Jetnet5310G Table View

Table of descriptive information and configuration about
the IP of the device.

Table of descriptive information and configuration about NTP 
servers. 
          
NTP (Network Time Protocol) synchronizes timekeeping among a 
set of distributed time servers and clients. This synchronization 
allows events to be correlated when system logs are created and 
other time-specific events occur.
          
An NTP server is configured to synchronize NTP clients. Servers 
can be configured to synchronize any client or only specific 
clients. NTP servers, however, will accept no synchronization 
information from their clients and therefore will not let 
clients update or affect the server's time settings.
          
This switch acts as an NTP client, which tries to let its clock 
be set and synchronized by an external NTP timeserver. It can be 
configured to use multiple servers (upto 4 servers).

Table of descriptive information and configuration about
DHCP server of the switch.

Table of descriptive information and configuration about
DHCP server of the switch.

Table of descriptive information and configuration about
DHCP server of the switch.

Table of descriptive information and configuration about
DHCP server of the switch.

DHCP server option82 table.

Table of descriptive information and configuration about
DHCP server of the switch.

Description.

Table of descriptive information and configuration about
DHCP relay helper address of the switch.

Table of information and configuration for each ports.

Table of descriptive and statistics information about 
each ports.

Table of descriptive information about SFP

Table of descriptive information and configuration about 
port rate limiting. You can set up bandwidth rate and packet 
limitation type for each ports.
          
Rate limiting is used to control the rate of traffic sent or 
received on a network interface. For ingress rate limiting, 
traffic that is less than or equal to the specified rate is 
received, whereas traffic that exceeds the rate is dropped.
For egress rate limiting, traffic that is less than or equal 
to the specified rate is sent, whereas traffic that exceeds 
the rate is dropped.

Table of descriptive information and configuration about
of each trunk group in this system.
          
Link aggregation, or IEEE 802.3ad, is a method of combining 
physical network links into a single logical link for 
increased bandwidth. With Link aggregation we are able to 
increase the capacity and availability of the communications 
channel between devices (both switches and end stations) 
using existing Fast Ethernet and Gigabit Ethernet technology. 
Two or more Gigabit Ethernet connections are combined in 
order to increase the bandwidth capability and to create 
resilient and redundant links. A set of multiple parallel 
physical links between two devices is grouped together to 
form a single logical link. 
          
Link Aggregation also provides load balancing where the 
processing and communications activity is distributed across 
the links in a trunk so that no single link is overwhelmed.

Table of descriptive information about trunk groups in 
the device.

Table of information and configuration for each poe ports.

Table of information and configuration for each poe ports.

Table of information and configuration for each poe ports.

Table of information and configuration for each poe ports.

Table of descriptive information and configuration about
RSTP on each port.

Table of descriptive information about root bridge
of rapid spanning tree in this system.

Table of descriptive information and configuration about
rapid spanning tree (Per port).

Table of configuration about redundany protocol in the device.

Table of status information about redundany protocol in 
the device.

Table of descriptive information and configuration about
STP on each port.

Table of descriptive information and configuration about
MSTP on each port.

Table of descriptive information about root bridge
of rapid spanning tree in this system.

Table of descriptive information and configuration about
rapid spanning tree (Per port).

A table containing per port control and status information 
for IEEE802.1Q VLAN configuration in the device.

A table containing configuration information for each VLAN 
configured into the device by management. All entries are 
permanent and will be restored after the device is reset.
Upto 64 VLANs can be configured in this device.
          
IEEE 802.1Q Virtual LANs (VLANs) allow a single physical LAN 
to be partitioned into several smaller logical LANs. VLANs 
limit the broadcast domain, improve security and performance 
and are ideal for separating systems or departments from each 
other.

A table containing per port control and status information 
for GVRP configuration in the device.

A table containing information about currently configured 
VLANs, either by (local or network) management, or dynamically 
created as a result of GVRP requests received.

A table containing per tunnel access or uplink port information in the device.

A table containing per Private VLAN ID information in the device.

A table containing per Private VLAN Port information in the device.

A table containing per Private VLAN host port association information in the device.

A table containing per Private VLAN promiscuous port mapping information in the device.

Table of descriptive information and configuration about
port default cos value.

Table of descriptive information and configuration about
COS QOS.

Table of descriptive information and configuration about
DSCP QOS.

Table of descriptive information about on which vlan is IGMP 
snooping enabled.

Table of descriptive information about IGMP snooped multicast 
groups.

Select IGMP Unknown Multicast policy.

A table containing per port control and status information 
for GMRP configuration in the device.

Table of information configuring community strings of 
SNMP agent.
          
An SNMP community string is a text string that acts as 
a password. It is used to authenticate messages that 
are sent between the management station (the SNMP manager) 
and the device (the SNMP agent). The community string is 
included in every packet that is transmitted between the 
SNMP manager and the SNMP agent. 
          
After receiving an SNMP request, the SNMP agent compares 
the community string in the request to the community 
strings that are configured for the agent. The requests 
are valid under these circumstances: 
          
- Only SNMP Get and Get-next requests are valid if the 
  community string in the request matches the read-only 
  community. 
          
- SNMP Get, Get-next, and Set requests are valid if the 
  community string in the request matches the agent's 
  read-write community.
          
By default, 'public' is the read-only community and 
'private' is the read-write community. Total 4 community
strings are allowed to configure in the device.

Table of descriptive and information about trap servers.
A trap server is the recipient of an SNMP trap. The device 
does not send a trap unless it knows to which station it 
should send a trap.

Table of descriptive and information about trap servers.
A trap server is the recipient of an SNMP trap. The device 
does not send a trap unless it knows to which station it 
should send a trap.

A table containing information about port security status on 
each port.
          
Port security prevents a port from address learning. Only 
those MAC addresses that are configured by management are 
allowed to access the switch or transmit/receive through the
port. Upto 10 MAC addresses can assigned to each port by adding
address entries to portSecurityMacTable or macAddrTable. 
          
If the port security functionality is enabled but without any 
MAC address configured on a port, no traffic can access the 
switch or transmit/receive from the port.

Table configuring static unicast MAC address for each port.
          
When you add a static MAC address, it remains in the switch's 
address table, regardless of whether the device is physically 
connected to the switch.
          
With enabling port security in portSecurityStatusTable, only 
those MAC addresses configured in portSecurityMacTable are 
allowed to access the switch or transmit/receive through the
port.

Table configuring IP addresses that can access and manage the 
device through network, such as telnet, web or SNMP. 
          
Please note that enabling IP security function but without 
adding the IP address of your current management station will 
break current management connection.

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Table of configuration about fault relay.
          
A fault relay is able to control an output circuit which is 
triggered by management defined fault events. There are two
fault relays in the device, each is controlled by an 
faultRelayEntry in this table. 
          
To configure a fault relay, first select the type of fault 
event which will trigger the relay in faultSelection, and 
then configure the related column.
          
Set faultRelayEntryStatus to active(1) to set the configuration
to the device.

Table of descriptive information and controls the reactions 
to system events.
          
Three types of reactions will be triggered: (1)logging in the 
switch or send logs to remote syslog servers, (2)sending an 
email, or (3)send an snmp trap. Each type of alert is configured 
in sysLogConfiguration, smtpConfiguration, snmpTrapServerEnable 
and snmpTrapServerTable.