• Dst. 112 Alternative Learning Prog.

• IS MISC

Configuring Automatic Service Flow Creation (GPON) The OLT supports configuration of service flow creation policies on PON ports. After an ONU goes online under the PON port, service flows are automatically created according to the preset policies. This topic uses MA5671-24FE as an example for the ONU. Configuration methods are similar for other device models. Data Plan Table 1 Key data plan Item Data Networking data Upstream port: 0/9/0 PON port: 0/1/0 ONU ID: 1 VLAN Internet access VLAN (SVLAN):  SVLAN ID: 100  SVLAN type: smart  For the SVLAN planned with single-tagged VLAN, the attribute of the SVLAN is no configuration is required. For the SVLAN planned with double-tagged VLNA, the atis QinQ or stacking. For a PC connected on the user side, user packets are untagged. Traffic profile Profile name: ftto_hsi CIR: 10 Mbit/s PIR: 20 Mbit/s Priority policy: user-cos Default 802.1p priority of packets: 0 Enqueuing priority scheduling policy of packets: Tag-In-Package Automatic flow creation policy Maximum number of flows automatically created on the ONT: 24 (If the actual flow numbflows can still be created successfully. However, an alarm, which indicates that the flow nuis reported.) Upstream traffic profile: ftto_hsi Downstream traffic profile: ftto_hsi Table 1 Key data plan Item Data VLAN translation policy:  When a service flow with the single-tagged VLAN is created, all ONUs have the sOLT implements VLAN translation, and the SVLAN is added in the upstream direction>SVLAN.  When a service flow with the double-tagged VLAN is created, all ONUs have the and the OLT implements VLAN translation. The start value of inner VLAN (C'VLAN) 2000. The SVLAN and C'VLAN are added in the upstream direction. That is, CVLAN