Huawei RTN510 Bedienungsanleitung

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HUAWEI TECHNOLOGIES CO., LTD.

Safe City RTN510/PowerCube 500

DCN Configuration Guide

Version: V1.0 (20190130)

HUAWEI TECHNOLOGIES CO., LTD. Huawei Confidential Page 2

Safe City RTN510/PowerCube 500 DCN Configuration Guide

Scenario Description

Scenario

Applicable Version

Description

Access to the third-

party network with

no need for VLANs

PowerCube 500: all

versions

RTN510: all versions

1. The service port and NMS port of the PowerCube 500 on the aggregation node are

connected.

2. In an RTN510 AP/RT network, management packets are tagged with VLAN 4094. When

data is transmitted to the third-party network, these packets are changed into non-VLAN-

tagged packets.

Access to the Layer

2 network through

VLAN 4094

PowerCube 500:

V200R001C10SPC3

00 or later

RTN510: all versions

Third-party networks require Layer 2 isolation between sites. Packets tagged with VLAN 4094

are transmitted to a Layer 2 network through the PowerCube 500 on the aggregation node.

Access to the third-

party network

through a VLAN ID

other than 4094

PowerCube 500:

V200R001C10SPC3

00 or later

RTN510: all versions

1. In an RTN510 AP/RT network, management packets are tagged with VLAN 4094.

2. On the port used by the PowerCube 500 on the aggregation node to connect to the third-

party network, VLAN 4094 is converted into the VLAN ID planned for the third-party

network.

Direct access to the

third-party network

by the AP/RT on the

aggregation node

RTN510: all versions

The RTN510 AP/RT is used as the aggregation node to connect to the third-party network.

DCN configuration is important for Safe City video surveillance. After DCN configuration is completed, you can remotely manage the

PowerCube 500 and RTN510 through the NE IP address.

HUAWEI TECHNOLOGIES CO., LTD. Huawei Confidential Page 3

Scenario 1: Access to the Third-party Network with No Need for VLANs

Networking

The following figure shows the networking diagram of access to the third-party

network with no need for VLANs. In a microwave network, management packets

are tagged with VLAN 4094. When data is transmitted to the third-party network,

these packets are changed into non-VLAN-tagged packets. Aggregation Node Configuration Principles

1. Use a network cable to connect the service port (for example, GE8) and NMS port of

the PowerCube 500-3.

2. Disable the DHCP client function on the PowerCube 500-3 on the aggregation node

and manually set the NE IP address. The NE IP address of the NE is also the gateway

IP address of the RTN510 AP.

3. Set the gateway IP address of the PowerCube 500-3 on the aggregation node as the

IP address of the VLAN IF subinterface of the third-party router.

4. Implement the Super L2DCN protocol for the port used by the PowerCube 500-3 on

the aggregation node to connect to the third-party network.

5. Configure the AP as the DHCP server.

Enable the DHCP client function on the RTN510 RT, PowerCube 500-1, and

PowerCube 500-2. The AP on the aggregation node assigns IP addresses to them.

RT Site Configuration Principles

Third-Party Network Configuration Principles

Configure the VLANIF1 subinterface. The IP address of the subinterface is the gateway

IP address of the PowerCube 500-3 on the aggregation node.

Note: Perform this operation only on the PowerCube 500 at the

most top layer (for example, PowerCube 500-3). Do not perform

this operation on other PowerCube 500s.

Note: When you manually set the IP address of the NE, you need

to disable the DHCP function.

Note: After the DHCP server is enabled, the DHCP gateway IP

address is used to access the NE.

Note: After the DHCP client is enabled, the IP address allocated

by the DHCP server is used to access the NE.

HUAWEI TECHNOLOGIES CO., LTD. Huawei Confidential Page 4

Configuration Example

Configuration Example of the PowerCube 500 on the Aggregation Node

1. Configure the NE IP address and gateway IP address.

2. Configure the DCN protocol type.

3. Disable the DHCP client function.

Enable the DHCP server function, and configure the IP address

pool and DHCP gateway IP address as planned.

Configuration Example of the RTN510 AP on the Aggregation Node

HUAWEI TECHNOLOGIES CO., LTD. Huawei Confidential Page 5

Configuration Example

Configuration Example of the RT Site

1. Enable the DHCP client function on the RTN510 RT.

2. Enable the DHCP client function on the PowerCube 500.

HUAWEI TECHNOLOGIES CO., LTD. Huawei Confidential Page 6

Scenario 2: Access to the Layer 2 Network Through VLAN 4094

Networking

The following figure shows the networking diagram of access to the Layer 2

network through VLAN 4094. Packets used by the gateway to access the device

must be tagged with VLAN 4094. Aggregation Node Configuration Principles

1. Set the gateway IP address of the PowerCube 500-3 to the IP address of the VLANIF

4094 subinterface of the third-party router.

2. Implement the Super L2DCN protocol for the port used by the PowerCube 500-3 to

connect to the third-party network.

3. Disable the DHCP client function on the PowerCube 500-3 on the aggregation node

and manually set the NE IP address. The NE IP address is also the gateway IP

address of the RTN510 AP.

4. Configure the AP as the DHCP server.

Enable the DHCP client function on the RTN510 RT, PowerCube 500-1, and

PowerCube 500-2. The AP at the aggregation site assigns IP addresses to them.

RT Site Configuration Principles

Third-Party Network Configuration Principles

Configure the VLANIF 4094 subinterface. The IP address of the subinterface is the

gateway IP address of the PowerCube 500-3 on the aggregation node.

For details about the configuration examples of the aggregation node and RT sites, see

scenario 1.

Configuration Examples

Note: After the DHCP server is enabled, the DHCP gateway IP

address is used to access the NE.

Note: After the DHCP client is enabled, the IP address allocated by

the DHCP server is used to access the NE.

HUAWEI TECHNOLOGIES CO., LTD. Huawei Confidential Page 7

Scenario 3: Access to the Third-Party Network Through a VLAN ID Other Than 4094

Networking

The following figure shows the networking diagram in which the third-party

network is accessed through a VLAN ID other than 4094. In a microwave

network, VLAN 4094 is used for internal communication.On the port used by the

PowerCube 500 on the aggregation node to connect to the third-party network,

VLAN 4094 is converted into another VLAN ID (for example, VLAN 507). The

Webserver cannot use the NMSif IP address to access the PowerCube 500. Aggregation Node Configuration Principles

1. Disable the DHCP client function on the PowerCube 500-3 on the aggregation node

and manually set the NE IP address. The NE IP address is also the gateway IP

address of the RTN510 AP.

2. The gateway IP address of the PowerCube 500-3 is the IP address of the VLAN IF

subinterface of the third-party router.

3. Implement the IP DCN protocol for the port used by the PowerCube 500-3 to connect

to the third-party network.

4. Do not configure the NMSif IP address and the NE IP address to be on the same

network segment.

5. Configure the AP as the DHCP server.

6. Set the DHCP gateway IP address to the IP address of the PowerCube 500-3 on the

upstream aggregation node.

Enable the DHCP client function on the RTN510 RT, PowerCube 500-1, and

PowerCube 500-2. The AP at the aggregation site assigns IP addresses to them.

Configuration Principles of the RTN510 RT and Downstream PowerCube 500

Third-Party Network Configuration Principles

Configure a VLANIF subinterface. The IP address of the subinterface is the PowerCube

500-3's gateway IP address, which is on the same network segment as the NMSif IP

address.

Note: After the DHCP server is enabled, the DHCP gateway IP

address is used to access the NE.

Note: After the DHCP client is enabled, the IP address allocated by

the DHCP server is used to access the NE.

HUAWEI TECHNOLOGIES CO., LTD. Huawei Confidential Page 8

Configuration Example

Configuration Example of the PowerCube 500 on the Aggregation Node

1. Configure the NE IP address and gateway IP address.

3. Configure the NE NMSif IP address.

4. Disable the DHCP client function.2. Configure the DCN protocol type.

HUAWEI TECHNOLOGIES CO., LTD. Huawei Confidential Page 9

Configuration Example

Configuration Example of the RT Site

1. Enable the DHCP client function on the RTN510 RT.

2. Enable the DHCP client function on the PowerCube 500. That is, refer to

step 3 in slide 4 to set the corresponding parameter to Enable.

Enable the DHCP server function, and configure the IP address pool and DHCP

gateway IP address as planned.

Configuration Example of the RTN510 AP on the Aggregation Node

HUAWEI TECHNOLOGIES CO., LTD. Huawei Confidential Page 10

Scenario 4: Direct Access to the Third-Party Network by the AP/RT on the Aggregation Node

Networking

The following figure shows the network diagram in which the AP/RT on the

aggregation node directly accesses the third-party network. Packets used by the

NMS to access the device must be tagged with a management VLAN ID. The

default management VLAN ID for the PowerCube 500 and RTN 510 is 4094.

1. Configure the AP as the DHCP server.

2. Set the DHCP gateway IP address to the IP address of the VLANIF subinterface on

the third-party network.

3. If the default VLAN 4094 is occupied, modify the management VLAN ID on the

DCN management page.

1. Enable the DHCP client function on the RTN510 RT, PowerCube 500-1, and

PowerCube 500-2. The AP at the aggregation site assigns IP addresses to them.

2. If the default VLAN 4094 is occupied, modify the management VLAN ID on the DCN

management page.

Aggregation Node Configuration Principles

RT Site Configuration Principles

Third-Party Network Configuration Principles

1. Configure a VLANIF subinterface. The IP address of the subinterface is the

gateway IP address of the RTN510 AP.

2. Disable STP for the port used by the third-party switch to connect to the RTN510.

Note: After the DHCP server is enabled, the DHCP gateway IP

address is used to access the NE.

Note: After the DHCP client is enabled, the IP address allocated by

the DHCP server is used to access the NE.

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