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VLAN config for RTN950A

VLAN config for RTN950A

Created: Jul 21, 2020 08:20:58Latest reply: Oct 12, 2021 16:38:11 764 6 0 0 0
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Dear all,


I'm new engineer, first time in configuration of Huawei RTN950A.


The radio link configuration is  XPIC 1+1, SD.


I need to config VLAN for this link as below a describle: 


Port 5  transfer  Ethernet service named GE1 with multiple VLANs (unknown) to port 5 at Far-End

Port 6  transfer  Ethernet service named GE2 with multiple VLANs (unknown) to port 6 at Far-End

Port 5 and Port 6 need to be isolated.


Please help me how to config VLAN for this link ( which model is suitable for this config. E-LINE, E-LAN, Tag type, Encapsulation...?)


Thank you in advance.


VLAN setting


VLAN configuredRTN950A

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BetterMing
Created Jul 21, 2020 08:58:18

Dear, chatco. 

In the E-LINE and E-LAN models, they can all use VLAN for business isolation. You need to choose which model to use based on your needs. Provide you with model introduction. 

VLAN-based E-Line Service Models:

VLANs can be used to separate several E-Line services so that these services share one physical channel for transmission. These E-Line services are called VLAN-based E-Line services.

Service Model

Table 1 shows the VLAN-based E-Line service model.

Table 1 VLAN-based E-Line service model
Service TypeService FlowService DirectionPort Encapsulation ModeService Description
VLAN-based E-Line service

PORT+VLAN (source)

PORT+VLAN (sink)

UNI-UNI

802.1Q (source)

802.1Q (sink)

The source port processes the incoming Ethernet frames based on its TAG attribute, and then sends the Ethernet frames with a specific VLAN ID to the sink port. The sink port processes the Ethernet frames based on its TAG attribute, and then exports the processed Ethernet frames.

Typical Application

Figure 1 shows the typical application of the VLAN-based E-Line service model. Service 1 and service 2 carry different VLAN IDs. After the two Ethernet services are received at NE1 through port 1 and port 2 respectively, they share the same transmission channel at port 3.

On NE1, port 1 and port 2 process the incoming packets based on their own TAG attributes; then, port 1 and port 2 send service 1 and service 2 to port 3. Port 3 processes all the outgoing packets based on its TAG attribute, and then sends service 1 and service 2 to NE2. Due to the different VLAN IDs, service 1 and service 2 can be transmitted through port 3 at the same time.

NE2 processes service 1 and service 2 in the same manner as NE1.

Figure 1 Typical application of the VLAN-based E-Line service model
tc_rtn900_fd_0613_fig02.png


802.1Q Bridge-based E-LAN Service Models:

VLANs can be used to divide a bridge into sub-switching domains. Services from different users are separated when they are transmitted in different sub-switching domains. These services are called 802.1Q bridge-based E-LAN services.

Service Model

Table 1 shows the 802.1Q bridge-based E-LAN service model.

Table 1 802.1Q bridge-based E-LAN service model

Service Model

TAG Attribute

Learning Mode

Sub-switching Domain

Logical UNI Port Type

Encapsulation Mode at a UNI Port

802.1Q bridge-based E-LAN service

C-Aware

IVL

A bridge is divided into sub-switching domains based on VLANs

PORT+VLAN list

802.1Q

icon-note.gif NOTE:

In this model, a VUNI port cannot contain more than 1024 VLANs. Otherwise, like VPLS services, a PORT-based VUNI and a VLAN filtering table are created on a 802.1Q bridge. In this case, a VUNI port can contain more than 1024 VLANs.

Typical Application

Figure 1 shows the typical application of the 802.1Q bridge-based E-LAN service model. NE2 and NE3 receive services G and H and send them to the convergence node NE1. Services G and H carry different VLAN IDs, so 802.1Q bridges are configured on each node and VLAN sub-switching domains are divided for differentiating and separating services G and H.

Figure 1 Typical application of the 802.1Q bridge-based E-LAN service model
tc_rtn900_fd_0614_fig01.png
icon-note.gif NOTE:

You can also configure VLAN-based E-Line Service Models on NE2 and NE3 for service access.

For the relevant configuration process of the business, please refer to the following link:

Native Ethernet E-Line:

https://support.huawei.com/hedex/hdx.do?docid=EDOC1100099744&id=EN-US_CONCEPT_0120621010&lang=en

Native Ethernet E-LAN:

https://support.huawei.com/hedex/hdx.do?docid=EDOC1100099744&id=EN-US_CONCEPT_0120621014&lang=en

Hope it helps you.


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chatco
chatco Created Jul 22, 2020 04:38:14 (0) (0)
Thanks for reply bro BetterMing.

In my case, all packet (with any VLAN) coming to port 5/ port 6 at Near-End could be passed to Port 5/ Port 6 at the Far-End separately. I have referred some documents but still unable to success. Can you have a detail for this configuration?

Thanks a lot.  
BetterMing
BetterMing Reply chatco  Created Jul 23, 2020 06:43:29 (0) (0)
The detailed steps have been provided in the link, can you specify which part is wrong?  
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BetterMing
BetterMing Created Jul 21, 2020 08:22:00

Hello, chatco.
It's nice to meet you in the community.
We're working on your problem. Please be patient.
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(1) (0)
3#
BetterMing
BetterMing Created Jul 21, 2020 08:58:18

Dear, chatco. 

In the E-LINE and E-LAN models, they can all use VLAN for business isolation. You need to choose which model to use based on your needs. Provide you with model introduction. 

VLAN-based E-Line Service Models:

VLANs can be used to separate several E-Line services so that these services share one physical channel for transmission. These E-Line services are called VLAN-based E-Line services.

Service Model

Table 1 shows the VLAN-based E-Line service model.

Table 1 VLAN-based E-Line service model
Service TypeService FlowService DirectionPort Encapsulation ModeService Description
VLAN-based E-Line service

PORT+VLAN (source)

PORT+VLAN (sink)

UNI-UNI

802.1Q (source)

802.1Q (sink)

The source port processes the incoming Ethernet frames based on its TAG attribute, and then sends the Ethernet frames with a specific VLAN ID to the sink port. The sink port processes the Ethernet frames based on its TAG attribute, and then exports the processed Ethernet frames.

Typical Application

Figure 1 shows the typical application of the VLAN-based E-Line service model. Service 1 and service 2 carry different VLAN IDs. After the two Ethernet services are received at NE1 through port 1 and port 2 respectively, they share the same transmission channel at port 3.

On NE1, port 1 and port 2 process the incoming packets based on their own TAG attributes; then, port 1 and port 2 send service 1 and service 2 to port 3. Port 3 processes all the outgoing packets based on its TAG attribute, and then sends service 1 and service 2 to NE2. Due to the different VLAN IDs, service 1 and service 2 can be transmitted through port 3 at the same time.

NE2 processes service 1 and service 2 in the same manner as NE1.

Figure 1 Typical application of the VLAN-based E-Line service model
tc_rtn900_fd_0613_fig02.png


802.1Q Bridge-based E-LAN Service Models:

VLANs can be used to divide a bridge into sub-switching domains. Services from different users are separated when they are transmitted in different sub-switching domains. These services are called 802.1Q bridge-based E-LAN services.

Service Model

Table 1 shows the 802.1Q bridge-based E-LAN service model.

Table 1 802.1Q bridge-based E-LAN service model

Service Model

TAG Attribute

Learning Mode

Sub-switching Domain

Logical UNI Port Type

Encapsulation Mode at a UNI Port

802.1Q bridge-based E-LAN service

C-Aware

IVL

A bridge is divided into sub-switching domains based on VLANs

PORT+VLAN list

802.1Q

icon-note.gif NOTE:

In this model, a VUNI port cannot contain more than 1024 VLANs. Otherwise, like VPLS services, a PORT-based VUNI and a VLAN filtering table are created on a 802.1Q bridge. In this case, a VUNI port can contain more than 1024 VLANs.

Typical Application

Figure 1 shows the typical application of the 802.1Q bridge-based E-LAN service model. NE2 and NE3 receive services G and H and send them to the convergence node NE1. Services G and H carry different VLAN IDs, so 802.1Q bridges are configured on each node and VLAN sub-switching domains are divided for differentiating and separating services G and H.

Figure 1 Typical application of the 802.1Q bridge-based E-LAN service model
tc_rtn900_fd_0614_fig01.png
icon-note.gif NOTE:

You can also configure VLAN-based E-Line Service Models on NE2 and NE3 for service access.

For the relevant configuration process of the business, please refer to the following link:

Native Ethernet E-Line:

https://support.huawei.com/hedex/hdx.do?docid=EDOC1100099744&id=EN-US_CONCEPT_0120621010&lang=en

Native Ethernet E-LAN:

https://support.huawei.com/hedex/hdx.do?docid=EDOC1100099744&id=EN-US_CONCEPT_0120621014&lang=en

Hope it helps you.


View more
  • x
  • convention：

chatco
chatco Created Jul 22, 2020 04:38:14 (0) (0)
Thanks for reply bro BetterMing.

In my case, all packet (with any VLAN) coming to port 5/ port 6 at Near-End could be passed to Port 5/ Port 6 at the Far-End separately. I have referred some documents but still unable to success. Can you have a detail for this configuration?

Thanks a lot.  
BetterMing
BetterMing Reply chatco  Created Jul 23, 2020 06:43:29 (0) (0)
The detailed steps have been provided in the link, can you specify which part is wrong?  
(0) (0)
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ethanbrown
ethanbrown Created Jul 21, 2020 18:46:10

Thanks for sharing
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user_4423319
user_4423319 Created Oct 12, 2021 16:38:11

#EncuentraComunidadEnterprise2021
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