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Transcript of 4 - GEPON Service Prov
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UTStarcom Confidential
Technical Training Solutions2009.jan.20_Z1
GEPONService Provisioning
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Module Objectives
Configure options for registration of ONUs with local.Authentication.
Configure L2 switching features of the OLT.
Configure L3 switching features of the OLT.
Configure routing options in the OLT.
Configure SLA and DBA policies for ONU traffic.
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Module Topics
PON Configuration.
OLT Management.
L2 Switch Configuration.
L3 Switch Configuration.
Routing Configuration.
DBA Configuration.
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PON Configuration
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PON System Configuration
The PON system configurations include: Authentication Mode.
Local authentication or remote authentication.
Lport binding.
SLA synchronization.
VLAN ID Base.
ONU authentication timeout (for remote authentication).
System MAC Address Table aging time.
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PON Configuration Authentication
Local vs. Remote authentication.
Establishes the difference between authenticatingresources with information available at the OLT itself, orthe need to access a remote server that contains extendedinformation on the subscriber and its services.
telnet@hostname(config-t)# show pon-sys
PON system global parameters:
local sla authentication = enabled
local sla sync with radius server = disabled
local logical port strict binding = enabled
MAC Address Aging Timer = 300 seconds
remote-mgmt onu-authentication time out = 10
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PON Configuration Authentication
BBS4000(config-t)#
Enable/disable ONU/CLI user local authentication.
pon-sys local-authentication {enabled|disabled}
Enable/disable SLA synchronization.
pon-sys sla-synchronization {enabled |
disabled}
Enable/disable Lport binding with ONU MAC address.
pon-sys lport-strict-binding {enabled|disabled}
Set the VLAN ID Base.
pon-sys vlan-id-base {2-750 | 1262-3839}
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PON System ConfigurationLocal Authentication
Local Authentication uses the ONUs MAC address toauthentication its belonging to the network, or no
authentication at all.
ONU Logical Port (Lport) Assignment.
Each individual ONU is assigned to one of the PON port's
64 logical ports (Lports).
When lport-binding is enabled, the OLT system uses a
binding table that sets a mapping relationship between
ONU MAC addresses and individual Lports.
When lport-binding is disabled, the OLT assigns the
ONU the lowest available lport number.
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PON System ConfigurationLocal Authentication
ONU Registration Process:1. OLT assigns the ONU a Logical Link ID (LLID).
2. Pre-configured lport number is obtained from the binding
table.
3. This lport number is assigned to the ONU.
4. VLAN ID and other attributes are assigned to the ONU.
Upon successful completion of the registration, each
ONU connected to an individual PON port is assigned aunique Lport number.
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PON System ConfigurationExample Local Authentication
To configure local ONU authentication.telnet@hostname(config-t)#pon-sys local-authentication enabled
telnet@hostname(config-t)#pon-sys lport-strict-binding enable
telnet@hostname(config-t)#pon-sys vlan-id-base 10
Warning: The system parameters must be saved and the system rebootedbefore the VLAN ID Base modification will become effective.
telnet@hostname(config-t)# show pon-sysPON system global parameters:
local sla authentication = enabled
local sla sync with radius server = disabled
local logical port strict binding = enabled
MAC Address Aging Timer = 300 seconds
remote-mgmt onu-authentication time out = 10telnet@hostname(config-t)# exit
telnet@hostname# configure management
telnet@hostname(config-mgmt)# save
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PON System ConfigurationONUs MAC & PONs lport Binding
BBS4000# configure terminal BBS4000(config-t)# interface epon-olt 1/2
BBS4000(config-t-if-olt-1/2)# onu 3
BBS4000(config-if-onu-1/1/3)#
Configure ONU MAC and Lport binding from the ONUcommand mode.
dba-sla mac
Remove ONU MAC and Lport binding.
dba-sla mac 0:0:0:0:0:0
Display the MAC address table under PON port(s).
show interface epon-olt [module/port]
mac-address-table
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PON System Configurationlport Binding Example
telnet@hostname(config-t)# interface epon-olt 1/1
telnet@hostname(config-t-if-olt-1/1)# onu 1telnet@hostname(config-if-onu-1/1/1)# dba-sla mac 00:07:ba:3a:0f:bf
telnet@hostname(config-if-onu-1/1/1)# exit
telnet@hostname(config-t-if-olt-1/1)# no shutdown
telnet@hostname(config-t-if-olt-1/1)# exit
telnet@hostname(config-t)# show interface epon-olt 1/1 onu-registered
----------------------------------------------------------------------
OLT = 1/1, Logical port = 1, ONU id=1, LLID[0]=1
Internal state = Running, admin state = Enabled
Registered state = Registered, authentication state = authorized
ONU mac address = 00:07:ba:3a:0f:bf
User ID = 1000105420005900
RTT TQ = 0
Laser_on_time = 4
Laser_off_time = 4
Hardware type = ONU100
Hardware version = 0
Firmware version = 02.01.11
Bootloader version = 02.01.10
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PON System ConfigurationNo lport Binding Example
Configure local authentication with no Lport binding.telnet@hostname(config-t)#pon-sys local-authentication
enabled
telnet@hostname(config-t)#pon-sys lport-strict-bindingdisabled
telnet@hostname(config-t)# show pon-sys
PON system global parameters:
local sla authentication = enabled
local sla sync with radius server = disabled
local logical port strict binding = disabled
MAC Address Aging Timer = 300 seconds
remote-mgmt onu-authentication time out = 10
telnet@hostname(config-t)#
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PON System ConfigurationNo lport Binding Example
Activate interface.telnet@hostname(config-t)# interface epon-olt 1/2
telnet@hostname(config-t-if-olt-1/2)# no shut
telnet@hostname(config-t-if-olt-1/2)# show interface epon-olt 1/2 onu-registered
-------------------------------------------------------------------------
OLT = 1/2, Logical port = 1, ONU id=1, LLID[0]=1
Internal state = Running, admin state = Enabled
Registered state = Registered, authentication state = authorized
ONU mac address = 00:07:ba:39:0e:f8
User ID = 3112005071500358
RTT TQ = 0
Laser_on_time = 4
Laser_off_time = 4
Hardware type = ONU1000B
Hardware version = 0
Firmware version = 01.00.09
Bootloader version = 01.00.06
telnet@hostname(config-t-if-olt-1/2)#
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Other Commands
Check Configured MAC addresses.telnet@hostname(config-t)# show interface epon-olt onu dba-sla
OLT LPort VID committed maximum mac-limit plato calling
bandwidth bandwidth class station-id
(Kbps) (Kbps)
----------------------------------------------------------------------------------1/1 1 0 10000 100000 8190 0 00:07:ba:3a:0f:bf
1/1 2 0 10000 100000 8190 0 00:00:00:00:00:00
1/1 3 0 10000 100000 8190 0 00:00:00:00:00:00
Check Registered MAC addresses.
telnet@hostname(config-t)# show interface epon-olt mac-address-table
Record OLT LPort ONU id LLID Mac_Address Type
-------------------------------------------------------------
1 1/1 1 1 1 00:07:ba:3a:0f:bf Dynamic
2 1/2 1 1 1 00:07:ba:39:0e:f8 Dynamic
telnet@hostname(config-t)#
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EAP Response (credentials)
PON System ConfigurationRemote Authentication
Remote Authentication uses a Radius (RemoteAuthentication Dial-In User Service) server (IEEE802.1x)
to authenticate subscribers and accounting functions.
EAPOL - Start
EAP Request / Identity
EAP Response / Identity
EAP Request
EAP Success
Radius-Access-Request
Radius-Access-Challenge
Radius-Access-Request
Radius-Access-Accept
Access Blocked
Access Allowed
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OLT Management
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OLT Port Management
Administrative Status. Enable or Disable. Default is Disabled.
shutdown : Disable
no shutdown: Enabled
Physical state of OLT module.
not present. This is default.
present. Status acquired when physical module is inserted.
Transceiver type.
Five types: FIBERXON, INFINEON, SFP, ZENO and ZONU.
Only FIBERXON is currently supported.
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OLT Configuration Commands
Display current OLT and all ONU state. show interface epon-olt [module/port] brief
Display OLT running configuration.
show interface epon-olt [module/port]running-config
Show all registered ONU.
show interface epon-olt [module/port] onu-
registered
Show details of all OLT ports, do not specify any module
and/or ports.
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OLT Port Management
telnet@hostname# show interface epon-olt brief
OLT state admin phy mac Num of transceiver Hardware Firmware
id state state addr onu type version version
-----------------------------------------------------------------------------------------------------
1/1 Running Enabled present 00:e0:8e:88:00:01 1 LTM2-FIBERXON2 0x50010003 0x20009
1/2 Running Enabled present 00:e0:8e:88:00:02 1 LTM2-FIBERXON2 0x50010003 0x20009
1/3 Disabled Disabled present 00:e0:8e:88:00:03 0 LTM2-FIBERXON2 0x50010003 N/A1/4 Disabled Disabled present 00:e0:8e:88:00:04 0 LTM2-FIBERXON2 0x50010003 N/A
2/1 Disabled Disabled not present 00:e0:8e:88:00:05 0 LTM1-FIBERXON1 N/A N/A
2/2 Disabled Disabled not present 00:e0:8e:88:00:06 0 LTM1-FIBERXON1 N/A N/A
2/3 Disabled Disabled not present 00:e0:8e:88:00:07 0 LTM1-FIBERXON1 N/A N/A
2/4 Disabled Disabled not present 00:e0:8e:88:00:08 0 LTM1-FIBERXON1 N/A N/A
telnet@hostname#
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Lab Exercise
LAB 01
Attach First ONUs
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Lab: Attach First ONU
1. Reconfigure the Managementport IP address.
2. Login to BBS 4000 via the
management port.
3. Configure the ONU's MAC andPON's lport binding.
4. Activate the OLT port and the
lport binding.
5. Verify the OLT and ONUsconfiguration.
Management IP:
10.10.0.10 / 24 10.20.0.10 / 24
VLAN
101
VLAN
166
OLT 1/1 OLT 1/2
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Lab: Attach First ONU
telnet@hostname> enable
telnet@hostname# conf management
telnet@hostname(config-mgmt)# out-band interface fast-ethernet ip addressA.B.C.D a.b.c.d
c:\> telnet A.B.C.D
Username:adminPassword:admin
telnet@hostname> enable
telnet@hostname# conf t
telnet@hostname(config-t)# interface epon-olt 1/1
telnet@hostname(config-t-if-olt-1/1)#
telnet@hostname(config-t-if-olt-1/1)# onu 1
telnet@BBS4000(config-if-onu-1/1/1)# dba-sla mac XX:XX:XX:XX:XX:XX
telnet@BBS4000(config-if-onu-1/1/1)# exit
telnet@BBS4000(config-t-if-olt-1/1)# exit
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Lab: Attach First ONU
telnet@BBS4000(config-t)#
telnet@BBS4000(config-t)# interface epon-olt 1/2
telnet@BBS4000(config-t-if-olt-1/2)# onu 2
telnet@BBS4000(config-if-onu-1/2/1)# dba-sla mac XX:XX:XX:XX:XX:XX
telnet@BBS4000(config-if-onu-1/2/1)# exit
telnet@BBS4000(config-t-if-olt-1/1)# exit
telnet@BBS4000(config-t)# interface epon-olt 1/1
telnet@BBS4000(config-t-if-olt-1/1)# no shutdown
telnet@BBS4000(config-t-if-olt-1/1)# exit
telnet@BBS4000(config-t)#
telnet@BBS4000(config-t)# interface epon-olt 1/2
telnet@BBS4000(config-t-if-olt-1/2)# no shutdowntelnet@BBS4000(config-t-if-olt-1/2)# exit
telnet@BBS4000(config-t)#
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Lab: Attach First ONU
telnet@hostname# show interface epon-olt brief
OLT state admin phy mac Num of transceiver Hardware Firmware
id state state addr onu type version version
------------------------------------------------------------------------------------------------------------
1/1 Running Enabled present 00:e0:8e:88:00:01 1 LTM2-FIBERXON2 0x50010003 0x20009
1/2 Running Enabled present 00:e0:8e:88:00:02 1 LTM2-FIBERXON2 0x50010003 0x20009
1/3 Disabled Disabled present 00:e0:8e:88:00:03 0 LTM2-FIBERXON2 0x50010003 N/A
1/4 Disabled Disabled present 00:e0:8e:88:00:04 0 LTM2-FIBERXON2 0x50010003 N/A
2/1 Disabled Disabled not present 00:e0:8e:88:00:05 0 LTM1-FIBERXON1 N/A N/A
2/2 Disabled Disabled not present 00:e0:8e:88:00:06 0 LTM1-FIBERXON1 N/A N/A
2/3 Disabled Disabled not present 00:e0:8e:88:00:07 0 LTM1-FIBERXON1 N/A N/A
2/4 Disabled Disabled not present 00:e0:8e:88:00:08 0 LTM1-FIBERXON1 N/A N/A
telnet@hostname#
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Lab: Attach First ONU
telnet@hostname# show interface epon-olt 1/1 onu 1 summary
-------------------------------------------------------------------------
OLT = 1/1, Logical port = 1, ONU id=1, LLID[0]=1
Name = ONU-1
Internal state = Running, admin state = Enabled
Registered state = Registered, authentication state = authorized
ONU mac address = 00:07:ba:3a:0f:bf
User ID = 1000105420005900
RTT TQ = 0
Framed IP Address = 0.0.0.0
Framed Netmask = 0.0.0.0
Laser_on_time = 4
Laser_off_time = 4
Mpcp Timeout = 4000
Multicast filtering = enable
P2p-access policing = disable
P2p-access port_number = 63
P2p-access port bitmap[1-32][33-64]:[0xffffffff][0xffffffff]
Hardware type = ONU100
Hardware version = 0
Firmware version = 02.01.11
Bootloader version = 02.01.10
telnet@hostname#
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Lab Exercise
LAB 02
Attach ONUs with
no Lport binding
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Attach ONUs No Lport Binding
1. Configure the no use of Lportbinding.
2. Activate the OLT port.
3. Verify the OLT and ONUs
configuration.
Management IP:
10.10.0.10 / 24 10.20.0.10 / 24
VLAN ? VLAN ?
OLT 1/1 OLT 1/2
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L2 Switch Configuration
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L2 Port-Based VLANs
By default all of the BBS GE ports (GE1/1-4,GE2/1-4,GE3/1-4) are untagged ports assigned to VLAN ID 1.
GE 1/2
VLAN 1
GE 1/1
UntagUntag
VLAN 20VLAN 10
UntagTag 1
2
PVID=10 PVID=20
Untagx3
4
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Type of ports
Transparent
Tag
Stack
All three modes can be applied on the ports of
ONU,OLT PON and OLT Uplink port
Unique Vlan for internet, Common Vlan for all
customer for VOIP and Multicast
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L3 Switch Configuration
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L3 Switch Routing
Four different interfaces: Routed Interface (RI).
Switched Virtual Interface (SVI).
Super Switched Virtual Interface (Super SVI).
L3 Link Aggregation Interface.
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L3 Interfaces Status
Interface Status: HW status set by administrator. UP / DOWN.
Change with shutdown and no shutdown commands.
Protocol Status: Status of SW processes.
UP / DOWN.
Set by correct establishment of the link.
Check Interface Status:telnet@BBS4000(config-t-if-ge-3/1)# show interface giga-ethernet 3/1
GigaEthernet3/1 is up, line protocol is up
Internet address is 40.0.0.10/255.255.255.0
MTU 1500 bytes
L3 in Switched: Octets: 636224362 bytes, ucast: 4338 pkt, mcast:1261737 pkt, bcast: 176 pkt
L3 out Switched: Octets: 754944 bytes, ucast: 4300 pkt, mcast: 0 pkt,bcast: 2954 pkt
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L3 Routed Port
Physical port that performs likea port on a router.
Does not need to be
connected to a router.
Routed ports are untagged
ports. Have no associationwith VLANs.
Note: Only uplink ports
(GE3/1-3) can be configured
as Routed ports.
GE 3/1
OLT 1/1 OLT 1/2
RI
IP Address: 200.10.0.10/24
IP Address: 200.10.0.150/24
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L3 Routed Port
Create Routed Interface.
1. Enter GE3/2 port's configuration mode.
BBS4000(config-t)# interface giga-ethernet 3/2
2. Configure GE3/2 as a L3 interface.
BBS4000(config-t-if-ge-3/2)# no switchport
3. Set the IP address for the GE3/2 interface.BBS4000(config-t-if-ge-3/2)#ip address 200.1.2.1 255.255.255.0
4. Enable the GE3/2 interface.
BBS4000(config-t-if-ge-3/2)# no shutdown
5. Display the GE3/2 interface information.
telnet@BBS4000(config-t-if-ge-3/2)# show interface giga-ethernet 3/2GigaEthernet3/2 is up, line protocol is up
Internet address is 200.1.2.1/255.255.255.0
MTU 1500 bytes
L3 in Switched: Octets: 54960 bytes, ucast: 417 pkt, mcast: 76 pkt,bcast: 0 pkt
L3 out Switched: Octets: 27528 bytes, ucast: 0 pkt, mcast: 74 pkt, bcast:0 pkt
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L3 Routed Port
Remove RI Interface.
1. Re-configure the RI as a L2 switch port.telnet@BBS4000(config-t-if-ge-3/2)# switchport
2. Verify the change.telnet@BBS4000(config-t-if-ge-3/2)# show interface giga-ethernet 3/2
telnet@BBS4000(config-t-if-ge-3/2)# show interface giga-ethernet 3/2switch
GE: 3/2
Switchport: EnabledName: GE-10
MTU: 1500bytes
Speed: 1000Mbps
AdminStatus: EnableAuto Negotiation: Enabled
Ingress vlan filter: Disabled
Flow Control receive: Enabled
Flow Control transmit: Enabled
Maximum receive frame: 1532
Link Status: Up
PVID: 1
3 S i h d Vi l I f (SVI)
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L3 Switched Virtual Interface (SVI)
VLAN interface that is givenL3 routing capabilities by
assigning it a L3 IP address.
Multiple BBS 4000 GE ports
can be configured in the one
SVI.
Enables the BBS 1000(+)'s
routing of packets between
different VLANs.
Used for uplinkredundancy.
L3 uplink using tagging.
OLT 1/1 OLT 1/2
Internet
GE 3/1
Vlan 500
SVI
IP Address: 40.0.0.10/24
GE 3/4
L3 S it h d Vi t l I t f (SVI)
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L3 Switched Virtual Interface (SVI)
Create SVI.
1. Create VLAN and assign Gigabit-Ethernet port members to the VLAN.telnet@BBS4000(config-t)# vlan 500telnet@BBS4000(config-t-vlan-500)#member ge3/2,ge3/4tagged
telnet@BBS4000(config-t-vlan-500)# exit
2. Create SVI based on VLAN 500 and then display VLAN 500 information.telnet@BBS4000(config-t)# interface vlan 500telnet@BBS4000(config-t-if-vlan-500)# show vlan 500VLAN 500:
Name :
port(s) or group(s) :ge3/2,ge3/4
Tagged port(s) or group(s) :ge3/2,ge3/4Untagged port(s) or group(s) :
3. Assign IP address to the SVI.telnet@BBS4000(config-t-if-vlan-500)# ip address 40.0.0.10255.255.255.0
L3 S it h d Vi t l I t f (SVI)
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L3 Switched Virtual Interface (SVI)
Create SVI.
4. Enable the interface.
telnet@BBS4000(config-t-if-vlan-500)# no shutdown
5. Display the SVI configuration information.
telnet@BBS4000(config-t-if-vlan-500)# show interface vlan
500Vlan500 is up, line protocol is up
Internet address is 40.0.0.10/255.255.255.0
MTU 1500 bytes
L3 in Switched: Octets: 0 bytes, ucast: 0 pkt, mcast: 0
pkt, bcast: 0 pkt
L3 out Switched: Octets: 0 bytes, ucast: 0 pkt, mcast: 0pkt, bcast: 0 pkt
L3 S it h d Vi t l I t f (SVI)
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L3 Switched Virtual Interface (SVI)
Remove SVI.
1. Remove the SVI.
telnet@BBS4000(config-t)# no interface vlan 500
2. Verify the deleting.
telnet@BBS4000(config-t)# show interface vlan 500
Optionally, use the CLI command below to show all L3 interfaces.
With this command you can verify whether the SVI exists.
telnet@BBS4000(config-t)# show ip interface brief
L3 S SVI
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L3 Super SVI
It is a VLAN interface with L3routing capabilities that groups
other sub-VLANs and its IP
address becomes default
gateway for them.
Aggregation technique forconserving IP address
resources.
Super SVI enable routing of
ONU packets between
different sub-VLANs.
Note: Super SVI can only be
configured on the downlink GE
ports (GE1/1-4 and GE2/1-4).
OLT 1/1 OLT 1/2
VLAN 600
Super SVI
IP Address: 50.0.0.10/24
ONU1
VLAN 101
ONU32
VLAN 132
L3 S SVI
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L3 Super SVI
Create Super SVI.
1. Create a VLAN.telnet@BBS 4000(config-t)# vlan 600
2. Assign ports GE1/1 and GE1/2 as tagged members of VLAN 600.telnet@BBS4000(config-t-vlan-600)#member ge1/1-2 tagged
telnet@BBS4000(config-t-vlan-600)# show vlan 600
VLAN 600:Name :
port(s) or group(s) :ge1/1-2
Tagged port(s) or group(s) :ge1/1-2
Untagged port(s) or group(s) :
telnet@BBS4000(config-t-vlan-600)# exit
3. Create an SVI and assign its IP address.telnet@BBS4000(config-t)# interface vlan 600
telnet@BBS4000(config-t-if-vlan-600)# ip address 50.0.0.10255.255.255.0
4. Configure the SVI as a Super SVI.telnet@BBS4000(config-t-if-vlan-600)# super-svi
L3 S SVI
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L3 Super SVI
Create Super SVI.5. Add SVI member interfaces to the Super SVI.
Assure all member VLANs attached to interface (this ex: GE1/1-2) are added to Super SVI.
telnet@BBS4000(config-t-if-vlan-600)#member-vlan 101-164
6. Enable the SVI.
telnet@BBS4000(config-t-if-vlan-600)# no shutdown7. Verify the configuration.
telnet@BBS4000(config-t-if-vlan-600)# show interface super- vlan
Member: 101-164
telnet@BBS4000(config-t-if-vlan-600)# show interface vlan 600
Super Vlan id: 600
Member: 101-164Vlan600 is up, line protocol is up
Internet address is 50.0.0.10/255.255.255.0
MTU 1500 bytes
L3 in Switched: Octets: 0 bytes, ucast: 0 pkt, mcast: 0 pkt, bcast:
0 pkt
L3 out Switched: Octets: 0 bytes, ucast: 0 pkt, mcast: 0 pkt,
bcast: 0 pkt
L3 S SVI
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L3 Super SVI
Delete the Super SVI Interface.1. Remove the Super SVI.
telnet@BBS4000(config-t)# no interface vlan 600
2. Verify the removal.
telnet@BBS4000(config-t)# show ip interface brief
L3 Link Aggregation Interface
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L3 Link Aggregation Interface
Aggregation Interfaces allow bandwidth addition of 2 or moreuplinks.
Can be created based on an SVI port or routed port.
Based on a SVI port:
Create a Layer 2 VLAN. Configure a SVI type interface.
Assign an IP address to this interface.
Based on this SVI, configure a LAG routed interface.
Based on a GE routed port:
Configure a Gigabit-Ethernet routed port.
Based on this Gigabit-Ethernet routed port configure a LAGrouted interface.
L3 Link Aggregation Interface
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gg gBased on SVI
If routing and VLAN tagging are
required, configure uplink as an SVI.
If the BBS 4000's uplink data rate
will be higher than 1Gbps, use link
aggregation to increase the
bandwidth.
GE 3/1
LAG 1
GE 3/4
Channel-group 1:
VLAN 600 (g1/0/5,1/0/6)IP Add: 60.0.0.1/24
Configure Link Aggregation Group 1.
1. Create VLAN 600.
telnet@BBS4000(config-t)# vlan 600
telnet@BBS4000(config-t-vlan-600)#member ge3/1,ge3/4 tagged
telnet@BBS4000(config-t-vlan-600)# exit
telnet@BBS4000(config-t)#Link Aggregation 1:
VLAN 600 (GE3/2, GE3/4)
IP Add: 60.0.0.10/24
L3 Link Aggregation Interface
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gg gBased on SVI
Configure Link Aggregation Group 1.
2. Create link aggregation 1.
telnet@BBS4000(config-t)# interface link-aggregation 1
telnet@BBS4000(config-t-if-lg-1)# description "SVI"
telnet@BBS4000(config-t-if-lg-1)# load-balance {dst-ip | dst-mac | src-dst-ip | src-dst-mac | src-ip | src-mac }
Note:Link Aggregation Group 1 is created & added into VLAN 1, & PVID is 1.
3. Add link aggregation 1 to VLAN 600.
telnet@BBS4000(config-t-if-lg-1)# add-to vlan 600 tagged
Add to VLAN 600 as TAGGED success
4. Add members of link aggregation 1.
telnet@BBS4000(config-t-if-lg-1)#member ge3/1,ge3/4
Note:All the static MAC address and ACL rules associated with interface ge3/1,
ge3/4 have been cleared.
L3 Link Aggregation Interface
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gg gBased on SVI
Configure SVI Interface.
1. Create a SVI based on VLAN 600, and assign its IP address.telnet@BBS4000(config-t)# interface vlan 600telnet@BBS4000(config-t-if-vlan-600)# ip add 60.0.0.10255.255.255.0
2. Enable the SVI.
telnet@BBS4000(config-t)# no shutdowntelnet@BBS4000(config-t-if-vlan-1000)# exit
3. Display the SVI information.telnet@BBS4000(config-t)# show interface vlan 600Vlan600 is up, line protocol is up
Internet address is 60.0.0.10/255.255.255.0
MTU 1500 bytesL3 in Switched: Octets: 0 bytes, ucast: 0 pkt, mcast: 0
pkt, bcast: 0 pkt
L3 out Switched: Octets: 0 bytes, ucast: 0 pkt, mcast: 0
pkt, bcast: 0 pkt
Note:Corresponding channel group and VLAN must be created in the switch
to which the OLT is connected.
L3 Link Aggregation Interface
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gg gBased on SVI
Remove Link Aggregation Group.
1. Enter Configuration Terminal command mode.telnet@BBS4000# configure terminal
2. Delete the Super SVI.
telnet@BBS4000(config-t)# no interface vlan 600
3. Delete the link aggregation.telnet@BBS4000(config-t)# no interface link-aggregation 1
4. Remove the VLAN members.
telnet@BBS4000(config-t)# vlan 600
telnet@BBS4000(config-t-vlan-600)# no member ge3/1,ge3/4
telnet@BBS4000(config-t-vlan-600)# exit
5. Delete the VLAN.
telnet@BBS4000(config-t)# no vlan 600
telnet@BBS4000(config-t)#
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DBA Configuration
Dynamic Bandwidth Allocation (DBA)
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Dynamic Bandwidth Allocation (DBA)
Dynamic Bandwidth Allocation (DBA) is essential for anefficient GEPON network.
Allows for performance of over-subscription on the PON.
Upstream Traffic. Upstream rate control for traffic from the ONU to the OLT
is set by Dynamic Bandwidth Allocation (DBA).
Downstream Traffic.
Controlled setting a ONU policy.
DBA Cycle (Upstream)
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DBA Cycle (Upstream)
DBA algorithm is cycle based. A grant cycle is a period of pre-calculated bandwidth
allocation.
Calculation done based on the collected ONU's requests
from the previous cycle and SLA to allocate bandwidth toONUs for the next cycle.
SLA defines the minimum bandwidth, maximum bandwidth
and maximum burst size for each ONU.
DBA Configuration Commands
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DBA Configuration Commands
BBS4000# configure terminal
BBS4000(config-t)# interface epon-olt 1/2
BBS4000(config-t-if-olt-1/2)# onu 3
BBS4000(config-t-if-olt-1/2/3)#
Configure parameter committed bandwidth of ONU's SLA for DBA.
dba-sla committed-bandwidth
Configure parameter max bandwidth of ONU's SLA for DBA. dba-sla maximum-bandwidth < max-bandwidth>
Configure parameter class of ONU's SLA for DBA.
dba-sla class
Reset ONU's SLA configuration for DBA.
no dba-sla { committed-bandwidth| max-bandwidth| max-burst-size}
Related Show Command.
Display ONU's SLA configuration for DBA.
show interface epon-olt [module/port] onu [logical-port]
dba-sla
ONU Policy Configuration
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ONU Policy Configuration
Each PON port supports two policy types: Downlink Policy: Controls downstream bandwidth.
p2p-Stream Policy: Control bandwidth between ONUs.
When in p2p-access mode, ONUs can communicate with
other ONUs.
OLT 1/1
ONU2 ONU3ONU1
P2p access
ONU Policy Configuration
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Downstream Policy
Downstream Policy. Priority of downstream
forwarding: They are high-
priority-frames and short-
frames.
Maximum bandwidth: Theconfigurable range is
0..1000Mbps and
0..1000000kbps.
Max-burst-size: When
there is traffic jam, systemwill guarantee that max-
burst-size data will not get
lost.
OLT 1/1
ONU2 ONU3ONU1
Downstream
ONU Policy Configuration
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Downstream Policy
BBS4000# configure terminal
BBS4000(config-t)# interface epon-olt 1/2
BBS4000(config-t-if-olt-1/2)# onu 3
BBS4000(config-t-if-olt-1/2/3)#
Enable|disable the downstream bandwidth policy. [no] downstream bandwidth policing
Configure maximum bandwidth of the downstream SLA.
downstream maximum-bandwidth
no downstream maximum-bandwidth
Configure max burst size of the downstream SLA.,unit is Kbytes.
downstream max-burst-size
no downstream max-burst-size