IT-Tests H12-831_V1.0-ENU Test Study Guide, Answer Huawei H12-831_V1.0-ENU Practice Exam Questions

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Huawei H12-831_V1.0-ENU Exam Syllabus Topics:

SectionWeightObjectives
MPLS Technologies19%- MPLS principles
- MPLS configuration
- MPLS forwarding
- MPLS VPN applications
Advanced BGP Features10%- Advanced BGP features
- Route reflectors
- Inter-domain routing optimization
- BGP route control
Network O&M7%- Data collection
- Routine maintenance
Advanced IGP Features17%- OSPF advanced features
- Route control
- IS-IS advanced features
- Fast convergence
Advanced Ethernet Technologies10%- VLANs
- Ethernet security
Network Cutover7%- Migration process
- Basic cutover concepts
IPv6 Routing20%- IPv6 static routes
- OSPFv3
- IS-IS for IPv6
- BGP4+
Network Troubleshooting10%- Troubleshooting methods
- Structured troubleshooting processes

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Huawei HCIP-Datacom-Advanced Routing & Switching Technology V1.0 Sample Questions (Q33-Q38):

NEW QUESTION # 33
In the figure, the company wants to ensure secure communication between the headquarters and branch , and isolate the R & D areas from non-R & D areas , without changing the current network deployment.
To meet this requirement, an administrator deploys BGP/MPLS IP VPN on the network .

Which of the following statements are true?

Answer: B,D

Explanation:
Comprehensive and Detailed In-Depth Explanation:
To verify the correct answers, let ' s analyze how BGP/MPLS IP VPN is used for secure communication and isolation in an enterprise network.
1. Understanding BGP/MPLS IP VPN Concepts
MPLS VPN (Multiprotocol Label Switching Virtual Private Network) is used to:
* Allow communication between specific sites by using Route Targets (RTs) .
* Ensure isolation of specific areas (e.g., R & D vs. non-R & D) by controlling RT import/export policies .
* Utilize Route Distinguisher (RD) to make overlapping IP addresses unique within the VPN.
2. Analyzing the Answer Choices
# A. " To enable communication between the headquarters and branch R & D areas, both the ERT and IRT of VPN1 and VPN2 can be set to 100:100. " # TRUE
* Explanation:
* ERT (Export Route Target) and IRT (Import Route Target) define which VPNs share routing information .
* If VPN1 (HQ R & D) and VPN2 (Branch R & D) use the same RT (100:100), they will exchange routes, enabling communication.
* Correct configuration:
VPN1: ERT 100:100, IRT 100:100
VPN2: ERT 100:100, IRT 100:100
* # This is correct and enables communication between HQ and branch R & D areas.
# B. " To implement communication between the headquarters and branch R & D areas, the RDs of VPN1 and VPN2 need to be set to the same value. " # FALSE
* Explanation:
* RD (Route Distinguisher) is only used to make overlapping IP addresses unique within the MPLS VPN.
* RD does NOT control route exchange between VPNs (RTs control route exchange).
* VPN1 and VPN2 can have different RDs but still communicate if they share the same RT (100:100).
* # RDs do NOT need to be the same for VPNs to communicate.
* # This statement is false.
# C. " R & D areas and non-R & D areas have overlapping address spaces. Therefore, services in the two areas cannot be isolated. " # FALSE
* Explanation:
* Overlapping address spaces are common in MPLS VPNs and can be isolated using unique Route Targets (RTs).
* As long as VPNs have different RTs, their traffic remains isolated.
* For example:
VPN1 (R & D): RT 100:100
VPN3 (non-R & D): RT 200:200
* Even with overlapping IPs, R & D and non-R & D areas are completely isolated.
* # This statement is false.
# D. " To isolate R & D areas from non-R & D areas at the headquarters, the RTs of VPN1 can all be set to 100:100 and the RTs of VPN3 can all be set to 200:200. " # TRUE
* Explanation:
* Setting different RTs for R & D (100:100) and non-R & D (200:200) ensures complete isolation .
* Correct configuration:
VPN1 (R & D): RT 100:100
VPN3 (non-R & D): RT 200:200
* Since VPN1 and VPN3 do NOT share the same RTs, their routes remain separate.
* # This ensures isolation between R & D and non-R & D areas.


NEW QUESTION # 34
On the OSPF network shown in the figure:
* Area 1 is a common area .
* Area 2 is a totally NSSA (Not-So-Stubby Area) .
* Area 3 is an NSSA .
* R5 imports the external route 10.0.5.5/32 into OSPF .
Which of the following routers have the route 10.0.5.5/32 in their routing tables?

Answer: A,B,D

Explanation:
Comprehensive and Detailed In-Depth Explanation:
Understanding OSPF Areas and Route Propagation in the Network:
* OSPF Area Types in the Question:
* Area 0 (Backbone Area) : Connects all areas and distributes routing information.
* Area 1 (Standard Area) : Regular OSPF area that can receive and forward external routes.
* Area 2 (Totally NSSA - Totally Not-So-Stubby Area) :
* Does not allow external routes except for a default route injected by the ABR.
* Area 3 (NSSA - Not-So-Stubby Area) :
* Allows external routes as Type 7 LSAs but does not accept Type 5 LSAs.
* How External Routes Are Advertised in This Scenario:
* R5 (in Area 3) imports 10.0.5.5/32 as an external route into OSPF.
* Since Area 3 is an NSSA , the external route is advertised as a Type 7 LSA (not Type 5).
* The ABR (R1) converts the Type 7 LSA into a Type 5 LSA and advertises it into Area 0.
* Once in Area 0 , this Type 5 LSA can be distributed to other areas except totally stubby or totally NSSA areas .
Route Distribution Analysis:
* R5 (Area 3) # R1 (Area 0, ABR) :
* R5 generates a Type 7 LSA for 10.0.5.5/32 .
* R1 (ABR) converts this Type 7 LSA into a Type 5 LSA and injects it into Area 0 .
* R2 (Area 0) # R3 (Area 0) :
* Since Area 0 allows external Type 5 LSAs , R2 and R3 receive 10.0.5.5/32 . # R2 and R3 have the route.
* R6 (Area 1) # Connected to Area 0 :
* Area 1 is a common area , meaning it can receive external Type 5 LSAs. # R6 has the route.
* R4 (Area 2 - Totally NSSA) :
* Totally NSSA areas do NOT accept Type 5 or Type 7 LSAs .
* Instead, they receive only a default route from the ABR (R3).
* Since R4 does not receive external routes explicitly, it does NOT have 10.0.5.5/32 . # R4 does NOT have the route.
Final Conclusion:
* # R2, R3, and R6 have the route 10.0.5.5/32 .
* # R4 does not have the route because Area 2 is a Totally NSSA and only gets a default route .
Thus, the correct answer is:
# R2, R3, and R6 have the route 10.0.5.5/32 in their routing tables.
Reference:
HCIP-Datacom-Advanced Routing & Switching Technology V1.0 - OSPF Route Types and Area Behavior Huawei Official HCIP-Datacom Study Guide - OSPF LSA Types and Route Filtering in NSSA & Totally NSSA Areas Huawei Documentation on Type 7 to Type 5 LSA Conversion in NSSA Areas


NEW QUESTION # 35
Part of the configuration of R1 is as follows. Which statement about IS-IS on R1 is correct?

3vpn-instarwce rr
level- 2
cost-style wide
-erntity 47.ccOa 3eft)btxlci-dael

Answer: C,D


NEW QUESTION # 36
On the OSPFv3 network shown in the figure, OSPFv3 is enabled on the interfaces connecting R1, R2, and R3 . The router ID of each router is 10.0.X.X , where X is the number of the router .
If you check detailed information about an LSA on R3 , the command output shows that R1 and R2 are DRs on the network .
Options:

Answer: B

Explanation:
Comprehensive and Detailed In-Depth Explanation:
1. Understanding OSPFv3 and DR/BDR Election
* In OSPFv3 , on broadcast and non-broadcast networks , routers elect a Designated Router (DR) and a Backup Designated Router (BDR) to reduce LSA flooding.
* The DR is responsible for generating Network LSAs (Type 2 LSAs) for the subnet.
* The BDR takes over if the DR fails .
* Other routers (DROther) only form adjacencies with the DR and BDR but still receive LSAs.
2. Understanding the LSA Output in the Figure
* The LSA shown in the figure is a Type 1 (Router LSA) .
* The originating router is R2 (Router ID: 10.0.2.2) .
* The LSA lists two " Transit Network " links connected to R2.
* The Neighbor Router IDs listed are 10.0.1.1 (R1) and 10.0.2.2 (R2) .
3. Why the Statement is FALSE
* A transit network (broadcast network) should have only ONE DR.
* R1 and R2 both being DRs is incorrect , as only one DR per subnet should exist.
* The presence of two " Transit Network " entries in the LSA suggests that there are two separate OSPF broadcast networks , each with its own DR.
* This means R1 and R2 are each DRs on separate networks , but not both DRs on the same network Final answer:
The answer: B (FALSE)
HCIP-Datacom-Advanced Routing & Switching Technology References:
* OSPFv3 DR/BDR Election Process
* OSPFv3 LSA Types and Their Roles
* OSPFv3 Network Topology and LSA Interpretation


NEW QUESTION # 37
Which of the following is not part of the preparatory work for the cutover plan?

Answer: A


NEW QUESTION # 38
......

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