11022009 IPBN Test Inter Working Juniper HW

Test-Case Interworking Juniper and Huawei in IPBN Table of Contents

Table of Contents

1. EtherChannel.....................................................................................................................1

2. Ethernet OAM.....................................................................................................................1

3. OSPF..................................................................................................................................2

4. MGBP L3VPN.....................................................................................................................3

5. MPLS L3VPN.....................................................................................................................4

6. BFD OSPF............................................................................................................................5

7. BFD BGP............................................................................................................................6

8. VRRP for VRF.....................................................................................................................7

9. MPLS TE...............................................................................................................................8

10. MPLS Fast reroute Link Protection...................................................................................9

11. MPLS Fast reroute Node Protection................................................................................10

12. MPLS Fast reroute Hot backup tunnel.............................................................................11

13. MPLS TE constraint.........................................................................................................12

14. Route leak.........................................................................................................................13

15. Martini VPLS..................................................................................................................14

16. Martini L2VPN (VLL)– L2VC Homogenous Connection.................................................15

17. Martini L2VPN (VLL) – L2VC Interworking Connection.................................................16

18. Kompella VPLS...............................................................................................................17

19. Kompella L2VPN Local/Remote Homogenous Connection...........................................18

20. VRF-LITE.........................................................................................................................19

21. QoS..................................................................................................................................20

22. Policy-Forwarding............................................................................................................22

23. Multicast PIM-SM............................................................................................................22

24. Multicast PIM-SSM.........................................................................................................23

25. TACCAS AUTHENTICATION..........................................................................................24

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Test-Case Interworking Juniper and Huawei in IPBN Viettel Telecom

1. EtherChannel

Test item Etherchannel for connections between PE router

Networking diagram

Description 1. Config etherchannel for all interfaces have more than one connection with LACP.

2. Load sharing on all physical connections per etherchannel.

3. Can detect and remove down links from etherchannel.

Expected result 1. 1. Same workload on each physical connections in a etherchannel.

2. 2. Time for detecting and removing down link is less than 1s.

Result

2. Ethernet OAM

Test item Ethernet OAM for connections between Routers

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Networking diagram

Description 1. Config Ethernet OAM for all GE interfaces in IPBN.

Expected result 1. Detect link down is less than <100ms.

2. Can run with Etherchannel, interworking between Juniper and Huawei

3. Show command to check working of Ethernet OAM

Result

3. OSPF

Test item OSPF

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Networking diagram

Description 1. Config follow network topology.

Expected result 1. 1. OSPF run correctly between Juniper and Huawei devices.

Result

4. MGBP L3VPN

Test item MBGP VPN Service

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Networking diagram

Description 1. Set up L3VPN for customer from HNI to HCM follow network topology.

2. All of customer's connections is VPN instances.

3. PE HNI and PE HCM routers learn customer routes through RR router with MBGP VPN

Expected result 1. All sites of customer in VPN can send / receive information from others.

2. Can check all VPN instance routings of customer.

3. Juniper and Huawei can interworking well with MBGP VPN

Result

5. MPLS L3VPN

Test item MPLS L3VPN

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Networking diagram

Description 1. Create MPLS L3VPN for customer:

- Connect CE routers of customer to PE routers.

- Use OSPF, RIP, BGP, static route between CE and PE.

- CE3 can connect with CE1 and CE2. But CE1 and CE2 can not connect together (use route-target to control)

Expected result 1. CE and PE can advertise routes well with OSPF, RIP, BGP, Static route

2. Apply policy routing of customers using Route-target

Result

6. BFD OSPF

Test item BFD OSPF to detect failures and recover network that run OSPF.

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Networking diagram

Description 1. Config BFD and set up BFD OSPF session between P router (T1600 and NE5000E).

2. Down a physiscal link and check BFD operations.

Expected result 1. Time for detecting fault and recovering is less than 200ms.

Result

7. BFD BGP

Test item BFD BGP to detect failures and recover network that run BGP.

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Networking diagram

Description 1. Config BFD and set up BFD BGP session between PE and RR router.

2. Down all links of RR and check BFD operations.

Expected result 1. Time for detecting fault and recovering is less than 200ms.

Result

8. VRRP for VRF

Test item VRRP for VRF

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Networking diagram

Description 1. Config VRRP between HCM_NE80 and HCM_MX960_01, HNI_MX960_01 and HNI_MX960_02

2. When Master down, traffic of Customer will go through Slave Router

Expected result 1. Recovery timer when Master down should be less than 1s

2. Huawei and Juniper can interworking well with VRRP for VRF VPN

Result

9. MPLS TE

Test item MPLS TE

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Networking diagram

Description 1. Create 4 tunnels from HCM_MX960_HHT01_01 to HNI_NE80E:

- VoD tunnel: 600Mbps.

- VoIP tunnel: 100 Mbps.

- VPN tunnel: 1500 Mbps.

- VIP VPN tunnel: 600 Mbps.

2. Use MPLS TE, RSVP and CSPF OSPF to create dynamic paths for tunnels.

3. Down some physical links to cause congestion and check for traffic engineering operations.

Expected result 1. Check the working of MPLS TE + RSVP + CSPF OSPF

2. Create dynamic paths and assign enough bandwidth for all tunnels

Result

10. MPLS Fast reroute Link Protection

Test item MPLS TE FRR Link Protection

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Networking diagram

Description 1. Config follow network topology:

- Create Bi-directional VPN tunnel.

- Push traffic of VPN Customer to this tunnel.

2. Down P router HNI_T1600 (or HNI_NE5000) in HNI.

3. Use MPLS FRR Link Protection to keep service (VPN) up.

Expected result 1. Do not lost VPN service.

2. Compare the recovery timer, complexity of Link Protection, Node Pretection, TE hot-standby choose the best solution

3. Check interworking between Huawei and Juniper about MPLS FRR Link Protection

Result

11. MPLS Fast reroute Node Protection

Test item MPLS TE FRR Node Protection

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Networking diagram




2. Down P router HNI_T1600 (or in HNI_NE5000)

3. Use MPLS FRR Node Protection to keep service (VPN) up.



3. Check interworking between Huawei and Juniper about MPLS FRR Node Protection

Result

12. MPLS Fast reroute Hot backup tunnel

Test item MPLS TE FRR Hot backup tunnel

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Networking diagram




2. Down P router HNI_T1600 (or HNI_NE5000) in HNI.

3. Use MPLS FRR Hot backup tunnel to keep service (VPN) up.



3. Check interworking between Huawei and Juniper about MPLS FRR hot backup tunnel

Result

13. MPLS TE constraint

Test item MPLS TE Constraint

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Networking diagram

Description 1. Create 4 tunnels from HCM_MX960_01 to HNI_NE80E:

- VoD tunnel: 600Mbps with affinity is 100.

- VoIP tunnel: 100 Mbps with affinity is 100.

- VPN tunnel: 1500 Mbps with affinity is 1.

- VIP VPN tunnel: 600 Mbps with affinity is 1.

2. Assign affinity value for all connections between HNI and HCM:

- T1600 HNI - T1600 HCM: affinity = 100.

- NE5000E HNI - NE5000E HCM: affinity = 1.

3. Use TE Constraint with bandwidth and affinity atributes

3. Check the path of all tunnels

Expected result 1. Assign enough bandwidth for all tunnels.

2. Paths of tunnel is correct follow TE constraints.

Result

14. Route leak

Test item MPLS TE

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Networking diagram

Description 1. Create VPN NMS for network monitoring servers follow network topology.

2. Routing between VPN NMS routing table and Global routing table.

Expected result 1. NMS Server can connect and monitor with all Routers in IPBN

Result

15. Martini VPLS

Test item Martini VPLS

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Networking diagram

Description 1. Create MPLS VPLS for Customer (4 CE). 4 CE can transmit Layer2 traffic through Service Provider network

2. Using Martini VPLS to provide service for Customer

Expected result 1. VLAN1, VLAN2, VLAN3, VLAN4 of 4 CE can connect together

2. Show command to check the working of Martini VPLS

Result

16. Martini L2VPN (VLL)– L2VC Homogenous Connection

Test item Martini MPLS L2 VPN (VLL) – L2VC Homogenous Connection

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Networking diagram

Description 1. Create MPLS L2VPN for Customer (4 CE). 4 CE can transmit Layer2 traffic through Service Provider network

2. Using Martini L2VPN (VLL)- L2VC to provide service for Customer


2. Show command to check the working of Martini MPLS L2VPN – L2VC

Result

17. Martini L2VPN (VLL) – L2VC Interworking Connection

Test item Martini MPLS L2 VPN (VLL) – L2VC Interworking Connection

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Networking diagram


2. Using Martini L2VPN (VLL) – L2VC to provide service for Customer


2. Show command to check the working of Martini MPLS L2VPN (VLL) – L2VC

Result

18. Kompella VPLS

Test item Kompella VPLS

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Networking diagram

Description 1. Create MPLS VPLS for Customer (4 CE). 4 CE can transmit Layer2 traffic through Service Provider network

2. Using Kompella VPLS to provide service for Customer


2. Show command to check the working of Kompella VPLS

Result

19. Kompella L2VPN Local/Remote Homogenous Connection

Test item Kompella L2VPN Local Homogenous

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Networking diagram


2. Using Kompella L2VPN (VLL) – Local/Remote homogeneous Connection to provide service for Customer


2. Show command to check the working of Kompella L2VPN

Result

20. VRF-LITE

Test item VRF-Lite

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Networking diagram

Description 1. Provide Leased Line Service for Customer using VRF-Lite

2. Using VRRP on PE to redundancy

Expected result 1. Leased Line Customer can use Internet, VoIP, VoD, VPN services

2. VRRP can work well with VRF, and recovery timer when master down is less than 1s

Result

21. QoS

Test item QoS

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Networking diagram

Description 1. Create 4 VRF Internet, VoIP, VoD, VPN for 4 Services of CE

2. CE have 5Mbps connection with PE, using 4 services following QoS policy:

+ VoIP: 512Kbps (highest priority)

+ VoD: 2Mbps (medium priority)

+ VPN: 1Mbps (normal priority)

+ Internet: 1,5Mbps (low priority)

3. Make QoS overall the IPBN based on kind of traffic

Expected result 1. Rate-limit bandwidth between CE and PE

2. End-to-End QoS Policy for customer traffic to guarantee quality of real-time services

Result

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22. Policy-Forwarding

Test item Policy-forwarding

Networking diagram

Description 1. Create 4 tunnel per PE: VoIP tunnel, VoD tunnel, VPN tunnel, VIP VPN tunnel

2. Customer use 4 service Internet, VoIP, VoD, VPN on per CE

3. Push VoIP traffic to VoIP tunnel, VoD traffic to VoD tunnel, VPN traffic to VPN tunnel

Expected result 1. Traffic can go through bi-directional in the right tunnel based on kind of services

2. Monitor traffic in the tunnel

Result

23. Multicast PIM-SM

Test item Multicast PIM-SM

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Networking diagram

Description 1. Config PIM-SM in IPBN using BSR

2. Transmit multicast traffic through IPBN

Expected result 1. All Multicast Receiver in HCM, HNI, DNG can receive multicast traffic

2. Show command to monitor working of PIM-SM, BSR, RP, IGMP

3. Can choose RP based on Multicast address range

Result

24. Multicast PIM-SSM

Test item PIM-SSM

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Networking diagram

Description 1. Config PIM-SM in IPBN

2. Using PIM-SSM to deny multicast traffic of Untrust Multicast Server

Expected result 1. Untrust Multicast Server can not send multicast traffic throughout IPBN

2. All Multicast receiver in HCM, HNI, DNG can receive multicast traffic from Trust Mulitcast Server

3. Check working of PIM-SSM

Result

25. TACCAS AUTHENTICATION

Test item Taccas authentication

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Networking diagram

Description 1. Using Taccas protocol to authenticate Router for remote access, console access

2. Taccas Server use ACS software of Cisco or another software

Expected result 1. All Huawei, Juniper Router will be authentication, authorization, accounting on Taccas Server

Result

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Date post:	05-Mar-2015
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11022009 IPBN Test Inter Working Juniper HW

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