The Web management user manual is for the OLTs listed in Table 1-1.
After you have completed installation, connection and commissioning of the equipment, you can start
on configuring various services and funct ions for the equipment.
Chassis Rack
1000M
Copper
Uplink
Port
(Independent)
10000M
Uplink
Port
SFP
(Independent)
GPON
Port
Interface
box
auto-negotiation
6*SFP
compatible with
10GE)
SFP Slots
Management Ports
out-band
port(AUX),
1*CONSOLE port
Page 6
CPU
Memory
DISK
Video Card
Operating
Frequency
2GB
10GB
65000 color
Windows2008
Management Mode
SNMP, WEB, Telnet
AUX
DG-GO4300 Series OLT User Manual
1.1.2 PC System Requirement
Table 1-2 PC System requirement
above
Or above
disk space
2GHz
and CLI
resolving
capability
1024*768
and above
System
Windows XP
Windows 7
Windows 8
Windows 10
1.2 Connection
Connect the OLT AUX port to IP network. The OLT default management IP is
192.168.8.200.
Please set your PC IP to192.168.8.XXX (e.g.192.168.8.123).
Page 7
Chapter 2 OLT Information
2.1 Login
Follow the steps to login:
1. Conform “1.2 Connection” to connect;
2. The device default IP address is 192.168.8.200;
3. Open your web browser, type the device IP in address bar;
DG-GO4300 Series OLT User Manual
4. Entry of the username and password will be prompted. Enter the default login User
Name and Password. Both the username and password are "admin" by default.
Figure 2-1: Login
2.2 Device Information
The OLT ports connection status are shown in the top of the interface, and about the
OLT basic information.
OLT InformationDevice Information
This part shows the OLT information such as system name, serial number, hardware
version, firmware version, MAC address and system time. The system name can be
modified if needed.
Page 8
DG-GO4300 Series OLT User Manual
Figure 2-2: Device Information
Chapter 3 OLT Configuration
This section is about the basic service of OLT configuration.
3.1 VLAN
OLT equipment switch engine is fully compliant with the IEEE 802.1Q VLAN
standard and has the following main features:
Support Port-based VLAN and IEEE 802.1Q VLAN.
Support full 4K VLAN group, VID range 1~4095.
All switch ports, including uplink ports and downlink ports, support VLAN partition.
VLAN 1 is the system reserved VLAN, it includes all switch ports which are UNTAG
mode.
Page 9
DG-GO4300 Series OLT User Manual
3.1.1 Create VLAN
OLT ConfigurationVLAN
In this user interface, we can create new VLANs.
Figure 3-1: Create New VLAN
Page 10
3.1.2 VLAN Port
OLT Configuration VLANVLAN Port.
DG-GO4300 Series OLT User Manual
Figure 3-2: Add VLAN Port
3.1.3 QinQ/Translation
OLT ConfigurationVLANQinQ/Translation
In this user interface, VLAN QinQ and VLAN translation can be configured. VLAN
QinQ and translation are effective for ingress.
Page 11
DG-GO4300 Series OLT User Manual
Figure 3-3: QinQ/Translation Configuration
3.2 Uplink Port
GE ports traffic statistics and basic configuration setting.
3.2.1 Information
OLT ConfigurationUplink PortInformation
This user interface displays traffic statistics of uplink ports.
Page 12
DG-GO4300 Series OLT User Manual
Figure3-4 : GE Traffic Statistics
3.2.2 Configuration
OLT ConfigurationUplink PortInformation
This user interface is used to configure port related functions and characteristic
parameters of uplink port, such as port attributes, PVID, flow control, rate limit, storm
inhibition, port isolation and so on.
Figure3-5: Uplink Ports Configuration
Page 13
Parameters
Illustration
GE port has two types, fiber SFP (GE1 to GE8) and
Description
Descriptions or remarks of port.
Active or inactive status of port. It is "Enable" by
Enable or disable flow control function of uplink port
Isolate
Port isolation with each other.
PVID
Default VLAN ID of the port.
Broadcast
Broadcast storm inhibition.
Multicast
Multicast storm inhibition.
Unknown Unicast
Unknown unicast storm inhibition.
Ingress Rate
Port ingress rate.
Egress Rate
Port egress rate.
MAC limit
Number of mac
Illustrations of each parameter:
DG-GO4300 Series OLT User Manual
Port ID
Admin Status
Flow Control
copper (GE9 to GE16).
default.
to control congestion. It is "disable" by default.
3.3 PON
3.3.1 Information
OLT ConfigurationPONInformation
This user interface is used to display parameters of PON port, such as PON module
port current temperature, voltage, current, transmit power and the traffic statistics.
Page 14
DG-GO4300 Series OLT User Manual
Figure3-6: PON Information
3.3.2 Configuration
OLT ConfigurationPONConfiguration
This user interface is used to configure port status
Page 15
DG-GO4300 Series OLT User Manual
Figure3-7: PON configuration
3.4 MAC
In this section, you can check MAC address table of OLT, set MAC aging time and
MAC limit of the ports.
3.4.1 MAC Table
OLT ConfigurationMACMAC Table
This table displays MAC addresses learned by OLT at PON and GE port.
Page 16
DG-GO4300 Series OLT User Manual
Figure3-8: MAC Address Table
3.4.2 Configuration
OLT ConfigurationMACConfiguration
The default MAC aging time of OLT is 300s, user can change the value between
10~1000000s. Also, user can add the MAC to the OLT manually.
Page 17
DG-GO4300 Series OLT User Manual
Figure 3-9:MAC Configuration
3.5 LACP
OLT ConfigurationLACPStatic LACP
To assign and configure an uplink physical interface to an Ether Channel. When a
link fails due to some reason, traffic will switch to another link automatically. The
group range is from 1 to 4.Each group can add maximum of 4 ports. Only GE ports can
be added in the channel groups.
Figure 3-10: Create Static LACP
Page 18
DG-GO4300 Series OLT User Manual
3.6 QOS
OLT ConfigurationQOS
When bandwidth is not enough or there is congestion in the network, queue scheduling
can make sure high priority data traffic passes through the device firstly. Traffic will
map to queues according to their priorities and transmit in the queues.
OLT supports eight queues altogether. Queue scheduling mode includes strict priority
(SP), weighted round robin (WRR) and hybrid mode (SP-WRR).
Strict priority scheduling guarantees high priority traffic occupy as much as bandwidth.
The lower priority traffics pass though only when there is remaining bandwidth.
Figure 3-11: QOS Configuration
3.7 ACL
In order to filter data packages, network equipment need to setup a series of rules for
identifying what need to be filtered. Only when matched with the rules the data
packages can be filtered. ACL can achieve this function. Matched conditions of ACL
rules can be source address, destination address, Ethernet type, VLAN, protocol port,
and so on. These ACL rules also can be used in other situations, such as classification
of stream in QoS. An ACL rule may contain one or several sub-rules, which have
different matched conditions.
Page 19
DG-GO4300 Series OLT User Manual
This device supports the following types of ACL.
3.7.1 IP Filter
The filter is based on the IP address, including the source IP address and destination IP
address.
OLT ConfigurationACLIP Filter
Figure 3-12: IP Filter
3.7.2 MAC Filter
The filter is based on the MAC address, including source MAC address and destination
MAC address.
OLT ConfigurationACLMAC Filter
Page 20
DG-GO4300 Series OLT User Manual
Figure 3-13: MAC Filter
3.7.3 IP/MAC Filter
OLT ConfigurationACLIP/MAC Filter
Figure 3-14 IP/MAC Filter
3.7.4 Effect Filter
Bind the access list to the ports. Each access list can be bound to several ports.
OLT ConfigurationACLEffect Filter
Page 21
DG-GO4300 Series OLT User Manual
Figure 3-15: Bind Security Filter
3.8 IGMP
3.8.1 Group Member
When there is a multicast group produced, the group will display in this table.
OLT ConfigurationIGMPGroup Member
Figure 3-16: Group Member
Page 22
DG-GO4300 Series OLT User Manual
3.8.2 Global
OLT Configuration IGMPGlobal.
IGMP basic configuration mainly contains parameters of query packet.
When IGMP status is checked, OLT works in IGMP snooping mode. IGMP snooping
is the process of listening to Internet Group Management Protocol (IGMP) network
traffic. The feature allows a network switch to "listen in" on the IGMP conversation
between hosts and routers. By listening to these conversations, the switch maintains a
map of which devices need which IP multicast streams. Multicasts may be filtered
from the ports which do not need them and thus controls which ports receive specific
multicast traffic. When IGMP status is disable, OLT works in transparent mode.
Figure 3-17: IGMP Global
3.8.3 Port
OLT Configuration IGMPPort.
This configuration is used to set the maximum number of multicast groups, filter and
fast leave mode.
Page 23
DG-GO4300 Series OLT User Manual
Figure 3-18: IGMP Port
3.8.4 Port User VLAN
OLT Configuration IGMPPort User VLAN
This configuration is used to configure IGMP VLAN for OLT. Generally, PON ports
should be configured and user VLAN and group VLAN are the same. If user VLAN
and group VLAN are different, multicast VLAN will be translated.
Page 24
DG-GO4300 Series OLT User Manual
Figure 3-19: IGMP Port User VLAN
3.8.5 Port Mrouter
OLT Configuration IGMPPort Mrouter
Multicast router port is used to transmit IGMP signal messages. Generally, OLT uplink
ports should be set as multicast router ports.
Figure 3-20: IGMP Port Mroute
Page 25
IGMP mode
Unknown multicast
Igmp packet
Snooping
drop
trap –to -cpu
Disable(transparent)
forward
forward
3.8.6 Mvlan
OLT Configuration IGMPMvlan
This configuration is used to configure Mvlan and its mode.
DG-GO4300 Series OLT User Manual
3.8.7 Static Group
OLT Configuration IGMPStatic Group
This configuration is used to bind multicast IP address and VLAN ID.
Figure 3-21: IGMP MVLAN
Loading...
+ 63 hidden pages
You need points to download manuals.
1 point = 1 manual.
You can buy points or you can get point for every manual you upload.