Table of Contents

T-Vips TVG420

The T-Vips TVG420 connector is an SNMP-based connector used to monitor and configure the T-Vips TVG420. The device settings can be monitored and changed using the TVG420 connector.

About

The TVG420 provides a monitoring interface to the T-Vips TVG420 IP Video Gateway device.

Product Info

Firmware version 3.26.12 has been tested to return the majority of the parameters implemented in the below versions of the protocol.

Other firmware versions, such as 1.4.0 and 3.6.38, may also be used but will only return a limited number of parameters.

Range Supported Firmware Version
1.0.0.x 3.26.12
1.1.0.x 3.26.12
2.1.1.x 3.26.12

Installation and configuration

Creation

SNMP main connection

This connector uses a Simple Network Management Protocol (SNMP) connection and requires the following input during element creation:

SNMP CONNECTION:

  • IP address/host: The polling IP of the device, e.g., 10.11.12.13.

SNMP Settings:

  • Port number: The port of the connected device, by default 161.
  • Get community string: The community string in order to read from the device. The default value is public.
  • Set community string: The community string in order to set to the device. The default value is private.

Usage

General

In General Page you can find the Port Configuration Table which represt the Direction the Port is running on, either IP -> ASI or ASI -> IP. Also, there is a Production Information panel with the general information about the device.

Ethernet

The Interface Table is found here with IP Address, Speed, and MAC Address. Another table found is the Address Translation Table with MAC Address and IP Address.

IP Tx

There are two Configuration tables and two status tables. The TX Input Configuration Table let's you see the Input state and the Keep 204 Bytes state, as well as changing the Name of the row. the TX IP Transmission Table let's you see the Transmission state, Destination IP, Protocol (UDP or RDP), and also some information about the transmission. On the status side, the TX Input Status Table will show you the Sync state, Packet length, ASI Total Bit Rate, and ASI Effective Bit Rate. The TX IP Status Table will show you IP Resolved state, MAC Address, Ethernet Total Rate, and FEC Mode. You can also find three page buttons that represent VLAN, RIP-2, and FEC.

IP Rx

First thing you will see on this page is the IGMP Version. Next, the page has a similar structure as the IP TX Page. The RX Output Configuration Table will let you change the Name and Output state, as well as see the Packet Length. The RX IP Parameters Table shows the Receive Port, Multi Cast Mode, Multi Cast IP, and the Multi Cast Source IP. On the status side, the RX Output Status Table comes with the IP Total Rate and the ASI Effective Rate. Last table is the RX IP Status Table that comes with Locked state, Buffer Usage, Latency, Protocol status, Packets per Frame, Sequence Errors, and Lost IP Frames. There are also two page buttons on this page to represent IP RX Extra, and IP RX Status.

Alarms

This page contains Alarm Status information for the device, and to pick some more examples, there are things like Data Loss Alarm, Lock Alarm, Sync Alarm, Temperature alarm, among others.

Trap Destinations

This page displays the Trap Destination and the Trap Status. You can also Add SNMP Tram Destination.

Web Interface

This page can be used to access the web interface of the device. Note that the client machine has to be able to access the device, as otherwise it will not be possible to display the web interface.

Usage (2.1.1.x)

General

In General Page you can find the Port Configuration Table which represt the Direction the Port is running on, either IP -> ASI or ASI -> IP. Also, there is a Production Information panel with the general information about the device.

Ethernet

The Interface Table is found here with IP Address, Speed, and MAC Address.

IP Tx

There are two Configuration tables and two status tables. The TX Input Configuration Table let's you see the Input state and the Keep 204 Bytes state, as well as changing the Name of the row. the TX IP Transmission Table let's you see the Transmission state, Destination IP, Protocol (UDP or RDP), and also some information about the transmission. On the status side, the TX Input Status Table will show you the Sync state, Packet length, ASI Total Bit Rate, and ASI Effective Bit Rate. The TX IP Status Table will show you IP Resolved state, MAC Address, Ethernet Total Rate, and FEC Mode. You can also find three page buttons that represent VLAN, RIP-2, and FEC.

IP Rx

First thing you will see on this page is the IGMP Version. Next, the page has a similar structure as the IP TX Page. The RX Output Configuration Table will let you change the Name and Output state, as well as see the Packet Length. The RX IP Parameters Table shows the Receive Port, Multi Cast Mode, Multi Cast IP, and the Multi Cast Source IP. On the status side, the RX Output Status Table comes with the IP Total Rate and the ASI Effective Rate. Last table is the RX IP Status Table that comes with Locked state, Buffer Usage, Latency, Protocol status, Packets per Frame, Sequence Errors, and Lost IP Frames. There are also two page buttons on this page to represent IP RX Extra, and IP RX Status.

System Alarms

This page contains Alarm Status information for the device. The system alarms are pulled from the Current Alarm Table and device traps. Some examples include: SNTP Server Unreachable, Defective Fan, and Power Failed.

Trap Destinations

This page displays the Trap Destination and the Trap Status. You can also Add SNMP Tram Destination.

Web Interface

This page can be used to access the web interface of the device. Note that the client machine has to be able to access the device, as otherwise it will not be possible to display the web interface.

Dateminer Connectivity Framework

The version 2.1.1.x of the Wellav UMH160R-IP supports the usage of DCF.

DCF can also be implemented through the DataMiner DCF user interface and through DataMiner third-party connectors (for instance a manager).

Interfaces

Dynamic Interfaces

The dynamic interfaces are created based on Table 3600 (Port Configuration Table).

Table 3600 will contain all the DCF output interfaces.

  • **ASI IN_**instance value_Interface Type: Dynamic Interface with type inout.
  • **ASI OUT_**instance value_Interface Type: Dynamic Interface with type inout
  • **IP IN_**instance value_Interface Type: Dynamic Interface with type inout.
  • **IP OUT_**instance value_Interface Type: Dynamic Interface with type inout.

Connections

Internal Connections

The connections are made following these conditions:

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