How to Add a Service Port on Huawei OLT through U2000

Generally, there are two pathways to configure and manage Huawei GPON OLT MA5600T and MA5800, one is Command Line, and the other is U2000; the former is simple to operate and the U2000 is complicated but high integration. Huawei OLT service port is used to access subscribers, so adding service ports is a basic configuration once these devices deployed at a new site, and below is a guidance of adding HuaweiOLT service ports via U2000.

Navigation Path

On the GUI of the U2000, the navigation paths to the service ports of Huawei OLT are various. You can select different navigation paths according to the actual service configuration.

1. In the Main Topology, double-click the required NE in the Physical Root navigation tree; or right-click the required NE and choose NE Explorer from the shortcut menu.

2. Choose Connection > Service Port from the navigation tree.

3. In the information list, right-click and choose Add from the shortcut menu.

Guideline

Huawei OLT such as MA5683T or MA5800 X7 service port is used to access subscribers. After the terminal is connected to the service port of the NE, the service streams of the user are carried on a service virtual port of the service port.

When the service virtual port needs to bear multiple services, the NE must support traffic classification.

When the VLAN forwarding mode is SVLAN+CVLAN, the restrictions on the adding of a service virtual port are as follows:

In the case of the VLAN whose type is smart and attribute is QinQ, you can create only the multi-service virtual port in the user-side VLAN.
When a service virtual port is created in the stacking VLAN, the inner VLAN and the priority of the stacking VLAN is changed into the user-side VLAN and the priority.

NOTE:

The configuration parameters of a service virtual port greatly depend on software versions of OLT and the type of the service virtual port. These parameters are dynamically adapted and displayed on the U2000. Therefore, configure these parameters according to the actual conditions.
Before adding a service port, make sure that a proper VLAN exists.
When you need to change the rate of a physical port, you can add a service virtual port that is bound to a proper traffic profile.

Parameter Description

Parameters required for adding a service port

Parameter	Description	Settings
Basic Info
Name	Definition: Indicates the name of the service port. The name is used to identify the service port uniquely.	Range: Character string type. It consists of up to 253 characters. The following characters are supported: · English letters: A-Z and a-z · Digits: 0-9 · Symbols: @ . _ – ( ) + : / ! # and space · All the non-English characters, including Chinese, Japanese, and French characters. Guideline: · If you set the name, this name is used as the name of the service port. · If you do not set the name, the system automatically names the service port.
Alias	Definition: Indicates the alias of the service port. You can customize an alias, which is easy to understand and remember. The alias and the name identify a port.	Range: Character string type, it consists of up to 256 characters. The following characters are supported: · English letters: A-Z and a-z. · Numbers: 0-9. · Symbols: – [ ] . / ~ ! @ # $ % ^ & * ( ) _ + { } : and space. · All the non-English characters, including Chinese, Japanese, and French characters.
Service Description	Definition: Indicates the service type.	Range: Enumerated type. The options are as follows: · HSI · IPTV · VOIP
Attributes
Connection Type	Definition: Indicates the connection type of the service port.	Range: Enumerated type. The range varies with the device type dynamically. NOTE: The following are some special connection types: · LAN-GPON: In distributed mode, a service port is created on a GEM port. · LAN-GPONONT LAN: A service port is created on an Ethernet port of an ONT. · LAN-ONT: A service port is created on an ONT (GPON or EPON). · LAN-ONT IPHOST: A service port is created on an IP host port of an ONT. · LAN-ADSL: A service port is created on an ADSL port of an ONT. · LAN-ETHER: A service port is created on an Ethernet port of an ONT. · LAN-GPONONT VDSL2: A service port is created on a VDSL2 port of an ONT. · SPU-GPON: A connection-oriented service port is created on an access GPBD board or upstream SPUA/SPUC board. · SPU-SPU: A connection-oriented service port is created on an upstream SPUA/SPUC board. · SPU-LAN: A connection-oriented service port is created on an aggregation or upstream SPUA/SPUC board. · SPU-ETHER: A connection-oriented service port is created on an aggregation OGPD board or upstream SPUA/SPUC board. · UPLINK-GPON: A connection-oriented service port is created on an access port or upstream port. · UPLINK-LAN: A connection-oriented service port is created on an aggregation port or upstream port. · UPLINK-ETHER: A connection-oriented service port is created on an aggregation port or upstream port.
Network Side
Strict S+C Forwarding	Definition: Specifies whether to configure the service port that uses strict SVLAN+CVLAN forwarding. The strict SVLAN+CVLAN forwarding indicates that service boards and main control boards both forward packets by SVLAN+CVLAN. Dependency: This parameter is available when Connection Type is set to LAN-ADSL, LAN-ETHER, LAN-EPON, LAN-GPON, LAN-G.SHDSL, LAN-VDSL, LAN-VDSL2 or LAN-ONT.	Setting method: Select the Strict S+C Forwarding check box.
Upstream Port	Definition: Indicates the upstream port of service port that uses strict SVLAN+CVLAN forwarding. Dependency: This parameter is available when Connection Type is set to LAN-ADSL, LAN-ETHER, LAN-EPON, LAN-GPON, LAN-G.SHDSL, LAN-VDSL, LAN-VDSL2 or LAN-ONT and the Strict S+C Forwarding check box is selected.	Setting method: Select a port from the Upstream Port drop-down list.
Bundle ID	Definition: Indicates the bundle ID of the service virtual port. After several service virtual ports are bound to form a bundle, the bundle ID is used to identify this bundle. NOTE: This parameter can be set only when the version of the NE is V800R006C02 or later and the control card is SCUL, SCUN or SCUH, for meanings of the parameters.	Range: Numeral type. The range is as follows: · MA5608T: 1-2048. · MA5800/EA5800/MA5801/EA5801 series: For the MPSC board, the value ranges from 1 to 4096. For other boards, the value ranges from 1 to 32768. · Other devices: For the SCUH board, the value ranges from 1 to 16384. For other boards, the value ranges from 1 to 8192. Setting method: Enter the bundle ID manually, or click next to Bundle ID and then select the required bundle ID.
Cos value	Definition: Indicates the priority of the service port in this bundle. Dependency: This parameter is available when the ServicePortBundle check box is selected.	Range: Numeral type. It ranges from 0 to 7. NOTE: For MA5800 or EA5800 V100R018C00 and later, when Connection Type is set to LAN-GPON and Service Type is set to Multi-Service VLAN, Multi-Service Encapsulation, Multi-Service VLAN+802.1p, or Multi-Service VLAN+Encapsulation, this parameter can have multiple values or a range of values. Setting method: · Use a comma (,) to separate the values. The values must be unique. A maximum of 8 values are supported. · Use a hyphen (-) to connect the minimum and maximum values when the value is a range. · The values cannot be in descending order, for example, 7-0, when the value is a range.
VLAN Choice	Definition: Indicates the type of the VLAN of the service port. · MUX VLAN: A MUX VLAN contains multiple upstream ports but only one service virtual port. Traffic streams in different VLANs are isolated. One MUX VLAN maps one access user. You can identify access users according to the VLANs. · Smart VLAN: A Smart VLAN contains multiple upstream ports and multiple service ports. The service ports in the same smart VLAN are isolated. The service ports between smart VLANs are also isolated. A smart VLAN supports the access of multiple users, which saves the VLAN resources. · Stacking VLAN: A stacking VLAN packet contains two layers of VLAN tags: inner VLAN tag and outer VLAN tag allocated by the device. By using a stacking VLAN, the upper layer BRAS authenticates users based on the two VLAN tags, increasing the number of access users. In an upper layer network in the L2 working mode, the packets can be forwarded according to the outer VLANs and the MAC addresses, providing the wholesale service provisioning function for ISPs. · Standard VLAN: A standard VLAN contains multiple upstream ports. Ethernet ports in a standard VLAN can communicate with each other. Ethernet ports in different VLANs are isolated from each other. · AoE VLAN: It is used to encapsulate ATM cells to Ethernet packets. When the reserved VLANs are set, AOE VLAN is the default start reserved VLAN. · QinQ VLAN: The VLAN packet with QinQ attribute contains two VLAN tags, inner VLAN tag of the private network, and outer VLAN tag allocated by the devices. A layer 2 VPN tunnel can be set up between private networks, so that the service can be transmitted transparently between these private networks.	Range: Enumerated type. The options are as follows: · MUX VLAN · Smart VLAN · Stacking VLAN · Standard VLAN · AoE VLAN · QinQ VLAN
VLAN ID Start	Definition: Indicates the start VLAN ID of the MUX VLAN. Dependency: When the number of ports in Interface Selection is larger than 1 and VLAN Choice is set to MUX VLAN, VLAN ID Start and VLAN ID End should be set.	Range: Numeral type. It ranges from 1 to 4095.
VLAN ID End	Definition: Indicates the end VLAN ID of the MUX VLAN. Dependency: When the number of ports in Interface Selection is larger than 1 and VLAN Choice is set to MUX VLAN, VLAN ID Start and VLAN ID End should be set.	Range: Numeral type. It ranges from 1 to 4095.
Tag-Transform	Definition: Specifies the mode of switching the VLAN tag for different service ports when the VLAN tag of the upstream packet needs to be switched according to the configuration.	Range: Enumerated type. The options are as follows: · Default: Indicates that a VLAN tag is added to the upstream packet of the service port. · Transparent: Indicates that the upstream packet of the service port is transmitted transparently and the VLAN tag is not changed. · Translate: Indicates that the VLAN tag of the upstream packet of the service port is switched. · Translate And Add: Indicates that the VLAN tag of the upstream packet of the service port is switched and another VLAN tag is added to the packet. · Add Double: Indicates that two VLAN tags are added to the upstream packet of the service port. · –: Indicates this parameter is not specified.
VLAN ID	Definition: Indicates the VLAN ID of the service port. The VLAN ID is used to identify the VLAN uniquely. Dependency: This parameter is unavailable when VLAN Choice is set to Transparent VLAN.	Range: Numeral type. It ranges from 1 to 4095. Setting method: You can set this parameter manually, or click next to VLAN ID and then select the required VLAN.
Outer VLAN ID	Definition: Indicates the outer VLAN ID of the stacking VLAN. The outer VLAN ID is used to identify the internet service provider (ISP) of the user. Dependency: This parameter is available when VLAN Choice is set to Stacking VLAN.	Range: Numeral type. It ranges from 1 to 4095. Setting method: You can set this parameter manually, or click next to Outer VLAN ID and then select the required VLAN.
Inner VLAN ID	Definition: Indicates the inner VLAN ID of the VLAN. The inner VLAN ID is used to identify the user. Dependency: This parameter is available when VLAN Choice is set to Stacking VLAN, Smart VLAN or QinQ VLAN and Tag-Transform is set to Translate And Add or Add Double. When the number of ports in Interface Selection is greater than 1, you need to configure Inner VLAN ID Start and Inner VLAN ID End in Inner VLAN ID.	Range: Numeral type. It ranges from 1 to 4095.
Inner VLAN Priority	Definition: Indicates the priority of the inner VLAN. Dependency: This parameter is available when VLAN Choice is set to Stacking VLAN, Smart VLAN or QinQ VLAN and Tag-Transform is set to Translate And Add or Add Double.	Range: Numeral type. It ranges from 0 to 7.
Interface Selection	Definition: Indicates the network side service port of the service port. Dependency: This parameter is available when Connection Type is set to UPLINK-ETHER, UPLINK-LAN, or UPLINK-GPON.	Setting method: Select a port from the Interface Selection drop-down list.
Service Type	Definition: Indicates the working mode of the service port. Dependency: This parameter is available when Connection Type is set to UPLINK-ETHER, UPLINK-LAN, or UPLINK-GPON.	Range: Enumerated type. The options are as follows: · Single: Each service port corresponds to one service stream. Different service streams are distinguished by the service ports. · Multi-Service VLAN: Each service port bears multiple service streams. You need to set User VLAN to distinguish the service streams. The services are distinguished according to the VLAN IDs contained in the packets from the service ports. The original VLAN IDs in the packets are removed, and the packets are tagged with different upstream VLAN IDs. · Double Layer User VLAN.
User Side
Create Bulk Service Port	Definition: Specifies whether to create bulk Service Port. A VLAN range service port (also called over all stream) only occupies a service port on a board or port but does not occupy a service service on an ONT. Services whose user-side VLANs belong to the CVLAN range can match the VLAN range service port. Therefore, service ports on a board or port can be saved maximally. Dependency: This parameter can be set only when Connection Type is LAN-EPON.	Setting method: Select the Create Bulk Service Port check box.
Interface Selection	Definition: Indicates the user side service port of the service port.	Setting method: Select a port from the Interface Selectiondrop-down list.
Consistent with UP VLAN ID	Definition: Specifies whether the VLAN ID in the service port is consistent with the upstream VLAN ID. Dependency: This parameter can be set only when Connection Type is LAN-ETHER.	Setting method: Select the Consistent with UP VLAN ID check box.
Access VLAN ID	Definition: Indicates the VLAN ID, which is unique.	Range: Numeral type. It ranges from 1 to 4095.
Start VPI/End VPI	Definition: Indicates the VPI/VCI of the service port. The VPI/VCI values are used to identify a user. VPI: It is located in the header of an ATM cell. The VPI occupies 8 bits in a UNI header and 12 bits in an NNI header. VCI: It occupies 16 bits and identifies a virtual channel in the VP. The VPI/VCI values are used to identify a virtual connection. The VPI and the VCI in the header of an ATM cell provide the routing information of the cell. Dependency: This parameter is available when Connection Type is set to LAN-ATM or LAN-IMA.	Range: Numeral type. · The VPI ranges from 0 to 4095. · The VCI ranges from 32 to 65535.
Start VCI/End VCI
Service Type	Definition: Indicates the working mode of the service port.	Range: Enumerated type. The options are as follows: · Single: Each service port corresponds to one service stream. Different service streams are distinguished by the service ports. · Multi-Service VLAN: Each service port bears multiple service streams. You need to set User VLAN to distinguish the service streams. The services are distinguished according to the VLAN IDs contained in the packets from the service ports. The original VLAN IDs in the packets are removed, and the packets are tagged with different upstream VLAN IDs. · Multi-Service Encapsulation: Each service port bears multiple service streams. You need to set User-Side Encapsulation to distinguish the service streams. The services are distinguished according to the encapsulation types (IPoE/PPPoE) of the packets from the service ports. The packets are tagged with different upstream VLAN IDs. · Multi-Service VLAN+802.1p: Each service port bears multiple service streams. You need to set User VLAN and User 802.1p to distinguish the service streams. The services are distinguished according to the VLAN IDs and the 802.1p priorities of the packets from the service ports. · Multi-Service VLAN+Encapsulation: Each service port bears multiple service streams. You need to set User VLAN and User-Side Encapsulation to distinguish the service streams. · Double Layer User VLAN.
User Outer VLAN ID	Definition: Indicates the outer VLAN ID. Dependency: This parameter can be set only when Service Type is Multi-Service VLAN+802.1p or Double Layer User VLAN.	Range: Numeral type. It ranges from 1 to 4095.
User Inner VLAN ID	Definition: Indicates the inner VLAN ID. Dependency: This parameter can be set only when Service Type is Double Layer User VLAN.	Range: Numeral type. It ranges from 1 to 4095.
Channel Mode	Definition: Indicates the working channel that bears the VDSL2 service port. Dependency: This parameter is available when Port Type is LAN-VDSL2 or LAN-G.SHDSL.	Range: Enumerated type. The options are as follows: · PTM: The packet transfer mode (PTM) indicates a transmission mode in which messages are transmitted and interchanged in groups. NOTE: The PPPoA and IPoA access modes are not supported in the PTM channel mode. · ATM: The working mode is asynchronous transfer mode. Default: ATM.
Auto-sensing	Definition: Specifies whether to enable the auto-sensing of the service port. If the auto-sensing is enabled, the device automatically learns the user-side VPI and VCI. Dependency: This parameter is available when Channel Mode is set to ATM.	Setting method: If you select the Auto-sensing check box, the device automatically learns the user-side VPI and VCI. NOTE: Each physical port allows up to one auto-sensing service stream, which cannot coexist with a common service stream.
VPI	Definition: Indicates the VPI/VCI of the service port. The VPI/VCI values are used to identify a user. VPI: It is located in the header of an ATM cell. The VPI occupies 8 bits in a UNI header and 12 bits in an NNI header. VCI: It occupies 16 bits and identifies a virtual channel in the VP. The VPI/VCI values are used to identify a virtual connection. The VPI and the VCI in the header of an ATM cell provide the routing information of the cell.	Range: Numeral type. · The VPI ranges from 0 to 255. · The VCI ranges from 32 to 255.
VCI
User VLAN	Definition: Indicates the VLAN ID of the multi-service user. To distinguish users according to the user-side VLANs, set this parameter. The user VLAN ID must be unique. Dependency: This parameter is available when Service Type is Multi-Service VLAN, Multi-Service VLAN+802.1p, or Multi-Service VLAN+Encapsulation.	Range: Numeral type. It ranges from 1 to 4095. · other-all: Users are distinguished according to the transparent LAN service (TLS). If the TLS service flow and the service flow with the specified user or untagged VLAN are configured, the system matches the user packets first according to the specified user or untagged VLAN. All the packets that fail to be matched match the TLS service flow and are transmitted upstream through the special channel. The upstream VLAN of the TLS service flow can be the QinQ VLAN or Stacking VLAN. · untagged: The OLT transparently transmits the user-side VLAN. The attribute of the VLAN is not restricted. · priority-tagged: Distinguishes packets based on priority-tagged. The user-side packets are tagged, and the VLAN tag is 0.
Start User VLAN/End User VLAN	Definition: Indicates the start and end user VLAN IDs that combine to form a VLAN range.	Range: Numeral type. It ranges from 1 to 4095. NOTE: The start user VLAN ID must be smaller than the end user VLAN ID.
Priority	Definition: Indicates the user-side 802.1p priority. To distinguish users according to the user-side priorities, set this parameter. Dependency: This parameter is available when Service Type is set to Multi-Service VLAN+802.1p.	Range: Numeral type. It ranges from 0 to 7.
User-Side Encapsulation	Definition: Specifies the user-side service encapsulation type. To distinguish users according to the user-side service encapsulation types, set this parameter. Dependency: This parameter is available when Service Type is set to Multi-Service Encapsulation or Multi-Service VLAN+Encapsulation.	Range: Enumerated type. The options are as follows: · IPoE: The IP packets are encapsulated on the Ethernet. That is, the data link layer of the packets is Ethernet. The encapsulation type does not change during the transmission on the Ethernet. · PPPoE: The PPP packets are encapsulated on the Ethernet. The PPP protocol provides standard PPP features, such as authentication, encryption, and compression. · IPV4oE: The IPv4 packets are encapsulated on the Ethernet. That is, the data link layer of the packets is Ethernet. The encapsulation type does not change during the transmission on the Ethernet. · IPV6oE: The IPv6 packets are encapsulated on the Ethernet. That is, the data link layer of the packets is Ethernet. The encapsulation type does not change during the transmission on the Ethernet. Default: IPoE.
Traffic Profile Info NOTE: For MDUs V800R311 and earlier versions, Traffic Profile is mandatory. For the MA5620 and MA5626 V800R312C00 and later versions, Traffic Profile is optional, and if Traffic Profile is empty, the device will not limit the traffic on the service port.
Apply the same profile for upstream and downstream traffic	Definition: Specifies whether the Rx traffic and the Tx traffic are the same.	Setting method: After the Apply the same profile for upstream and downstream traffic check box is selected, if you set the Upstream Traffic Name or Downstream Traffic Name parameter, the other one automatically uses the same name. If the check box is not selected, you need to set both Upstream Traffic Name and Downstream Traffic Name.
Upstream Traffic Name	Definition: Indicates the name of the traffic profile referenced by the Tx traffic (from the destination port to the source port). The profile is the upstream traffic profile. The traffic profile provides a series of traffic parameters. It can be referenced by the device and the port to monitor and control service streams.	Range: Click the nearby, Select MEF IP Traffic Profile in the dialog box that appears.
Downstream Traffic Name	Definition: Indicates the name of the traffic profile referenced by the Rx traffic (from the source port to the destination port). The profile is the downstream traffic profile. The traffic profile provides a series of traffic parameters. It can be referenced by the device and the port to monitor and control service streams.	Range: Click the nearby, Select MEF IP Traffic Profile in the dialog box that appears.
Upstream Traffic Control Switch	Definition: Indicates whether the device controls the upstream traffic according to the traffic profile. Dependency: This parameter is available when Connection Type is set to LAN-ATM or LAN-IMA.	Range: Enumerated type. The options are as follows: · On indicates that the configured traffic profile is available, that is, the device controls the traffic according to the traffic profile. · Off indicates that the configured traffic profile is unavailable, that is, the device does not control the traffic.
Downstream Traffic Control Switch	Definition: Indicates whether the device controls the downstream traffic according to the traffic profile. Dependency: This parameter is available when Connection Type is set to LAN-ATM or LAN-IMA.	Range: Enumerated type. The options are as follows: · On indicates that the configured traffic profile is available, that is, the device controls the traffic according to the traffic profile. · Off indicates that the configured traffic profile is unavailable, that is, the device does not control the traffic.

Parameter

Description

Settings

Basic Info

Name

Definition:

Indicates the name of the service port. The name is used to identify the service port uniquely.

Range:

Character string type. It consists of up to 253 characters.

The following characters are supported:

· English letters: A-Z and a-z

· Digits: 0-9

· Symbols: @ . _ – ( ) + : / ! # and space

· All the non-English characters, including Chinese, Japanese, and French characters.

Guideline:

· If you set the name, this name is used as the name of the service port.

· If you do not set the name, the system automatically names the service port.

Alias

Definition:

Indicates the alias of the service port.

You can customize an alias, which is easy to understand and remember. The alias and the name identify a port.

Range:

Character string type, it consists of up to 256 characters.

The following characters are supported:

· English letters: A-Z and a-z.

· Numbers: 0-9.

· Symbols: – [ ] . / ~ ! @ # $ % ^ & * ( ) _ + { } : and space.

· All the non-English characters, including Chinese, Japanese, and French characters.

Service Description

Definition:

Indicates the service type.

Range:

Enumerated type. The options are as follows:

· HSI

· IPTV

· VOIP

Attributes

Connection Type

Definition:

Indicates the connection type of the service port.

Range:

Enumerated type. The range varies with the device type dynamically.

NOTE:

The following are some special connection types:

· LAN-GPON: In distributed mode, a service port is created on a GEM port.

· LAN-GPONONT LAN: A service port is created on an Ethernet port of an ONT.

· LAN-ONT: A service port is created on an ONT (GPON or EPON).

· LAN-ONT IPHOST: A service port is created on an IP host port of an ONT.

· LAN-ADSL: A service port is created on an ADSL port of an ONT.

· LAN-ETHER: A service port is created on an Ethernet port of an ONT.

· LAN-GPONONT VDSL2: A service port is created on a VDSL2 port of an ONT.

· SPU-GPON: A connection-oriented service port is created on an access GPBD board or upstream SPUA/SPUC board.

· SPU-SPU: A connection-oriented service port is created on an upstream SPUA/SPUC board.

· SPU-LAN: A connection-oriented service port is created on an aggregation or upstream SPUA/SPUC board.

· SPU-ETHER: A connection-oriented service port is created on an aggregation OGPD board or upstream SPUA/SPUC board.

· UPLINK-GPON: A connection-oriented service port is created on an access port or upstream port.

· UPLINK-LAN: A connection-oriented service port is created on an aggregation port or upstream port.

· UPLINK-ETHER: A connection-oriented service port is created on an aggregation port or upstream port.

Network Side

Strict S+C Forwarding

Definition:

Specifies whether to configure the service port that uses strict SVLAN+CVLAN forwarding.

The strict SVLAN+CVLAN forwarding indicates that service boards and main control boards both forward packets by SVLAN+CVLAN.

Dependency:

This parameter is available when Connection Type is set to LAN-ADSL, LAN-ETHER, LAN-EPON, LAN-GPON, LAN-G.SHDSL, LAN-VDSL, LAN-VDSL2 or LAN-ONT.

Setting method:

Select the Strict S+C Forwarding check box.

Upstream Port

Definition:

Indicates the upstream port of service port that uses strict SVLAN+CVLAN forwarding.

Dependency:

This parameter is available when Connection Type is set to LAN-ADSL, LAN-ETHER, LAN-EPON, LAN-GPON, LAN-G.SHDSL, LAN-VDSL, LAN-VDSL2 or LAN-ONT and the Strict S+C Forwarding check box is selected.

Setting method:

Select a port from the Upstream Port drop-down list.

Bundle ID

Definition:

Indicates the bundle ID of the service virtual port. After several service virtual ports are bound to form a bundle, the bundle ID is used to identify this bundle.

NOTE:

This parameter can be set only when the version of the NE is V800R006C02 or later and the control card is SCUL, SCUN or SCUH, for meanings of the parameters.

Range:

Numeral type. The range is as follows:

· MA5608T: 1-2048.

· MA5800/EA5800/MA5801/EA5801 series: For the MPSC board, the value ranges from 1 to 4096. For other boards, the value ranges from 1 to 32768.

· Other devices: For the SCUH board, the value ranges from 1 to 16384. For other boards, the value ranges from 1 to 8192.

Setting method:

Enter the bundle ID manually, or click next to Bundle ID and then select the required bundle ID.

Cos value

Definition:

Indicates the priority of the service port in this bundle.

Dependency:

This parameter is available when the ServicePortBundle check box is selected.

Range:

Numeral type. It ranges from 0 to 7.

NOTE:

For MA5800 or EA5800 V100R018C00 and later, when Connection Type is set to LAN-GPON and Service Type is set to Multi-Service VLAN, Multi-Service Encapsulation, Multi-Service VLAN+802.1p, or Multi-Service VLAN+Encapsulation, this parameter can have multiple values or a range of values. Setting method:

· Use a comma (,) to separate the values. The values must be unique. A maximum of 8 values are supported.

· Use a hyphen (-) to connect the minimum and maximum values when the value is a range.

· The values cannot be in descending order, for example, 7-0, when the value is a range.

VLAN Choice

Definition:

Indicates the type of the VLAN of the service port.

· MUX VLAN: A MUX VLAN contains multiple upstream ports but only one service virtual port. Traffic streams in different VLANs are isolated. One MUX VLAN maps one access user. You can identify access users according to the VLANs.

· Smart VLAN: A Smart VLAN contains multiple upstream ports and multiple service ports. The service ports in the same smart VLAN are isolated. The service ports between smart VLANs are also isolated. A smart VLAN supports the access of multiple users, which saves the VLAN resources.

· Stacking VLAN: A stacking VLAN packet contains two layers of VLAN tags: inner VLAN tag and outer VLAN tag allocated by the device. By using a stacking VLAN, the upper layer BRAS authenticates users based on the two VLAN tags, increasing the number of access users. In an upper layer network in the L2 working mode, the packets can be forwarded according to the outer VLANs and the MAC addresses, providing the wholesale service provisioning function for ISPs.

· Standard VLAN: A standard VLAN contains multiple upstream ports. Ethernet ports in a standard VLAN can communicate with each other. Ethernet ports in different VLANs are isolated from each other.

· AoE VLAN: It is used to encapsulate ATM cells to Ethernet packets. When the reserved VLANs are set, AOE VLAN is the default start reserved VLAN.

· QinQ VLAN: The VLAN packet with QinQ attribute contains two VLAN tags, inner VLAN tag of the private network, and outer VLAN tag allocated by the devices. A layer 2 VPN tunnel can be set up between private networks, so that the service can be transmitted transparently between these private networks.

Range:

Enumerated type. The options are as follows:

· MUX VLAN

· Smart VLAN

· Stacking VLAN

· Standard VLAN

· AoE VLAN

· QinQ VLAN

VLAN ID Start

Definition:

Indicates the start VLAN ID of the MUX VLAN.

Dependency:

When the number of ports in Interface Selection is larger than 1 and VLAN Choice is set to MUX VLAN, VLAN ID Start and VLAN ID End should be set.

Range:

Numeral type. It ranges from 1 to 4095.

VLAN ID End

Definition:

Indicates the end VLAN ID of the MUX VLAN.

Dependency:

When the number of ports in Interface Selection is larger than 1 and VLAN Choice is set to MUX VLAN, VLAN ID Start and VLAN ID End should be set.

Range:

Numeral type. It ranges from 1 to 4095.

Tag-Transform

Definition:

Specifies the mode of switching the VLAN tag for different service ports when the VLAN tag of the upstream packet needs to be switched according to the configuration.

Range:

Enumerated type. The options are as follows:

· Default: Indicates that a VLAN tag is added to the upstream packet of the service port.

· Transparent: Indicates that the upstream packet of the service port is transmitted transparently and the VLAN tag is not changed.

· Translate: Indicates that the VLAN tag of the upstream packet of the service port is switched.

· Translate And Add: Indicates that the VLAN tag of the upstream packet of the service port is switched and another VLAN tag is added to the packet.

· Add Double: Indicates that two VLAN tags are added to the upstream packet of the service port.

· –: Indicates this parameter is not specified.

VLAN ID

Definition:

Indicates the VLAN ID of the service port. The VLAN ID is used to identify the VLAN uniquely.

Dependency:

This parameter is unavailable when VLAN Choice is set to Transparent VLAN.

Range:

Numeral type. It ranges from 1 to 4095.

Setting method:

You can set this parameter manually, or click next to VLAN ID and then select the required VLAN.

Outer VLAN ID

Definition:

Indicates the outer VLAN ID of the stacking VLAN. The outer VLAN ID is used to identify the internet service provider (ISP) of the user.

Dependency:

This parameter is available when VLAN Choice is set to Stacking VLAN.

Range:

Numeral type. It ranges from 1 to 4095.

Setting method:

You can set this parameter manually, or click next to Outer VLAN ID and then select the required VLAN.

Inner VLAN ID

Definition:

Indicates the inner VLAN ID of the VLAN. The inner VLAN ID is used to identify the user.

Dependency:

This parameter is available when VLAN Choice is set to Stacking VLAN, Smart VLAN or QinQ VLAN and Tag-Transform is set to Translate And Add or Add Double.

When the number of ports in Interface Selection is greater than 1, you need to configure Inner VLAN ID Start and Inner VLAN ID End in Inner VLAN ID.

Range:

Numeral type. It ranges from 1 to 4095.

Inner VLAN Priority

Definition:

Indicates the priority of the inner VLAN.

Dependency:

This parameter is available when VLAN Choice is set to Stacking VLAN, Smart VLAN or QinQ VLAN and Tag-Transform is set to Translate And Add or Add Double.

Range:

Numeral type. It ranges from 0 to 7.

Interface Selection

Definition:

Indicates the network side service port of the service port.

Dependency:

This parameter is available when Connection Type is set to UPLINK-ETHER, UPLINK-LAN, or UPLINK-GPON.

Setting method:

Select a port from the Interface Selection drop-down list.

Service Type

Definition:

Indicates the working mode of the service port.

Dependency:

This parameter is available when Connection Type is set to UPLINK-ETHER, UPLINK-LAN, or UPLINK-GPON.

Range:

Enumerated type. The options are as follows:

· Single: Each service port corresponds to one service stream. Different service streams are distinguished by the service ports.

· Multi-Service VLAN: Each service port bears multiple service streams. You need to set User VLAN to distinguish the service streams. The services are distinguished according to the VLAN IDs contained in the packets from the service ports. The original VLAN IDs in the packets are removed, and the packets are tagged with different upstream VLAN IDs.

· Double Layer User VLAN.

User Side

Create Bulk Service Port

Definition:

Specifies whether to create bulk Service Port.

A VLAN range service port (also called over all stream) only occupies a service port on a board or port but does not occupy a service service on an ONT. Services whose user-side VLANs belong to the CVLAN range can match the VLAN range service port. Therefore, service ports on a board or port can be saved maximally.

Dependency:

This parameter can be set only when Connection Type is LAN-EPON.

Setting method:

Select the Create Bulk Service Port check box.

Interface Selection

Definition:

Indicates the user side service port of the service port.

Setting method:

Select a port from the Interface Selectiondrop-down list.

Consistent with UP VLAN ID

Definition:

Specifies whether the VLAN ID in the service port is consistent with the upstream VLAN ID.

Dependency:

This parameter can be set only when Connection Type is LAN-ETHER.

Setting method:

Select the Consistent with UP VLAN ID check box.

Access VLAN ID

Definition:

Indicates the VLAN ID, which is unique.

Range:

Numeral type. It ranges from 1 to 4095.

Start VPI/End VPI

Definition:

Indicates the VPI/VCI of the service port. The VPI/VCI values are used to identify a user.

VPI: It is located in the header of an ATM cell. The VPI occupies 8 bits in a UNI header and 12 bits in an NNI header.

VCI: It occupies 16 bits and identifies a virtual channel in the VP. The VPI/VCI values are used to identify a virtual connection. The VPI and the VCI in the header of an ATM cell provide the routing information of the cell.

Dependency:

This parameter is available when Connection Type is set to LAN-ATM or LAN-IMA.

Range:

Numeral type.

· The VPI ranges from 0 to 4095.

· The VCI ranges from 32 to 65535.

Start VCI/End VCI

Service Type

Definition:

Indicates the working mode of the service port.

Range:

Enumerated type. The options are as follows:

· Single: Each service port corresponds to one service stream. Different service streams are distinguished by the service ports.

· Multi-Service Encapsulation: Each service port bears multiple service streams. You need to set User-Side Encapsulation to distinguish the service streams. The services are distinguished according to the encapsulation types (IPoE/PPPoE) of the packets from the service ports. The packets are tagged with different upstream VLAN IDs.

· Multi-Service VLAN+802.1p: Each service port bears multiple service streams. You need to set User VLAN and User 802.1p to distinguish the service streams. The services are distinguished according to the VLAN IDs and the 802.1p priorities of the packets from the service ports.

· Multi-Service VLAN+Encapsulation: Each service port bears multiple service streams. You need to set User VLAN and User-Side Encapsulation to distinguish the service streams.

· Double Layer User VLAN.

User Outer VLAN ID

Definition:

Indicates the outer VLAN ID.

Dependency:

This parameter can be set only when Service Type is Multi-Service VLAN+802.1p or Double Layer User VLAN.

Range:

Numeral type. It ranges from 1 to 4095.

User Inner VLAN ID

Definition:

Indicates the inner VLAN ID.

Dependency:

This parameter can be set only when Service Type is Double Layer User VLAN.

Range:

Numeral type. It ranges from 1 to 4095.

Channel Mode

Definition:

Indicates the working channel that bears the VDSL2 service port.

Dependency:

This parameter is available when Port Type is LAN-VDSL2 or LAN-G.SHDSL.

Range:

Enumerated type. The options are as follows:

· PTM: The packet transfer mode (PTM) indicates a transmission mode in which messages are transmitted and interchanged in groups.

NOTE:

The PPPoA and IPoA access modes are not supported in the PTM channel mode.

· ATM: The working mode is asynchronous transfer mode.

Default: ATM.

Auto-sensing

Definition:

Specifies whether to enable the auto-sensing of the service port. If the auto-sensing is enabled, the device automatically learns the user-side VPI and VCI.

Dependency:

This parameter is available when Channel Mode is set to ATM.

Setting method:

If you select the Auto-sensing check box, the device automatically learns the user-side VPI and VCI.

NOTE:

Each physical port allows up to one auto-sensing service stream, which cannot coexist with a common service stream.

VPI

Definition:

Indicates the VPI/VCI of the service port. The VPI/VCI values are used to identify a user.

VPI: It is located in the header of an ATM cell. The VPI occupies 8 bits in a UNI header and 12 bits in an NNI header.

Range:

Numeral type.

· The VPI ranges from 0 to 255.

· The VCI ranges from 32 to 255.

VCI

User VLAN

Definition:

Indicates the VLAN ID of the multi-service user. To distinguish users according to the user-side VLANs, set this parameter.

The user VLAN ID must be unique.

Dependency:

This parameter is available when Service Type is Multi-Service VLAN, Multi-Service VLAN+802.1p, or Multi-Service VLAN+Encapsulation.

Range:

Numeral type. It ranges from 1 to 4095.

· other-all: Users are distinguished according to the transparent LAN service (TLS). If the TLS service flow and the service flow with the specified user or untagged VLAN are configured, the system matches the user packets first according to the specified user or untagged VLAN. All the packets that fail to be matched match the TLS service flow and are transmitted upstream through the special channel. The upstream VLAN of the TLS service flow can be the QinQ VLAN or Stacking VLAN.

· untagged: The OLT transparently transmits the user-side VLAN. The attribute of the VLAN is not restricted.

· priority-tagged: Distinguishes packets based on priority-tagged. The user-side packets are tagged, and the VLAN tag is 0.

Start User VLAN/End User VLAN

Definition:

Indicates the start and end user VLAN IDs that combine to form a VLAN range.

Range:

Numeral type. It ranges from 1 to 4095.

NOTE:

The start user VLAN ID must be smaller than the end user VLAN ID.

Priority

Definition:

Indicates the user-side 802.1p priority. To distinguish users according to the user-side priorities, set this parameter.

Dependency:

This parameter is available when Service Type is set to Multi-Service VLAN+802.1p.

Range:

Numeral type. It ranges from 0 to 7.

User-Side Encapsulation

Definition:

Specifies the user-side service encapsulation type. To distinguish users according to the user-side service encapsulation types, set this parameter.

Dependency:

This parameter is available when Service Type is set to Multi-Service Encapsulation or Multi-Service VLAN+Encapsulation.

Range:

Enumerated type. The options are as follows:

· IPoE: The IP packets are encapsulated on the Ethernet. That is, the data link layer of the packets is Ethernet. The encapsulation type does not change during the transmission on the Ethernet.

· PPPoE: The PPP packets are encapsulated on the Ethernet. The PPP protocol provides standard PPP features, such as authentication, encryption, and compression.

· IPV4oE: The IPv4 packets are encapsulated on the Ethernet. That is, the data link layer of the packets is Ethernet. The encapsulation type does not change during the transmission on the Ethernet.

· IPV6oE: The IPv6 packets are encapsulated on the Ethernet. That is, the data link layer of the packets is Ethernet. The encapsulation type does not change during the transmission on the Ethernet.

Default: IPoE.

Traffic Profile Info

NOTE:

For MDUs V800R311 and earlier versions, Traffic Profile is mandatory. For the MA5620 and MA5626 V800R312C00 and later versions, Traffic Profile is optional, and if Traffic Profile is empty, the device will not limit the traffic on the service port.

Apply the same profile for upstream and downstream traffic

Definition:

Specifies whether the Rx traffic and the Tx traffic are the same.

Setting method:

After the Apply the same profile for upstream and downstream traffic check box is selected, if you set the Upstream Traffic Name or Downstream Traffic Name parameter, the other one automatically uses the same name. If the check box is not selected, you need to set both Upstream Traffic Name and Downstream Traffic Name.

Upstream Traffic Name

Definition:

Indicates the name of the traffic profile referenced by the Tx traffic (from the destination port to the source port). The profile is the upstream traffic profile.

The traffic profile provides a series of traffic parameters. It can be referenced by the device and the port to monitor and control service streams.

Range:

Click the nearby, Select MEF IP Traffic Profile in the dialog box that appears.

Downstream Traffic Name

Definition:

Indicates the name of the traffic profile referenced by the Rx traffic (from the source port to the destination port). The profile is the downstream traffic profile.

The traffic profile provides a series of traffic parameters. It can be referenced by the device and the port to monitor and control service streams.

Range:

Click the nearby, Select MEF IP Traffic Profile in the dialog box that appears.

Upstream Traffic Control Switch

Definition:

Indicates whether the device controls the upstream traffic according to the traffic profile.

Dependency:

This parameter is available when Connection Type is set to LAN-ATM or LAN-IMA.

Range:

Enumerated type. The options are as follows:

· On indicates that the configured traffic profile is available, that is, the device controls the traffic according to the traffic profile.

· Off indicates that the configured traffic profile is unavailable, that is, the device does not control the traffic.

Downstream Traffic Control Switch

Definition:

Indicates whether the device controls the downstream traffic according to the traffic profile.

Dependency:

This parameter is available when Connection Type is set to LAN-ATM or LAN-IMA.

Range:

Enumerated type. The options are as follows:

· On indicates that the configured traffic profile is available, that is, the device controls the traffic according to the traffic profile.

· Off indicates that the configured traffic profile is unavailable, that is, the device does not control the traffic.

Actually, Huawei OLT has various kinds of service ports configurations, such as Binding a Static MAC Address to a Service Virtual Port, adding a VLAN Loopback and etc., all these can be configured through U2000 on the Service Port tab page. If you want to know more details about Huawei GPON OLT access service configurations, or even Huawei MSTP WDM, you can refer to U2000 Hedex file or contact us.