User`s guide

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Ethernet Settings
Receive Interval s seconds
This is the time between keep-alive packets that the router should wait before considering
that the connection may be lost.
Transmit Interval s seconds
This is the interval between transmission of keep-alive packets.
Assume connection is lost after n timeouts
Occasional packet loss is to be expected, this parameter will allow for a specified number of
lost keep-alive packets before the connection is deemed to have failed.
Related CLI Commands
Entity
Instance
Parameter
Values
Equivalent Web Parameter
cloud n idledisconn 0,1
Disconnect when device cloud
server is idle
0 = Do not disconnect
1 = disconnect
cloud n disconnsecs 0 - 28800
Idle Timeout h,m,s
This CLI value is entered in
seconds only.
cloud n ppprxkeepalive 0 - 28800
WAN - Receive Interval
seconds
cloud n ppptrxkeepalive 0 - 28800
WAN - Transmit Interval
seconds
cloud n pppwaitfor 1 - 255
WAN - Assume connection is
lost after n timeouts
cloud n ethrxkeepalive 0 - 28800
Ethernet - Receive Interval
seconds
cloud n ethtxkeepalive 0 - 28800
Ethernet - Transmit Interval
seconds
cloud n ethwaitfor 1 - 255
Ethernet - Assume connection
is lost after n timeouts
There is an additional cloud CLI command “cloudstat”. Using this command with no
extra syntax returns the status of the socket connections, i.e. whether there is a live
connection to the device cloud server or not.
SNMP
Configuration – Remote Management > SNMP
The Simple Network Management Protocol (SNMP) is a well established way of managing
clusters of remote routers – the TransPort routers support versions 1, 2c and 3 of this
protocol. The standard Management Information Bases (MIBs) that are supported by the
router are detailed below. Alongside these, there are two other MIBs that are supplied as
standard. This is a MIB that is generated after the firmware has been installed. This is
accomplished using the “mibprint” CLI command and the “MIBEXE” DOS tool which is
available from the Technical Support Team. This MIB changes with every firmware release
since the firmware revision is embedded in the Object Identifiers (OIDs). This MIB provides
access to most of the configuration and statistics that are associated with the router.