ota105204 optix osn series ethernet services configuration(manual configuration) issue 1.21
DESCRIPTION
OSNTRANSCRIPT
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Internal
OptiX OSN Series Ethernet Services Configuration (Manual Configuration)
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Upon completion of this course, you will be
able to:
Explain the menu of iManager T2000 for
Ethernet Services
Describe the process of configuring
Ethernet Services on the T2000
Learn how to configure Ethernet Services
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Chapter 1 The Basic ConceptsChapter 1 The Basic Concepts
Chapter 2 The EPL Service Configuration Chapter 2 The EPL Service Configuration
Chapter 3 The EPLAN Service ConfigurationChapter 3 The EPLAN Service Configuration
Chapter 4 The EVPL Service ConfigurationChapter 4 The EVPL Service Configuration
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Tag flag is used to identify the type of packets. Three types of TAG flags are available: tag aware, access, and hybrid.
Tag Aware: When the port is set to be tag aware, the port transmits the packets with the Tag flag transparently and discards those without the Tag flag
Access: When the port is set to be access, the port attaches a Tag flag to the packets without Tag flag according to its VLAN ID and discards those with the Tag flag.
Hybrid: When the port is set to be hybrid, the port can process packets regardless of the Tag flag and attach a Tag flag to the packets without the Tag flag according to its VLAN ID.
Tag flag:
Parameters for the Ethernet interface
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Parameters for the Ethernet interface
Tag flag Untag flag
Tag aware (In) Transmit transparently discard
Tag aware (Out) Transmit transparently -
Access (In) discard attach a Tag flag (default Vlan)
Access (Out) Delete the Tag flag (default Vlan) -
Hybrid (In) Transmit transparently attach a Tag flag (default Vlan)
Hybrid (Out)If Vlan is the same, delete the Tag flag,
otherwise transmit transparently-
PortPackets
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Parameters for the Ethernet interface
VLAN ID:
VLAN ID of the port (MAC or VCTRUNK).
Working mode:
It can be set to auto-negotiation, 10 Mbit/s half/full-duplex, 100 Mbit/s half/full-duplex or 1 Gbit/s full-duplex. The Ethernet interfaces of the interconnected equipment should work under the same fixed working mode; otherwise, the packet may be lost and the rate may decrease, or the service may be completely interrupted upon large volume of traffic.
Port type:
There are two types: P and PE. Provider edge (PE) is the marginal port of the service provider. Provider (P) is the core network port of the service provider. Port type is needed when configuring EVPL and EVPLAN services.
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Parameters for the Ethernet interface
LCAS enable:
Maximum packet length:
Whether to enable LCAS.
Set this item for the external port, 1522 bytes by default.
Mapping protocol:
It is preferable to select the default- GFP mapping protocol.
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Reference: G.8010 /Y.1306 (G.ethna),
G.8011 (G.ethsrv),
G.8012.1 (G.eota.1).
Ethernet Services Types
EPL: Ethernet Private Line Service.
EPLAN: Ethernet Private LAN Service .
EVPL: Ethernet Virtual Private Line Service.
EVPLAN: Ethernet Virtual Private LAN Service.
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Chapter 1 The Basic ConceptsChapter 1 The Basic Concepts
Chapter 2 The EPL Service Configuration Chapter 2 The EPL Service Configuration
Chapter 3 The EPLAN Service ConfigurationChapter 3 The EPLAN Service Configuration
Chapter 4 The EVPL Service ConfigurationChapter 4 The EVPL Service Configuration
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For EPL Service, there are three types:
the Point-to-Point EPL Service
the MAC Shared EPL Service
the VCTRUNK Shared EPL Service
Configuring the EPL ServiceConfiguring the EPL Service
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Configuring the EPL Service
Configuring the Point-to-Point EPL Service:
Engineering Requirements
Engineering Planning
Configuration Process
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Configuring the EPL Service
Configuring the Point-to-Point EPL Service:
User Service requirement Source station Sink station Bandwidth
A Point-to-point NE1 NE5 10 Mbit/s
B Point-to-point NE1 NE5 40 Mbit/s
STM-16 two-fiberbidirectional MSP ring
T2000
STM-4 two-fiberbidirectional non-protection chain
NE1
NE2
NE3
NE4
NE5
Engineering Requirements
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Configuring the EPL Service
Configuring the Point-to-Point EPL Service:
Engineering Planning
− Step 1: Networking Diagram
− Step 2: Board Information of Each NE
− Step 3: Service Configuration Diagram of Each NE
− Step 4: Timeslot Allocation Diagram
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A B
STM-16 two-fiberbidirectional MSP ring
T2000
STM-4 two-fiberbidirectional non-protection chain
NE1
NE2
NE3
NE4
NE5
A BVC-Trunk
MAC1 MAC2
MAC1 MAC2
Company A Service
Company B Service
Configuring the EPL Service
− Step 1: Networking Diagram
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Board layout of NE1 Board layout of NE1
Configuring the EPL Service
− Step 2: Board Information of Each NE
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Board layout of NE5 Board layout of NE5
Configuring the EPL Service
−Step 2: Board Information of Each NE
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VC4-4:VC12-1~VC12-5
MAC1A
10M
40MB
VCTRUNKMAC
MAC2
VCTRUNK1
VCTRUNK2VC-4-1:VC-3-1
SDHVC4-4:VC12-1~VC12-5
VCTRUNK
VCTRUNK1
VCTRUNK2VC-4-1:VC-3-1
MAC1A
10M
40MB
MAC
MAC2
NE1NE5
Service configuration diagram
Configuring the EPL Service
− Step 3: Service Configuration Diagram of Each NE
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Configuring the EPL Service
Service Attribute A B
Source NE NE1 NE1
Source board - port 13-N1EFS4-1 13-N1EFS4-2
Source timeslot VC4-4: VC12-1–VC12-5 VC4-1: VC3-1
Source VCTRUNK VCTRUNK1 (Tag aware) VCTRUNK2 (Tag aware)
Working mode of source MAC port Auto negotiation Auto negotiation
TAG flag of source MAC port Access Access
VLAN ID of source MAC port 1 2
Bound bandwidth 5 x VC-12 1 x VC-3
Sink NE NE5 NE5
Sink board - port 15-N1EFS4-1 15-N1EFS4-2
Sink timeslot VC4-4: VC12-1–VC12-5 VC4-1: VC3-1
Sink VCTRUNK VCTRUNK1 (Tag aware) VCTRUNK2 (Tag aware)
Working mode of sink MAC port Auto negotiation Auto negotiation
TAG flag of sink MAC port Access Access
VLAN ID of sink MAC port 1 2
− Step 3: Service Configuration Diagram of Each NE
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Configuring the EPL Service
Timeslot
NE2Station NE3 NE4NE112-SL16-1
NE17-SL16-112-SL16-1 7-SL16-1 12-SL16-1 7-SL16-1 12-SL16-1 7-SL16-1
Forward
NE5NE4
13-SL4-1 7-SL4-1
Ring
Chain
Add/Drop
VC-4-313-EFS4: VC4-4
VC-12: 1-5
VC-4-4 13-EFS4: VC-4-1
VC-3: 1
VC-4-3
VC-4-4
15-EFS4: VC4-4
VC-12: 1-5
15-EFS4: VC-4-1
VC-3: 1
Station
− Step 4: Timeslot Allocation Diagram
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Configuring the EPL Service
Configuring the Point-to-Point EPL Service:
Configuration Process
− Step 1: Creating a board
− Step 2: Configuring Ethernet interfaces
− Step 3: Configuring binding paths
− Step 4: Creating the point-to-point EPL service
− Step 5: Configuring committed access rate (CAR)
(Optional )
− Step 6: Configuring the cross-connect from Ethernet
boards to SDH line boards
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Configuring the EPL Service
− Step 1: Creating a board
Right click
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Configuring the EPL Service− Step 2: Configuring Ethernet interfaces
Right click
Left click
Left click
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Configuring the EPL Service− Step 3: Configuring binding paths
Left click
Left click
Left click
Left click
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Configuring the EPL Service
− Step 4: Creating the point-to-point EPL service
Left clickLeft click
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Configuring the EPL Service
Left click
− Step 4: Configuring committed access rate (CAR) (Optional )
Left click
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Configuring the EPL Service Step 6: Configuring the cross-connect from Ethernet boards to SDH line boards
Left click Left clickLeft click
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Summary
Creating an Ethernet board
Configuring Ethernet interfaces
External Port: Basic Attributes, Tag Attribute
Internal Port: Tag Attribute, LCAS
Configuring binding paths:
Configurable Ports, Level, Direction, Available VC4, timeslots
Creating the MAC shared EPL service:
Service Type, Service Direction, Ports, VLAN, TAG, Port Type
Configuring committed access rate (CAR):
CAR ID, Capacity, Ports
Configuring the cross-connect from Ethernet boards to SDH line boards
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Configuring the EPL Service
For EPL Service, there are three types:
the Point-to-Point EPL Service
the MAC Shared EPL Service
the VCTRUNK Shared EPL Service
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Configuring the EPL Service
Configuring the MAC Shared EPL Service :
Engineering Requirements
Engineering Planning
Configuration Process
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STM-16 two-fiberbidirectional MSP ring
T2000
STM-4 two-fiberbidirectional non-protection chain
NE1
NE2
NE3
NE4
NE5
Engineering Requirements
Configuring the EPL Service
Configuring the MAC Shared EPL Service:
Source User Service requirement Source station Sink User Sink station Bandwidth
C MAC Shared NE1 C(1) NE5 10 Mbit/s
C MAC Shared NE1 C(2) NE5 10 Mbit/s
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Configuring the EPL Service
Engineering Planning
Configuring the MAC Shared EPL Service :
− Step 1: Networking Diagram
− Step 2: Board Information of Each NE
− Step 3: Service Configuration Diagram of Each NE
− Step 4: Timeslot Allocation Diagram
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T2000NE1
NE2
NE3
NE4 NE5A B
A BVC-Trunk
MAC1 MAC2
MAC1 MAC2
MAC3 MAC4
C(2)C(1)
C (Headquarters)
MAC3
C & C(1) Service
C & C(2) Service
Configuring the EPL Service
− Step 1: Networking Diagram
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Configuring the EPL Service
− Step 3: Service Configuration Diagram of Each NE
− Step 2: Board Information of Each NE
▪ NE1 and NE5 do not require any new board.
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Configuring the EPL Service
− Step 3: Service Configuration Diagram of Each NE
Service Attribute C & C(1) C & C(2)
Source NE NE1
Source board - port 13-N1EFS4-3
Source timeslot VC4-4: VC12-6–VC12-10 VC4-4: VC12-11–VC12-15
Source VCTRUNK VCTRUNK3 (Tag aware) VCTRUNK4 (Tag aware)
Working mode of source MAC port Auto negotiation Auto negotiation
TAG flag of source MAC port Tag aware Tag aware
VLAN ID of source MAC port 3 4
Bound bandwidth 5 x VC-12 5 x VC-12
Sink NE NE5
Sink board - port 15-N1EFS4-3 15-N1EFS4-4
Sink timeslot VC4-4: VC12-6–VC12-10 VC4-4: VC12-11–VC12-15
Sink VCTRUNK VCTRUNK3 (Tag aware) VCTRUNK4 (Tag aware)
Working mode of sink MAC port Auto negotiation Auto negotiation
TAG flag of sink MAC port Access Access
VLAN ID of sink MAC port 3 4
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Timeslot
NE2Station NE3 NE4NE1
12-SL16-1
NE1
7-SL16-112-SL16-17-SL16-112-SL16-17-SL16-112-SL16-1 7-SL16-1
Forwared
NE5StationNE4
13-SL4-1 7-SL4-1
Ring
Chain
Add/Drop
VC-4-313-EFS4: VC4-4
VC-12: 6-15
VC-4-315-EFS4: VC4-4
VC-12: 6-15
Configuring the EPL Service
− Step 4: Timeslot Allocation Diagram
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Notice: We don’t need the first step because the Ethernet boards
Have already been created.
Configuring the EPL Service
Configuring the MAC Shared EPL Service:
Configuration Process
− Step 1: Creating a board (None)
− Step 2: Configuring Ethernet interfaces
− Step 3: Configuring binding paths
− Step 4: Creating the MAC shared EPL service
− Step 5: Configuring committed access rate (CAR) (Optional
Step 6: Configuring the cross-connect from Ethernet boards
to SDH line boards
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Configuring the EPL Service− Step 2: Configuring Ethernet interfaces
Right click
Left click
Left click
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Configuring the EPL Service
Left click
Left click
Left click
Left click
− Step 3: Configuring binding paths
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Left click
Configuring the EPL Service
Left click
− Step 4: Creating the MAC shared EPL service
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Notice: These two steps are the same as that of the
point-to-point EPL service, except that some
parameters are different.
Configuring the EPL Service
Step 5: Configuring committed access rate (CAR) (Optional
Step 6: Configuring the cross-connect from Ethernet boards to
SDH line boards
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Summary
Creating an Ethernet board Configuring Ethernet interfaces
External Port: Basic Attributes, Tag Attribute
Internal Port: Tag Attribute, LCAS Configuring binding paths:
Configurable Ports, Level, Direction, Available VC4, timeslots Creating the MAC shared EPL service:
Service Type, Service Direction, Ports, VLAN, TAG, Port Type Configuring committed access rate (CAR):
CAR ID, Capacity, Ports Configuring the cross-connect from Ethernet boards to SDH line boards
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For EPL Service, there are three types:
the Point-to-Point EPL Service
the MAC Shared EPL Service
the VCTRUNK Shared EPL Service
Configuring the EPL Service
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Configuring the EPL Service
Configuring the VCTRUNK Shared EPL Service :
Engineering Requirements
Engineering Planning
Configuration Process
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STM-16 two-fiberbidirectional MSP ring
T2000STM-4 two-fiberbidirectional non-protection chainNE1
NE2
NE3
NE4
NE5
Engineering Requirements
Configuring the EPL Service
Configuring the VCTRUNK Shared EPL Service:
Source
User
Service
requirement
Source
station
Sink User Sink
station
Bandwidth
D VCTRUNK Shared NE2 D’ NE3 300 Mbit/s
E VCTRUNK Shared NE2 E’ NE3 300 Mbit/s
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Configuring the EPL Service
Configuring the VCTRUNK Shared EPL Service :
Engineering Planning
− Step 1: Networking Diagram
− Step 2: Board Information of Each NE
− Step 3: Service Configuration Diagram of Each NE
− Step 4: Timeslot Allocation Diagram
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T2000
NE1
NE2
NE3
NE4
NE5
D
B
VC-Trunk
MAC1
MAC2
MAC2MAC1
E
D’ E’ D & D’ Service
E & E’ Service
Configuring the EPL Service
− Step 1: Networking Diagram
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Configuring the EPL Service
− Step 2: Board Information of Each NEBoard layout of NE2 and NE3
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MAC1D
300M
E
VCTRUNKMAC
MAC2
SDHVC4-1:VC3-1~VC3-3VC4-2:VC3-1~VC3-3
VCTRUNK
VCTRUNK1
MAC1D’
E’
MAC
MAC2
NE2 NE3
300M
300M
300MVC4-1:VC3-1~VC3-3VC4-2:VC3-1~VC3-3
VCTRUNK1
Configuring the EPL Service
− Step 3: Service Configuration Diagram of Each NE
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Configuring the EPL Service
− Step 3: Service Configuration Diagram of Each NE
Service Attribute D E
Source NE NE2
Source board - port 13-N1EGS2-1 13-N1EGS2-2
Source timeslot VC4-1: VC3-1–VC3-3, VC4-2: VC3-1–VC3-3
Source VCTRUNK VCTRUNK1 (Tag aware)
Working mode of source MAC port 1000M full duplex 1000M full duplex
TAG flag of source MAC port Access Access
VLAN ID of source MAC port 1 2
Bound bandwidth 6 x VC-3
Sink NE NE3
Sink board - port 13-N1EGS2-1 13-N1EGS2-2
Sink timeslot VC4-1: VC3-1–VC3-3, VC4-2: VC3-1–VC3-3
Sink VCTRUNK VCTRUNK1 (Tag aware)
Working mode of sink MAC port 1000M full duplex 1000M full duplex
TAG flag of sink MAC port Access Access
VLAN ID of sink MAC port 1 2
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Configuring the EPL Service
− Step 4: Timeslot Allocation Diagram
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Notice: The steps are the same as the MAC shared EPL Service.
So here we don’t need introduce them again.
Configuring the EPL Service
Configuring the VCTRUNK Shared EPL Service:
Configuration Process
− Step 1:Creating a board
− Step 2: Configuring Ethernet interfaces
− Step 3: Configuring binding paths
− Step 4: Creating the VCTRUNK shared EPL service
− Step 5: Configuring committed access rate (CAR) (Optional )
Step 6: Configuring the cross-connect from Ethernet boards to
SDH line boards
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Summary
Creating an Ethernet board Configuring Ethernet interfaces
External Port: Basic Attributes, Tag Attribute Internal Port: Tag Attribute, LCAS
Configuring binding paths: Configurable Ports, Level, Direction, Available VC4, timeslots
Creating the VCTRUNK shared EPL service: Service Type, Service Direction, Ports, VLAN, TAG, Port Type
Configuring committed access rate (CAR): CAR ID, Capacity, Ports
Configuring the cross-connect from Ethernet boards to SDH line boards
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Chapter 1 The Basic ConceptsChapter 1 The Basic Concepts
Chapter 2 The EPL Service Configuration Chapter 2 The EPL Service Configuration
Chapter 3 The EPLAN Service ConfigurationChapter 3 The EPLAN Service Configuration
Chapter 4 The EVPL Service ConfigurationChapter 4 The EVPL Service Configuration
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Configuring the EPLAN Service
Configuring the EPLAN Service:
Engineering Requirements
Engineering Planning
Configuration Process
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STM-16 two-fiberbidirectional MSP ring
T2000STM-4 two-fiberbidirectional non-protection chainNE1
NE2
NE3
NE4
NE5
Configuring the EPLAN Service Engineering Requirements
Source User Service requirement Source station Sink User Sink station Bandwidth
F(1) EPLAN NE2 F(2) NE3 10 Mbit/s
F(3) EPLAN NE4 F(2) NE3 10 Mbit/s
F(1) EPLAN NE2 F(3) NE4 10 Mbit/s
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Configuring the EPLAN Service
Engineering Planning
− Step 1: Networking Diagram
− Step 2: Board Information of Each NE
− Step 3: Service Configuration Diagram of Each NE
− Step 4: Timeslot Allocation Diagram
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T2000
NE1
NE2
NE3
NE4
NE5
B
VC-Trunk
MAC1
MAC1
F(1)
F(2)
MAC1
F(3)
VB
MAC1
VCTRUNK1
MAC1
VCTRUNK2VCTRUNK1 VB
VB
MAC1
VCTRUNK1
F(1) & F(2) Service
F(3) & F(2) Service
F(1) & F(3) Service
Configuring the EPLAN Service− Step 1: Networking Diagram
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Board layout of NE2 and NE3
Configuring the EPLAN Service
− Step 2: Board Information of Each NE
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Configuring the EPLAN Service
− Step 2: Board Information of Each NE
Board layout of NE4
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Service configuration diagram Service configuration diagram
MAC1F2
10M
VCTRUNKMAC
SDH
VC4-4:VC12-1~VC12-5
VCTRUNK
VCTRUNK1
MAC1F1
MAC
NE3
NE2
10M
VC4-4:VC12-1~VC12-5VCTRUNK1
VB1
LP1LP2
LP3
VCTRUNK2VC4-4:VC12-6~VC12-10
VB1
VC4-4:VC12-1~VC12-5
VCTRUNK
VCTRUNK1
MAC1F3
MAC
NE4
10M
VB1
LP1
LP1
LP2
LP2
Configuring the EPLAN Service− Step 3: Service Configuration Diagram of Each NE
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Configuring the EPLAN ServiceAttribute \ Service F
Source NE NE3
Source board – port 14-N1EFS0-1
Source timeslot VC4-4: VC12-1–VC12-5 VC4-4: VC12-6–VC12-10
Source VCTRUNK VCTRUNK1 (Tag Aware) VCTRUNK2 (Tag Aware)
Source VCTRUNK attribute PE PE
Working mode of source MAC port Auto negotiation
TAG flag of source MAC port Access
VLAN ID of source MAC port 11
VB VB1
Attached port MAC1, VCTRUNK1, VCTRUNK2
Sink NE NE2 NE4
Sink board – port 14-N1EFS0-1 15-N1EFS0-1
Sink timeslot VC4-4: VC12-1–VC12-5 VC4-4: VC12-1–VC12-5
Sink VCTRUNK VCTRUNK1 (Tag Aware) VCTRUNK1 (Tag Aware)
Sink VCTRUNK attribute PE PE
Working mode of sink MAC port Auto negotiation Auto negotiation
TAG flag of sink MAC port Access Access
VLAN ID of sink MAC port 11 11
Virtual bridge (VB) VB1 VB1
Attached port MAC1, VCTRUNK1 MAC1, VCTRUNK1
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Configuring the EPLAN Service
− Step 3: Service Configuration Diagram of Each NE
− Step 4: Timeslot Allocation Diagram
NE name VB VLAN ID Forwarding port
NE2 VB1 11 LP1, LP2
NE3 VB1 11 LP1, LP2, LP3
NE4 VB1 11 LP1, LP2
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Configuring the EPLAN Service
Configuration Process
− Step 1: Creating a board
− Step 2: Configuring Ethernet interfaces
− Step 3: Configuring binding paths
− Step 4: Creating the EPLAN service
− Step 5: Configuring the forwarding filter table
− Step 6: Configuring committed access rate (CAR) (Optional )
− Step 7: Configuring the cross-connect from Ethernet boards to
SDH line boards
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Configuring the EPLAN Service
− Step 1: Creating a board
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Configuring the EPLAN Service− Step 2: Configuring Ethernet interfaces
Right click
Left click
Left click
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Left click
Configuring the EPLAN Service
Left click
Left click
Left click
− Step 3:
Configuring
binding paths
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Left click
Configuring the EPLAN Service− Step 4: Creating the EPLAN service
Left click
Left click
Left click
Left click
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Configuring the EPLAN Service− Step 5: Configuring the forwarding filter table
Left click
Left click
Left click
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Configuring the EPLAN Service− Step 6: Configuring committed access rate (CAR) (Optional )
Left click
Left click
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Configuring the EPLAN Service− Step 7: Configuring the cross-connect from Ethernet boards to SDH line
boards
Left click
Left clickLeft click
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Summary
Creating an Ethernet board Configuring Ethernet interfaces
External Port: Basic Attributes, Tag Attribute, VLAN Internal Port: Tag Attribute, VLAN, LCAS
Configuring binding paths: Configurable Ports, Level, Direction, Available VC4, timeslots
Creating the EPLAN service: VB Port, Mount Port, Port Type, Binding Path
Configuring the forwarding filter table VB Port, VLAN ID, forwarding port
Configuring committed access rate (CAR): CAR ID, Capacity, Ports
Configuring the cross-connect from Ethernet boards to SDH line boards
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Chapter 1 The Basic ConceptsChapter 1 The Basic Concepts
Chapter 2 The EPL Service Configuration Chapter 2 The EPL Service Configuration
Chapter 3 The EPLAN Service ConfigurationChapter 3 The EPLAN Service Configuration
Chapter 4 The EVPL Service ConfigurationChapter 4 The EVPL Service Configuration
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Configuring the EVPL Service
Configuring the EVPL Service:
Engineering Requirements
Engineering Planning
Configuration Process
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STM-16 two-fiberbidirectional MSP ring
T2000 STM-4 two-fiber
bidirectional non-protection chainNE1
NE2
NE3
NE4
NE5
Configuring the EVPL Service Engineering Requirements
Source
User
Service
requirement
Source
stationSink User
Sink
stationBandwidth
D EVPL NE2 D’ NE3 100 Mbit/s
E EVPL NE2 E’ NE3 100 Mbit/s
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Configuring the EVPL Service
Engineering Planning
− Step 1: Networking Diagram
− Step 2: Board Information of Each NE
− Step 3: Service Configuration Diagram of Each NE
− Step 4: Timeslot Allocation Diagram
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T2000
NE1
NE2
NE3
NE4
NE5
D
B
VC-Trunk
MAC1
MAC2
MAC2MAC1
E
D’ E’D & D’ Service
E & E’ Service
Configuring the EVPL Service
− Step 1: Networking Diagram
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Configuring the EVPL Service− Step 2: Board Information of Each NE
Board layout of NE2 and NE3
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Configuring the EVPL Service
− Step 3: Service Configuration Diagram of Each NE
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Configuring the EVPL Service
− Step 3: Service Configuration Diagram of Each NE
Attribute \ Service D ESource NE NE2Source board - port 14-N1EFS0-1 14-N1EFS0-2Source timeslot VC4-4: VC12-1–VC12-48Source VCTRUNK VCTRUNK1 (Tag Aware )Source VCTRUNK attribute PWorking mode of source MAC port 100M full duplex 100M full duplex TAG flag of source MAC port Tag Aware Tag AwareVLAN ID of source MAC port 11 11Source MAC attribute PE PEBound bandwidth 48 x VC-12Sink NE NE3Sink board - port 14-N1EFS0-1 14-N1EFS0-2Sink timeslot VC4-4: VC12-1–VC12-48Sink VCTRUNK VCTRUNK1 (Tag Aware )Sink VCTRUNK attribute PWorking mode of sink MAC port 100M full duplex 100M full duplexTAG flag of sink MAC port Tag Aware Tag AwareVLAN ID of sink MAC port 11 11Sink MAC attribute PE PE
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Configuring the EVPL Service
− Step 3: Service Configuration Diagram of Each NE
− Step 4: Timeslot Allocation Diagram
NE name VCTRUNK-MAC
(path)
multi-protocol label switching (MPLS)
Tunnel VC
NE2 \ NE3 VCTRUNK1-MAC1 55 25
NE2 \ NE3 VCTRUNK1-MAC2 66 26
Station
Timeslot
NE1 NE2 NE3 NE4 NE1
12-SL16-1 7-SL16-1 12-SL16-1 7-SL16-1 12-SL16-1 7-SL16-1 12-SL16-1 7-SL16-1
VC4-4
VC12: 1-48
14EFS0: VC4-4Forward
Add/Drop
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Configuring the EVPL Service
Configuration Process
− Step 1: Creating a board
− Step 2: Configuring Ethernet interfaces
− Step 3: Configuring binding paths
Step 4: Creating the EVPL service
Step 5: Configuring committed access rate (CAR)
(Optional )
− Step 6: Configuring the cross-connect from Ethernet
boards to SDH line boards
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Configuring the EVPL Service
− Step 1: Creating a board
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Configuring the EVPL Service− Step 2: Configuring Ethernet interfaces
Right click
Left click
Left click
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Configuring the EVPL Service− Step 3: Configuring binding paths
Left click
Left click
Left click
Left click
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Configuring the EVPL Service
− Step 4: Creating the
EVPL service
Left clickLeft click Left click
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Notice: These two steps are the same as that of the EPL service, except that some parameters are different.
Configuring the EVPL Service
− Step 5: Configuring committed access rate (CAR)
(Optional )
− Step 6: Configuring the cross-connect from Ethernet
boards to SDH line boards
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Summary Creating an Ethernet board
Configuring Ethernet interfaces
External Port: Basic Attributes, Tag Attribute, VLAN
Internal Port: Tag Attribute, VLAN, LCAS, MPLS
Configuring binding paths:
Configurable Ports, Level, Direction, Available VC4, timeslots
Creating the EVPL service:
Service Type, Service Direction, Ports, TAG, VLAN, Tunnel, VC, Port
Type, Encapsulation Format
Configuring committed access rate (CAR):
CAR ID, Capacity, Ports
Configuring the cross-connect from Ethernet boards to SDH line
boards
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