixed Destination Number
Fixed Destination Number: 9662043785
9662043785
SIP1
Fixed Destination Number: 8271110
SIP2
T1E1
SIP10
8271110@matrix- pbx.dynalias.org
5496767@ iptel.org
468@matrix- pbx.dynalias.org
Route To a Fixed Destination Number
Route To a Fixed Destination Number
2 different routings defined here 1. Route all IC calls
(with CLI) 2. Route all IC calls
(without CLI)
Define fixed destination number on which you want to route the call
Enable this flag if you want to block the IC calls received without CLI on SIP trunk
Define destination port for routing calls
Incoming call on the SIP trunk
Call is routed to a specific number according to the calling party number
When there is an incoming call on the SIP trunk, SETU VTEP will match the calling
party number with the entries of the calling party number based table, if a match is
found, the call is routed to the destination number
Route on the basis of Calling Party Number
9974044583
3301 T1E1
3301@matrix- pbx.dynalias.org
Route on the basis of Calling Party Number
Calling Number Destination Number
3301 9974044583
8471110 8128683042
Route on the basis of Calling Party Number
Select route for all Incoming calls as on the basis of calling party number
2 different routings defined here 1. Route all IC calls
(with CLI) 2. Route all IC calls
(without CLI)
Route on the basis of Calling Party Number
Program the calling number based table with calling party number and destination number
Incoming call on the SIP trunk
Call is routed to a specific number depending upon the called party number received
in the SIP ID of the request URI of the INVITE message
Route to the Called Party Number
96620 43785
192.168.50.123
Route to the Called Party Number
9662043785
SETU VTEP
192.168.50.33
Route to the Called Party Number
Select route for all Incoming calls as to the called party number
2 different routings defined here 1. Route all IC calls (with
CLI) 2. Route all IC calls
(without CLI)
Incoming call on the SIP trunk
Incoming call is answered and dial tone is played to the caller, allowing the caller to dial
the desired number
The number dialed by the caller is considered as the destination number and dial it out
using the destination port programmed
After Answering the call & collecting the digits
SIP
3301@matrix- pbx.dynalias.org
After Answering the call & collecting the digits
9974099740
SETU VTEP
Dial Tone
T1E1
9974099740
After Answering the call & collecting the digits
2 different routings defined here 1. Route all IC calls (with CLI) 2. Route all IC calls (without
CLI)
Select route for all Incoming calls as after answering the call and collecting the digits
Incoming call on the SIP trunk
A call is routed to a specific number as per the DDI number received in the SETUP
message of the SIP trunk
The DDI number based table is referred for the same and call is routed to the
destination number programmed opposite to the DDI number field
On the Basis of DDI Number
SIP
9974098915
On the basis of DDI Number
2001@matrix- pbx.dynalias.org
SETU VTEP
DDI Number Destination Number
662501 2001
662501 2002
192.168.50.123
On the basis of DDI Number
Define destination port for routing calls
2 different routings defined here 1. Route all IC calls (with CLI) 2. Route all IC calls (without CLI)
On the basis of DDI Number
Program the DDI number table with DDI number and destination number
Apply Reverse DDI flag if you want to display DDI number for respective DDI number
Click here to generate sequence of DDI numbers
On the basis of DDI Number
Enter the details required for DDI numbers generation
T1E1 Trunk “Port Wise routing”
To a Fixed Destination Number
On the basis of Calling Party Number
On the basis of DDI Number
To the Called Party Number
After answering the call and collecting the digits
Destination Number Determination on T1E1 Trunk “Port wise Routing”
T1E1 Trunk IC
Incoming Call Route options on T1E1 Trunk
Incoming call on the T1/E1 port
Call is routed to the Fixed destination number programmed on the T1/E1 port
Destination port can be SIP or T1/E1
Route To a Fixed Destination Number
Fixed Destination Number: 5111471
5111471@ iptel.org
SIP1
Fixed Destination Number: 8271110
SIP2
T1E1
8271110@matrix- pbx.dynalias.org
8128683042
9974098915
Route To a Fixed Destination Number
T1E1
Route To a Fixed Destination Number
2 different routings defined here 1. Route all IC calls (with CLI) 2. Route all IC calls (without CLI)
Define fixed destination number on which you want to route the call
Define destination port for routing calls
Incoming call on the T1/E1 port
Call is routed to a specific number, as per the calling party’s number
When there is an incoming call on the SIP trunk, SETU VTEP will match the calling
party number with the entries of the calling party number based table, if a match is
found, the call is routed to the destination number
Route on the basis of Calling Party Number
3301
3301@matrix- pbx.dynalias.org
Route on the basis of Calling Party Number
Calling Number Destination Number
9974044583 3301
8128683042 8471110
T1E1
9974044583
Route on the basis of Calling Party Number
Select route for all Incoming calls as on the basis of calling party number
2 different routings defined here 1. Route all IC calls (with CLI) 2. Route all IC calls (without CLI)
Route on the basis of Calling Party Number
Program the calling number based table with calling party number and destination number
Incoming call on the T1/E1 port
Call is routed to a specific number depending upon the called party number received
in the SETUP message of the T1/E1 port
Route to the Called Party Number
Route to the Called Party Number
3301@matrix- pbx.dynalias.org
SETU VTEP
ISDN PBX
2001
3301
SIP T1E1
Route to the Called Party Number
Select route for all Incoming calls as to the called party number
2 different routings defined here 1. Route all IC
calls (with CLI)
2. Route all IC calls (without CLI) Define destination
port for routing calls
Incoming call on the T1/E1 port
Incoming call is answered and dial tone is played to the caller, allowing the caller to dial
the desired number
The number dialed by the caller is considered as the destination number and dialed out
using the destination port programmed
After Answering the call & collecting the digits
SIP
9974098915
3301@matrix- pbx.dynalias.org
SETU VTEP
Dial Tone
T1E1
3301
After Answering the call & collecting the digits
After Answering the call & collecting the digits
Select route for all Incoming calls as after answering the call and collecting the digits
2 different routings defined here 1. Route all IC calls (with CLI) 2. Route all IC calls (without CLI)
Define destination port for routing calls
Incoming call on the T1/E1 port
A call is routed to a specific number as per the DDI number received in the SETUP
message of the T1/E1 port
The DDI number based table is referred for the same and call is routed to the
destination number programmed opposite to the DDI number field
On the basis of DDI Number
SIP
9974098915
On the basis of DDI Number
2001@matrix-
pbx.dynalias.org
SETU VTEP
T1E1
DDI Number Destination Number
662501 2001
662501 2002
On the basis of DDI Number
2 different routings defined here 1. Route all IC calls (with CLI) 2. Route all IC calls (without CLI)
Define destination port for routing calls
On the basis of DDI Number
Program the DDI number table with DDI number and destination number
Apply Reverse DDI flag if you want to display DDI number for respective DDI number
Click here to generate sequence of DDI numbers
On the basis of DDI Number
Enter the details required for DDI numbers generation
T1E1 Trunk Channel Number Wise routing
Channel Number Wise Routing
Routing mechanism channel wise
Channel Number Wise Routing is used in cases like 1. Service provider has bind the channels or 2. You want the routing like call on 1st channel should go to SIP1, call on 2nd channel should go
to SIP2 and so on
T1E1 Trunk MSN/DDI Number Wise Routing
MSN/DDI Number Wise Routing
Enter the details of MSN number and program the Routing mechanism
MSN number wise routing is used when you want to set same routing for a one group of DDI
numbers, and different routing for second group of DDI numbers
Destination Port Determination
SETU VTEP supports different methods of determining the destination port for the
calls originated on SIP trunks and on the T1/E1 port
1. Fixed
2. On the basis of destination number
3. On the basis of calling party number
Destination Port Determination
Destination port determination – Fixed
Fixed
Program the routing group for routing of Incoming calls on the SIP trunk
Click on Edit to change the members of routing group
Fixed
Program Group Member for routing group
Click here to Apply fallback routing group
Fallback Routing group is used in case if all members of routing group are busy or the trunk line is down
Destination port determination – Destination Number Based
Destination Number Based
Program the Destination number and routing group in the destination number based routing table
Click on Add to add the new entry for destination number
Click on Delete to delete the selected entry for destination number
Destination Number Based
Enter the destination number for which routing group is to be programmed
Program the routing group and fallback routing group for the destination number defined above
Destination Port Determination – Calling Number Based
Calling Number Based
Program the calling number and routing group in the calling number based routing table
Click on Add to add the new entry for Calling Number
Click on Delete to delete the selected entry for Calling Number
Calling Number Based
Program the routing group and fallback routing group for the Calling number defined above
Enter the Calling number for which the routing group is to be programmed
Outgoing call management -SIP trunk -T1E1 trunk
Call Block on SIP Trunk
There is no routing for Outgoing calls needed. Either we can allow or block outgoing calls, enable flag to Block the Outgoing from this trunk
Click here to Apply ANT logic on the trunk and program the number list for ANT
Call Block on T1E1 Port
There is no routing for outgoing calls needed. Either we can allow or block outgoing calls, enable flag to Block the Outgoing from this trunk
Click here to Apply ANT logic on the trunk and program the number list for ANT
Route unconnected calls to original caller
If you enable this feature, when an outgoing call is made using this port, and the called
party is found busy or does not respond, SETU VTEP stores the number of the calling
party, the number of the called party and the port (through which the outgoing call was
made)
A record of each such call is stored for the duration of the unconnected calls record
delete timer
If the called party returns the call before the expiry of this timer, this incoming call is
placed to the original calling party
User can change the duration of this timer and delete records of such calls
RCOC
RCOC
Click here to Enable RCOC on SIP trunk
RCOC
Click here to Enable RCOC on T1E1 trunk
RCOC
Set the time for which you want the system to store the records of unconnected calls (Default: 999 Minutes)
Click here to clear the
unconnected calls record
Handling of OG Calls-SIP Trunk
Enabling this allows you to make OG calls irrespective of whether this SIP trunk is successfully registered or
not If you don’t want to send CLI,
enable this flag
To connect the source port with destination port without waiting
for the call to get matured, enable this
flag
Handling of OG Calls-SIP Trunk
If you want the system to apply reverse DDI logic through this SIP
trunk then enable this flag
On enabling this, system will send the CLI received on the source port in the
FROM field of INVITE message for an OG
call
Handling of OG Calls-T1E1 Port
To connect the source port with destination port without waiting
for the call to get matured, enable this
flag
To connect source port
with the destination
port as soon as progress
indicator is received on T1E1 port,
enable this flag
Peer to Peer Calling
Making an IP call without the intervention of a proxy server is called peer to peer
calling
As peer to peer calling does not require a proxy server, voice communication using
this application can be done virtually free of cost
The major cost savings offered by this application makes it a very attractive mode
of inter – branch or intra – office voice communication
Peer to Peer Calling
Peer to Peer Calling
Program SIP trunk mode as peer to peer for peer to peer calling
Enable SIP trunk
Peer to Peer Calling
Program the peer to peer table with destination number & destination address (IP address of opposite location)
Click here to add new entry to the table
Click here to delete entry from the table
Proxy Calling
Requirement for Proxy Calling
Proxy server authenticates the clients for outgoing calls through it
What is required for
authentication?
SIP ID
Authentication ID
Authentication Password
Registrar Server Address
Registrar Server port
Proxy Calling
Select SIP Trunk as Proxy and assign the authentication
credentials provided by service provider
Enable the flag
Proxy Calling
If this flag is enabled, SETU VTEP will send
the REGISTRAR MESSAGE to
Registrar Proxy as applicable
SIP Registration
On enabling the flag of SIP Registration, following parameters are to be taken care of
This is the time period after which system will send registration request
to maintain binding with Registrar Server. Valid range: 00001-65535.
Default:3600 Seconds
When a registration attempt fails, system resends request to registrar server after this timer’s expiry. Valid
range: 00001-65535. Default:10 Seconds
SIP Registration
System will get unregistered with the current server & will
register with the alternate server, if fallback occurs while sending INVITE message when
Switch Registration to Alternate Server on Fallback is
enabled
Registrar Settings
If you want the system to send DNS
SRV query to the configured domain server, enable this
flag
Registrar Settings
Check SIP ID for Incoming SIP Message
CASE: Suppose there is a soft PBX on which SETU VTEP is registered and is getting a proxy SIP trunk
During outgoing call from SETU VTEP, it will behave like a peer to peer call
During incoming call, if the flag of Check SIP ID for Incoming SIP Message is enabled, SETU VTEP will not allow that call from that soft PBX
If this flag is disabled, all calls from soft PBX will get passed through SETU VTEP
Check SIP ID for Incoming SIP Message- Flag is Enabled
3301@matrix-
pbx.dynalias.org
Check SIP ID for Incoming SIP Message- Flag is Disabled
3301@matrix-
pbx.dynalias.org
What is DNS SRV?
Dialing by domain names lets a SIP user have a single public “SIP Address” which
can be redirected at will to their current location.
SRV records maintain stability and also opens up the possibility to use your own
domain, regardless of the domain of the SIP service you are using
SIP Registration
Enable the flag, if your service
provider supports multiple servers in
its network
Public/Private Network
Public/Private Network
Define network type for PRI whether it is public (Service Provider PRI) or private (Tie up with other PBX)
SIP
3301@matrix-
pbx.dynalias.org
9974099740
SETU VTEP
Dial Tone
T1E1
9974099740
Network – Public Pilot Number – 2630555
CLI: 2630555
Public/Private Network
SIP
3301@matrix-
pbx.dynalias.org
SETU VTEP
Dial Tone
T1E1
2001
Network – Private CLI: 3301@matrix
– pbx.dynalias.org
2001
ISDN PBX
Public/Private Network
STUN
When the VoIP port (WAN) is located behind a NAT Router & SIP Messages need to
forwarded to the Public Internet
STUN specifies the mechanism required for NAT traversal in SIP messages. STUN
server facilitates traversing through most NATs except symmetric NATs
STUN (Simple Traversal of UDPs through NATs)
Illustration of STUN
STUN Request STUN Request
STUN Response
To:115.118.161.163:5060 Payload:115.118.161.163:5060
STUN Response
To: 192.168.50.161:5060 Payload:115.118.161.163:5060
Source:192.168.50.161:5060
Source: 115.118.161.163:5060
STUN Server
STUN
Program the STUN Server Address; Listening Port of STUN Server (1024-65535) Default port : 03478; Enable the Flag ‘Use SIP Port fetched using STUN’ if SIP port required to be fetched by STUN else disable when Port Forwarding in the Router is done for SIP messages
STUN
Select NAT type as STUN if you want to use IP address fetched using STUN
STUN
Status page will display the IP address, port number and NAT type fetched using STUN
Router public IP Address
Port Forwarding:
Since STUN doesn’t work with symmetric NAT , as an alternative to STUN Port
Forwarding can be done in the router and Router’s Public address that is configured
can be used as Source Port IP Address
VoIP Port Parameters: Router’s Public IP Address
Router Public IP Address
Program Router Public IP Address here
Router Public IP Address
Use NAT type as Router Public IP address
Router Public IP Address
Status page will display the Router Public IP address programmed in the system parameter page
P2P Call One Device is on Public IP and Other Device installed behind NAT
192.168.200.210
Internet
SETU VTEP
IP: 192.168.200.195
G/W : 192.168.200.210
Router separates Private and Public Network
Private IP
Public IP
203.88.142.218
Port Forward in
Router
LAN WAN
203.88.142.221
*Linksys is a wholly owned subsidiary of Cisco Systems, Inc.
Router’s Network Parameters
Router Configuration: Example
Port Forwarding: Router’s SIP an RTP Port
forwarded to Private IP of SETU VTEP
Router Configuration: Example
*Linksys is a wholly owned subsidiary of Cisco Systems, Inc.
Advance Settings
Access code is a string of digits dialed to use a feature
SETU VTEP users can access the features and facilities by dialing the access code
assigned to them from a phone. User can
1. Enable/Disable a feature
2. Access Supplementary feature
3. Knowing the current IP address, subnet mask, gateway address and DNS
address of the system (Access code for this application applicable on the T1E1
port only )
SETU VTEP provides default access code for all features, you can change it to suit
your preferences
Access Codes
Access Codes
Access codes can be changed from here
This feature provides the flexibility to allow or deny dialing of a particular number or a
set of numbers
Allowed – denied logic can be applied on source port SIP trunks and T1/E1 port
Total 24 lists can be programmed each having 64 entries
Allowed – denied logic is not applicable for emergency numbers, access codes and
when the method for Incoming calls is:
1. On the basis of called party number
2. To a fixed destination number
3. On the basis of DDI number
Allowed – Denied Numbers
Allowed – Denied Numbers
Apply allowed denied list on SIP trunk & program the list number for allowed & denied numbers
Allowed – Denied Numbers
Apply allowed denied list on T1/E1 port& program the list number for allowed & denied
numbers
Allowed – Denied Numbers
Program the digits for allowed & denied numbers in number list
table
This feature is used to translate the dialed number string to preprogrammed number
string
ANT can be used to modify, add or delete the prefix of the destination number string
Total 24 lists can be programmed each having 64 entries
For this feature we need to configure dialed number string and substitute number string
in number list table
ANT feature is applied on destination ports (On all SIP trunks and T1/E1 Port with
orientation type – Terminal)
Automatic Number Translation
Automatic Number Translation
Apply ANT on T1E1 Port and program the number list for dialed and
substitute number string and select the pause timer if you have configured ^
(pause) in the ANT table
Automatic Number Translation
Apply ANT on SIP trunk and program the number list for dialed and
substitute number string and select the pause timer if you have configured ^
(pause) in the ANT table
Automatic Number Translation
SETU VTEP supports feature ‘Black listed Callers’ which enables you to block incoming
calls from specific numbers and addresses on the SIP trunks
This feature is applicable on source port only
To use this feature, user must configure the numbers of unwanted callers in a number
list
Enable the Reject Calls from Blacklisted Caller check box on the SIP trunk on which you
want to apply this feature
Black Listed Callers
Black Listed Callers
Apply black listed caller feature on selected SIP trunk and define the number list for the same
Black Listed Callers
Program the number list with the CLI of black listed callers
It’s a record for the calls, containing information about the gateway’s usage when call
was made
Maximum of 2000 call record entries can be stored
Call record entries are stored in FIFO logic
A call is stored when it gets matured
User can set different filters as required and generate Call Detail Record (CDR) report
Call records can be cleared manually at any time
Call Detail Record (CDR)
It is possible to get following details of a call with CDR:
1. Date of call origination
2. Time of call origination
3. Calling number
4. Called number
5. Duration of call
6. Source port
7. Destination port
8. Disconnected by
9. Cause
10. PIN number
11. Remarks
Call Detail Record (CDR)
Below mentioned filter can be programmed for CDR
1. The port from which the calls originated (Source Port)
2. The port on which the calls terminated (Destination Port)
3. Calls made on particular dates
4. Calls made at a particular time
5. Calls of a certain duration
6. Calls of certain called party numbers
7. Calls of certain calling party numbers
8. Calls made with PIN authentication
9. Calls made without PIN authentication
Call Detail Record (CDR)
Call Detail Record (CDR)
Set filter parameters for CDR here
Click here to clear all call records
Click on download to get
Zip file containing CDR
in .csv and .txt format
Call Detail Record (CDR)
Save Zip file & extract it to get CDR in .csv and .txt file
CDR opened with notepad
Call Detail Record (CDR)
PIN authentication is a security feature to restrict access to the system and prevent
possible misuse of resources
User can use the PIN authentication on the source port to establish identity of callers
before their call is processed by SETU VTEP
PIN authentication can be used on the source port only if the incoming call routing for
the source port is set to Route calls after answering the call and collecting digits
To use this feature it must be enabled on the source port and the PIN authentication
table must be configured
PIN Authentication
The PIN authentication table stores up to 500 PIN numbers and their corresponding
authentication passwords
If PIN authentication is enabled on source port, SETU VTEP answers the Incoming call
and plays a feature tone, it waits for the caller to dial the PIN number and password, it
matches them with the PIN authentication table, if match is found it allows the call to
be processed
In case of wrong PIN entered, SETU VTEP allows the caller to make two more attempts,
if the caller fails to dial correct PIN and password in all attempts, the system
disconnects the call
PIN Authentication
PIN Authentication – SIP Trunk
Select routing type ‘after answering the call and collecting the digits’ for PIN authentication feature to use
Enable this flag for prompting caller to enter PIN
PIN Authentication – T1E1 Port
Select routing type ‘after answering the call and collecting the digits’ for PIN authentication feature to use
Enable this flag for prompting caller to enter PIN
PIN Authentication
Enter PIN number & PIN password, system checks PIN entered by the caller during call with the entries in the PIN authentication table, if match found then only the call will be processed further
Digest authentication is a challenge – based authentication service of SIP to
authenticate the identity of the originator of SIP request in the INVITE message
The recipient of the request can ascertain whether or not the originator of the
request is authorized to make the request
When the digest credentials of the originator – User Name and Password – in the
INVITE message are authenticated and accepted by the recipient, the originator and
recipient are connected
You may use the digest authentication to restrict access to SETU VTEP to specific
callers, prevent unwanted or malicious calls
Digest Authentication
When this feature is enabled on a SIP trunk for all Incoming calls
1. SETU VTEP will challenge the identity of the calling party
2. When the calling party sends its credentials, SETU VTEP authenticates the
credentials by matching it with its Digest Authentication table
3. If a match is found, the calling party will be authenticated and the call will be
allowed on the SIP trunk
4. If no match is found, SETU VTEP will consider it as invalid authentication
information and reject the call
Digest Authentication
Digest Authentication
Enable apply flag in SIP trunk to use digest authentication
Digest Authentication
Enter Digest credentials (User ID and User Password) of calling party
Static Routing Table is required when you have more than one router (Gateway) in
your network and you want SETU VTEP to send packets to multiple routers/gateways
for different types of calls
If you have only one router connected in the network , you need not configure this
table & LAN interface of router will act as the default gateway for the system
Static Routing
Static Routing
Program the static routing table with the details, if the match is found here then gateway will send the packets to defined gateway address opposite to the destination address
SETU VTEP supports dialing of emergency numbers from all ports, Emergency
numbers and their respective routing groups must be configured in the emergency
number table
User can configure up to 10 numbers of emergency services such as ambulance, fire
brigade, police etc.
By default, 911, 112, 000, 106 emergency numbers are loaded in the system, in the
emergency number table
Emergency Numbers
Emergency Numbers
Emergency numbers with routing group
Click here to add new entry to the table Click here to delete
entry from the table
Click here to Edit entry of the table
Certificate
Certificate
SETU VTEP supports certification for TLS, Web Server, Firmware Upgrade,
Configuration Upgrade and TR-069.
SETU VTEP supports two types of Certificates: Self-Signed Certificate and CA
Signed Certificate.
Self – Signed Certificate
A self-signed certificate is created by the clients themselves or by the Servers and
then given to their clients.
It means that you yourself become the Certificate Authority (CA), create a CA
Certificate and sign it.
The self-signed certificate is faster to create but is not signed by a trusted CA
Organization.
The self-signed certificate must be installed in the trusted list of clients that connects
over TLS with the Server. Because the certificate has been self signed, the signature is
not likely to be in the clients’ trust file, hence, they need to add it.
Self – Signed Certificate
Generate self signed CA certificate by entering the required details below
Once you generate self-signed certificate, you must send it to your clients so that they install it in their trusted list.
Click generate to generate new certificate for entered details
Certificate
System will show generated certificates under trusted root CA
System Certificate
After creating a Self-Signed CA Certificate, you can either,
Generate a System Certificate for your clients. These System Certificates can then be given to the respective clients OR
The Clients can prepare their own System Certificates. For this you need to send them the CA Certificate created by you OR
Generate a Certificate Signing Request (CSR), if you want the Certificate to be signed by a third party
If the clients prepare their own certificates, you need to send your CA Certificate to all the clients. The clients must upload the same in their system. Similarly, all the clients must send their CA Certificates to you and you must upload the same in your system. To avoid this, it is recommended that you create the Certificates and then provide it to your clients
Enter details to generate system certificate
If you want to get a CA Signed Certificate, you need to do the following: 1. Generate and enroll the Certificate Signing Request (CSR). 2. Get the Certificate Signing Request (CSR) verified and signed by the Certified Authority (CA).
Certificate
List of available system certificates
User can also upload the certificates
Certificate
Define the certificate to be used for desired application
Features
This feature enables callers to disconnect the current call and make a new call using SETU
VTEP without getting disconnected from the system
This feature is useful when you want to make multiple calls without getting disconnected
each time their call ends
This feature is applicable only on the source port and only when After answering the call
and collecting digits is selected as the destination number determination method
Making a new call using access code
To make a new call using access code
• In speech with the current call
• Dial #91
• Current call will disconnect
• Dial the new number you want to call
• Speech will be establish on the new call as called party answers the call
• While in speech dial #91 again to make another new call
Making a new call using access code
Making a new call using access code
Enable the flag to allow user making new call using access code
Making a new call using access code
Enable the flag to allow user making new call using access code
SETU VTEP enables user to disconnect a call using an access code
When the call disconnect access code is dialed, SETU VTEP releases the port engaged
in the call
This feature is applicable only when destination number determination method is
selected as After answering the call and collecting digits
Disconnecting a call using access code
Disconnecting a call using access code
Disconnecting a call using access code
SETU VTEP supports direct dialing of IP addresses from the source port. To provide IP
dialing facility to the users, you must configure a SIP trunk or a SIP group for IP dialing
IP number can be dialed with dot ’.’ as entered by ‘*’ while dialing it
For e.g. to dial IP address 192.167.100.1 dial as 192*167*100*1 from the Phone at FXS
When an IP address is dialed from the source port of SETU VTEP, the system does not
check the destination port determination method you have configured for that port,
instead it routes the dialed IP address through the SIP trunk or SIP group you
configured for IP dialing
IP Dialing
IP Dialing
SIP trunk or SIP trunk group can be defined IP dialing
You can know the current IP address, Subnet mask, Gateway address and DNS address of
SETU VTEP by dialing the specific access codes on the T1/E1 Port
• To do this call on the ISDN number of the T1/E1 port
• To know the current IP address, dial #51
• To know the Subnet mask, dial #52
• To know the current Gateway address, dial #53
• To know the current DNS address, dial #54
The system will announce the IP address, Subnet mask, Gateway address and DNS
address according to the access code you dial
Knowing Network Information using Access Code
Knowing Network Information using Access Code
Default access code to know network information
Maintenance
Firmware
Browse the ZIP file having new firmware files & click on Upgrade button to upgrade the system firmware
Program the details for Auto firmware upgrade
Upgrade firmware automatically from Matrix Server
Configuration
Browse the ZIP file having configuration files & click on Upgrade button to upgrade the system configuration
Program the details for Auto configuration
Click on Backup Configuration to save config.zip file
Debugs are logs of actions and events that take place on system, these logs are useful
for troubleshooting and system security
SETU VTEP supports Syslog client for debugging, Syslog client enables the system to
send debug messages in Syslog format to the remote ‘Syslog server’ on the IP
network
Syslog uses the UDP as transport protocol
To be able to use this feature, you must enable ‘Syslog’, configure the Syslog Server
Address and define the server port on which the Syslog will listen for debug messages
System Debug
System Debug
Debug events can be viewed on the screen
Click debug settings to set parameters for debug and to start debug in PC/Laptop connected to SETU VFXTH
System Debug
Program the IP address and port number of PC/Laptop where Syslog server is installed
Debug for Port: clear the check box to disable the debug for the port which is not needed
SNMP – Simple Network Management Protocol
SNMP protocols supported – SNMPV1, SNMPV2C, SNMPV3
SETU VTEP is having built in SNMP Server (SNMP Server). It receives SNMP requests
and generates SNMP responses or notifications
SNMP Manager usually network management station. It generates SNMP requests
and receives SNMP responses and notifications. The SNMP manager is an SNMP
client
SNMP
SNMP
Program SNMP details
System Port Activity
System port activity like Idle, Inactive, Disable, Dial, Speech, ringing, Incoming Call Proceeding, Remote Held, Error
PCAP or Packet capture consists of intercepting and logging the traffic passing over the
network, PCAP intercepts each packet in the data streams that flow across the network,
and can decode and analyze its contents
A maximum 2MB of packets can be captured and stored in the system
SETU VTEP also supports filter setting can also be used to target the particular IP, Port
number etc.
If promiscuous mode is enabled, SETU VTEP will capture all network traffic and if disabled
then system will capture only traffic that is directly related to SETU VTEP (to or from SETU
VTEP)
PCAP Trace
PCAP Trace
Click here to start the PCAP trace
Click here to stop the PCAP trace
Once the PCAP is captured save the trace file on your PC/Laptop
Click here to Enable Promiscuous mode
Enter the filter details here
Select source port and destination port with source number and destination
number.
When Call button from GUI is pressed system will call source number first and when
answered by source port it will ring on destination port & speech path can be
checked
Clicking on call button will also lead the programmer to system port activity page to
monitor the status of the port during call progress
Manual Call Test
Manual Call Test
Default System
Click OK to factory default the SETU VTEP
Soft Restart
Click OK to Restart SETU VTEP
T1E1 Port Alarms/Performance Monitoring
To detect errors on the T1E1 port there are:
RED alarm: Loss of signal YELLOW alarm: Remote alarm
indication BLUE alarm: Alarm Indication
Signal
• TR-069, also known as CPE WAN Management Protocol (CWMP), is a remote
management protocol used for secure communication between the Customer
Premises Equipment (CPE) and an Auto-Configuration Server (ACS) for various
functionalities such as:
Auto-configuration and dynamic service provisioning
Firmware Management
Status and performance monitoring
Diagnostics
• SETU VTEP supports TR-069. Using TR-069, service providers can manage SETU
VTEP remotely for the functions described above.
TR – 069
TR – 069
Program TR-069 details
STATUS
System Detail
Version Revision details
Firmware Status
Last Firmware up gradation details if scheduled firmware upgrade is ON
Configuration Status
Last Configuration up gradation details if scheduled firmware upgrade is ON
Network Status
IP details status of IP configured in SETU VTEP
SIP Trunk Status
SIP trunk Status
T1E1 Port Status
T1E1 Port status whether both layers are Up or Down