Shulou(Shulou.com)06/01 Report--

Basic View commands for OLT

Showrunning-config / / View the running configuration file

Show card// to view the online status and version information of the dashboard and line card

Show gpononu uncfg// view all unconfigured ONU of OLT

Show gpononu uncfg gpon-olt_1/3/2 / / View the unconfigured ONU under the port

Show gpononu state / / View all configured ONU of OLT

Parameter "PhaseState" may have the following values:

(1) offline, indicating that the ONU belongs to offline configuration, and the ONU was not found by OLT.

(2) logging, indicating that the ONU has been searched and is ranging

(3) syncMib, indicating that the ONU has finished ranging and is synchronizing data

(4) working, indicating the end of ONU synchronization and other configurations can be made.

(5) LOS, indicating that the optical link between ONU and OLT is faulty, resulting in ONU being dropped.

(6) DyingGasp, indicating that the ONU is powered off. It may be that the ONU is normally powered off, or the city power is cut off where the ONU is located.

Show gpononu state gpon-olt_1/2/1 / / View the ONU status under the port

Showmac / / View MAC address

Showversion-running// to view the currently running version information

Showonu-type / / query the ONU types currently supported by the system

Showgpon profile tcont / / View existing tcont templates

Showgpon profile traffic / / View existing traffic templates

Show vlansummary / / query the created VLAN

Show vlan2000 / / query the port bound by 813VLAN

Showrunning-config interface gpon-onu_1/2/8:20 / / View GPON-ONU port data

Showrunning-config interface gei_1/20/1 / / View gei_1/20/1 data that have been equipped with a row port

Show onurunning config gpon-onu_1/2/8:20 / / View data sent to ONU

The optical power of the ONU side received by show pon power olt-rx gpon-onu_1/2/8:20 at the pon port

Optical transmission power of show ponpower olt-tx gpon-olt_1/2/8 OLTpon port

Add a board

Add frame, rack, business board and upper connection board in order.

Add-rackrackno 1 racktype IEC19 / / ETSI_SHELF: 21-inch frame, IEC_SHELF: 19-inch frame

Add-shelfrackno 1 shelfno 1 shelftype IEC_SHELF

Add-cardrackno 1 shelfno 1 slotno 0 PRWG

Add-cardrackno 1 shelfno 1 slotno 1 PRWG

Add-cardrackno 1 shelfno 1 slotno 2 GTGO

Add-cardrackno 1 shelfno 1 slotno 3 ETGO

Add-cardrackno 1 shelfno 1 slotno 19 HUTQ

Add-cardrackno 1 shelfno 1 slotno 20 GUFQ / / add Pon board to which business slot, that is, fill in several

ZXAN (config) # showcard / / View board information

ZXAN (config) # del-cardslotno 2 / / Delete veneer

Confirm todelete card? [yes/no]: y

ZXAN#reset-cardslotno 5 / / reset veneer:

Confirm toreset card? [yes/no]: y

ZXAN#swap / / Master / Slave Control Board switching:

Confirm tomaster swap? [yes/no]: y

/ / users can also pull the board manually or press the RST button of the active swap control board.

Configure the ONU template

ZXAN (config) # pon

ZXAN (config-pon) # onu-typeZTE-F601 gpon description 1FE / / configure ONU type

ZXAN (config-pon) # onu-type-if ZTE-F601 eth_0/1

Configure the TCONT template

ZXAN (config) # gpon

Settings for the template:

ZXAN (config-gpon) # profiletcont T1-100m type 1 fixed 10000 / / the uplink bandwidth template name is T1-100m gravity TCONT type is 1, and the fixed rate is 10m. This bandwidth template is used to set the T-CONT uplink bandwidth of ONU. It takes 7800 to browse 128ONUport.

1-Fixed bandwidth fixed bandwidth

2-Assured bandwidth guarantees bandwidth

3-Assured bandwidth and Non-assured bandwidth guaranteed bandwidth and unguaranteed bandwidth

4-Best-effort bandwidth strives for bandwidth

5-Thesuper set of all of T-CONT types

Configure Traffic templates (traffic templates)

Settings of downlink template (this template is used for vport downlink speed limit):

ZXAN (config-gpon) # profiletraffic DOWN-100M sir 100000 pir 120000 / / set the downlink maximum bandwidth template, sir maximum bandwidth pir burst bandwidth

ZXAN (config) # traffic-profileDOWN-100M ip cir 100000 cbs 120000 pir 120000 pbs 100 / / configure traffic template with the name of DOWN-100M, guaranteed rate of 100m and peak rate of 120m.

Cir commitment bandwidth, cbs commitment burst size, pir peak burst bandwidth, pbs peak burst size

Note: because C300 does not support gemport downlink speed limit, and in this example, gemport and vport are mapped at 1:1, so downlink speed limit is implemented with vport speed limit.

VLAN establishment

Jsyx-c300-1 (config) # vlandatabase enters batch processing of vlan

Jsyx-c300-1 (vlan) # vlan2000-2239

Jsyx-c300-1 (vlan) # vlan 2

Register for ONU

ONU ID is unique under the same port, with a value of 1-128. Select the corresponding ONU type parameter according to the actual ONU terminal. There are three authentication methods for ONU registration. This instance is registered based on sn:

ZXAN (config) # interfacegpon-olt_1/14/1

ZXAN (config-if) # onu10 type ZTE-F601 sn ZTEGC6E24CDE

ZXAN (config-if) # exit

ZXAN (config) # interface gpon-onu_1/2/8:10 / / enter ONU interface mode

ZXAN (config-if) # authpass-control 10

Configure TCONT on the ONU side

ZXAN (config) # interface gpon-onu_1/2/8:10 / / enter ONU interface mode

ZXAN (config-if) # tcont1 name tcont1 profile T1-100m / / in interfacegpon-onu_1/2/8:10, configure a TCONT with serial number 1, and the referenced bandwidth template is T1-100m.

An OLT supports up to 8 tcont from 0 to 7, one tcont supports 128gemport, one gemport corresponds to 8 vlan, and one gemport corresponds to 8 indexes)

Configure GEMPort (ONU side)

(1) ZXAN (config-if) # gemport 1 namegemport-1 unicast tcont 1 dir both queue 1

/ / configure a gemport with sequence number 1, name gemport-1, TCONT 1, and priority queues for both upstream and downlink.

(2) ZXAN (config-if) # gemport1 traffic-limit downstream DOWN-100M / / call the profile downstream DOWN-100M template created globally under the pon port of ONU. Note that the name of DOWN-100M must be the same as that of the profile template created under the gpon port.

Queue mapping identification GEM port downstream queue map index under down-queue-map-id

Name GEM port name

Portid Realport id

State GEM port state

Traffic-limit traffic limit Configure traffic limit for gemport

Unicast unicast

Up-queue-map-id queuing map identifies GEM port upstream queue map index

Configure GEMPort business flow mapping

Configure VID filtering for flow associated with gemport to directly pass through both tag and UNTAG packets.

ZXAN (config) # pon-onu-mnginterface gpon-onu_1/2/8:10

ZXAN (gpon-onu-mng) # gemport1 flow1 / / flow1 is mapped into GEMPORT 1

Dot1p-list: 802.1p mapping list

Down-queue downlink bandwidth queue

Number of flow GPON Fram

Loop Gal circuit configuration

Traffic-limit traffic template

Up-queue-map Upstream traffic queue, cos mapping to queue

ZXAN (gpon-onu-mng) # flowmode 1 tag-filter vid-filter untag-filter discard / / defines how flow1 processes messages. 1. Filter tagged data according to VID. 2. Discard untagged data.

ZXAN (gpon-onu-mng) # flow1 priority 0 vid 1025 / / flow1 allows data whose vid is 1025 to pass through

ZXAN (gpon-onu-mng) # vlan port eth_0/1 mode tag vlan 1025 priority 0 / / set the first etheric port remotely

Configure qinq (virtual port VLAN)

1. Enter ONU interface mode

ZXAN (config) # interfacegpon-onu_1/14/1:10 / / enters ONU interface mode.

2. Configure QinQ,CVLAN1025,SVLAN2001 in VPORT 1.

Configure VLAN on VPORT 1. Set up in two ways:

① 1 is to enable the service-port setting, as follows:

Service-port1 vport 1 user-vlan 1025 user-etype PPPOE vlan 1025 svlan 2001 / / 1025 users dialed with PPPOE put the outer vlan2001 on the vlan

Service-port2 vport 1 user-vlan 1025 user-etype IPOE vlan 1025svlan 2002

Service-port3 vport 1 other-all tls-vlan 2002

Description: the vport to gemport mapping mode under the default configuration is an one-to-one correspondence between one-to-one mapping of one-to-one vport and gemport.

Another way to ② is to use switchport, as follows:

ZXAN (config-if) # switchportvlan 100 tag

Note: both service-port and switchport can be used in C300 devices, the difference is that swithport can only set one layer of VLAN, while service-port mode can use two layers of VLAN, so VLAN conversion and QINQ are carried out in this mode. But these two ways are mutually exclusive, and only one can be used.

ZXAN (config-if) # exit

Configure uplink port VLAN

Jsyx-c300-1 (config) # interfacegei_1/20/1

Jsyx-c300-1 (config-if) # switchportmode hybrid

Jsyx-c300-1 (config-if) # switchportvlan 2, 2001, 2003, 2005 tag

Jsyx-c300-1 (config-if) # switchportvlan 2007, 2009, 2011, 2013 tag

Jsyx-c300-1 (config-if) # switchportvlan 2015 tag 2017, 2017, 20119, 2021

Jsyx-c300-1 (config-if) # switchportvlan 2023 tag 2025 2027 tag

Jsyx-c300-1 (config) # interface gei_1/20/2

Jsyx-c300-1 (config-if) # switchport mode hybrid

Jsyx-c300-1 (config-if) # switchport vlan 2000 tag 2002, 2004 tag

Jsyx-c300-1 (config-if) # switchport vlan 2008 tag 2010 2010 2012 2014 tag

Jsyx-c300-1 (config-if) # switchport vlan 2016 tag 2018, 2020, 2022

Jsyx-c300-1 (config-if) # switchport vlan 2024 tag 2026 2028 tag

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