55175911 Hybrid Microwave Configuration Guide for Du HSPA

HUAWEI TECHNOLOGIES CO., LTD.

www.huawei.com

Huawei Confidential

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字体颜色 : 反白字体 : 细黑体 For Huawei Engineer

Hybrid Microwave Configuration Guide for du

HSPA+ Project

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Content

• Hybrid Microwave Parameters Configuration

• Ethernet Services Configuration

• Services Convergence between 2 EMS6

HUAWEI TECHNOLOGIES CO., LTD. Page 3Huawei Confidential

Content

Hybrid Microwave Parameters Configuration Ethernet Services Configuration Services Convergence between 2 EMS6


Hybrid Microwave Parameters Configuration

Create the IF 1+1 protectionCreate the IF 1+1 protection

Set the RF parametersSet the RF parameters

Set attributes of the Hybrid microwave/AM

Set attributes of the Hybrid microwave/AM

Configure the Ethernet portConfigure the Ethernet port

Configure the Ethernet serviceConfigure the Ethernet service

Create an NE to be logged in

Create an NE to be logged in

Modify the NE IDModify the NE ID

Add logicalboards

Add the NE againAdd the NE again

Create a LAGCreate a LAG

Difference when the configuration of Hybrid microwave is compared with the configuration of traditional microwave

The three procedures are called "configuring a LAG.

• Configuration Flow


Hybrid Microwave Parameters Configuration

• Create the IF 1+1 Protection



If only one IF 1+1 protection group is created, set the Protection Group ID parameter to 1. If two IF 1+1 protection groups are created, it is recommended that you set the Protection Group ID parameter for the protection group consisting of the IF boards in slot 5 and in slot 7 to 1 and set the Protection Group ID parameter for the protection group consisting of the IF boards in slot 6 and in slot 8 to 2.



The IF 1+1 protection group is already created.


• Set RF Parameters The IF 1+1 protection group that is created is displayed.


• Set RF Parameters

You can set the link ID and ATPC attributes for the main IF board. The IF working mode of the Hybrid microwave cannot be set on this interface.

Set the transmit frequency and the transmit power.


• Set RF Parameters The transmit frequency and the transmit power for the standby ODU in a 1+1 HSB/SD protection group need not be set. The system automatically copies the configuration information about the main ODU for the standby ODU. The information about the standby ODU in a 1+1 FD protection group needs to be configured.

The information about the standby IF board in a 1+1 HSB/SD/FD protection group need not be configured. The system automatically copies the configuration information about the main IF board for the standby IF board.


• Set Attributes of the Hybrid Microwave/AM


The IF channel bandwidth and the modulation mode of the assured AM service capacity determine the value of assured E1 capacity.




Set these parameters according to the network planning documents.

By default, the AM function of the IFH2 board is disabled.

The value of the E1 Capacity parameter should not be more than the maximum value of the Assured E1 Capacity parameter in the modulation mode of the assured AM service capacity.


• Set Attributes of the Hybrid Microwave/AM If the set value of the E1 Capacity

parameter is more than the value of the Assured E1 Capacity parameter, the system displays a prompt.


• Configure a LAG

IFH2

IFH2

EMS6

To the external equipment

Configure the GE

interface of the IFH2 board

Configure the QoS Create a LAG

The GE interface of the IFH2 board in slot 5 and the GE interface of the IFH2 in slot 7 are connected to port 1 and port 2 of the EMS6 board respectively. Because the IFH2 board in slot 5 functions as the main board and the IFH2 board in slot 7 functions as the standby board, port 1 of the EMS6 board functions as the main port and port 2 functions as the slave port. Port 3 of the EMS6 board is connected to the external equipment.

Configure the external

interface of the EMS6 board

Configure the Ethernet

service of the EMS6 board


• Configure a LAG

Enable the GE interface of the IFH2 board.

Create a LAG

Configure the GE interface of the IFH2

board

Configure the external interface

of the EMS6 board

Configure the Ethernet service

of the EMS6 board


• Configure a LAGThe IFH2 board in slot 7 functions as the standby board. Hence, this board need not be configured. Instead, the system automatically copies the information about the main IF board for the standby board, including the Ethernet information.

The GE interface of the IFH2 board in slot 5 (main IF board) is enabled. Hence, the GE interface of the IFH2 board in slot 7 (standby IF board) is automatically enabled by the system.

Create a LAG


board


of the EMS6 board


of the EMS6 board


• Configure a LAG

Note: Select External Port.

Create a LAG


board


of the EMS6 board


of the EMS6 board


• Configure a LAG

Port 1 to port 3 are used. Hence, enable them. Port 4 to port 6 are not used. Hence, disable these ports to prevent the ETH_LOSS alarm.

Create a LAG


board


of the EMS6 board


of the EMS6 board


• Configure a LAGCreate a

LAG


board


of the EMS6 board


of the EMS6 board


• Configure a LAG

Create a LAG


board


of the EMS6 board


of the EMS6 board



LAG


board


of the EMS6 board


of the EMS6 board


• Configure a LAG

Create a LAG


board


of the EMS6 board


of the EMS6 board



LAG


board


of the EMS6 board


of the EMS6 board


• Configure a LAG

The LAG number and name are set according to the design.

In the case of the IF 1+1 protection, set the LAG to a manual LAG using the non-sharing mode.

The port that is connected to the main IFH2 board functions as the main port. The port that is connected to the standby IFH2 board functions as the slave port.

Create a LAG



of the EMS6


of the EMS6


Content



Ethernet Services Configuration


Create EPLAN ServiceCreate EPLAN Service

Create VB with the type of 802.1dCreate VB with

the type of 802.1d

Mount the Ports for VBMount the Ports for VB

Configure the Ports’ AttributesHub/Spoke

Configure the Ports’ AttributesHub/Spoke

Enable PortsEnable Ports

Configure the Ports Work Mode

Configure the Ports Work Mode

Configure the Tag AttributesConfigure the Tag Attributes Bind the Flow to CoSBind the Flow to CoS

Create a FlowCreate a Flow

Configure the CoSConfigure the CoS

Configure the Ports

Configure the Ethernet Services

Configure the QoS of EMS6

Board


Configure the Ports• Configure the External Ports

In the NE Explorer, select the EMS board, and then

choose Configuration > Ethernet Interface Management >

Ethernet Interface from the Function Tree. The

configuration window for internal ports is displayed by

default. Select External Port.


Set the port that accesses services to Enabled. Set other ports to Disabled.

Set Working Mode to the default value (Auto-Negotiation).

Set Maximum Frame Length to the default value (1522).

Configure the Ports• Ports Enable and Working Mode


Click the TAG Attributes tab. This tab is unavailable if the EFT4 is used.

TAG: Set this parameter based on the type of the frames processed by the port.

This parameter is valid only when the TAG parameter is set to Access or Hybrid. Set this parameter according to actual applications.

This parameter defines whether or not to detect the packets from the port according to the TAG attributes. Generally, set this parameter to the default value (Enabled).

Configure the Ports• Configure the TAG Attributes


Configure the Ethernet Services• Create Ethernet LAN Services


Configure the Ethernet Services• Create the VB with the Type of 802.1d

Select the Bridge Switch

Mode as 820.1d


Configure the Ethernet Services• Mount the Ports for VB Select the ports

which are used in this ESM6

board


Configure the Ethernet Services• Mount the Ports for VB


Configure the Ethernet Services• Configure the Ports Attributes

According to the requirements, select the Hub/Spoke attribute for each port:Convergence Port will be configured as

Hub;Other ports will be configured as

Spoke.


Configure the QoS of EMS6• Create a Flow



Configure a Port Flow for each Port.



One PortOne Flow


Configure the QoS of EMS6• Configure the CoS


Configure the QoS of EMS6• Configure the CoS The CoS Type

should be VLAN Priority


Configure the QoS of EMS6• Configure the CoS

Configure the CoS Priority as:User Priority 2 and 5 in VLAN Tag are corresponded with

CoS Priority 2 and 5.Others should be configured

as 0.


Configure the QoS of EMS6• Bind the Flow to CoS

Each Flow should be

bound with one CoS.


Content



Services Convergence between 2 EMS6

• Hardware Structure

7-IFH2 TO SiteDS

5-IFH2 TO SiteDM

3-PXC

1-PXC

6-EMS6

4-EMS6

2-SCC

FANSlot20

POP Optical Equipments(OSN3500)

From Other IDU (EMS6-GE)

All the Ethernet services should be

converged to 4-EMS6




Create EPLAN Service(802.1d Bridge)

Create EPLAN Service(802.1d Bridge)

Mount Ports for VBMount Ports for VB

Bound path for VCTRUNKBound path

for VCTRUNKConfigure Hub/Spoke Attribute for VB PortsConfigure Hub/Spoke Attribute for VB Ports

Create aCross-connection

Create aCross-connection



• Create EPLAN Service

Input the name of VB and select type

of 802.1d.



• Mount Ports for VB Select the ports which should be

mounted with this VB according to

hardware structure



• Bound Path for VCTRUNK

VC3-xv level path should be selected

for bounding VCTRUNK




According to design, all the 6 VC3 should be bounded.




Mounted ports and bounded path



• Configure Hub/Spoke Attribute for VB Ports

Select the Hub/Spoke attribute for each port according to design



• Configure Hub/Spoke Attribute for VB Ports

Convergence ports configured as Hub;Access ports configured as Spoke



• Configure EPLAN service on another EMS6

The bounded path should be the same as the previous EMS6



• Mount Ports and Bound Path

Configure the Hub/Spoke attribute for the mounted ports



• Create a Cross-connection

1/ The level should be VC3;2/ The source and the sink of the service should be 4-EMS and 6-EMS;3/ The timeslot of source and sink should be the same.




Create the same cross-connection of VC4-2 between 4-EMS and 6-EMS.




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Documents

55175911 Hybrid Microwave Configuration Guide for Du HSPA