300-515過去問題、300-515テスト難易度

さらに、Pass4Test 300-515ダンプの一部が現在無料で提供されています:https://drive.google.com/open?id=1tYniObtjU45Gv_nnPkeZ82umXJ-w0axQ

Ciscoの300-515認定試験は競争が激しい今のIT業界中でいよいよ人気があって、受験者が増え一方で難度が低くなくて結局専門知識と情報技術能力の要求が高い試験なので、普通の人がCisco認証試験に合格するのが必要な時間とエネルギーをかからなければなりません。

Cisco 300-515試験は、サービスプロバイダーVPNサービスと協力するIT専門家にとって重要な認証です。この認定は、保有者がVPNアーキテクチャ、構成、トラブルシューティング、および最適化を深く理解していることを雇用主とクライアントに示しています。また、継続的な専門能力開発へのコミットメントと、サービスプロバイダーVPNサービスの分野での最新のトレンドとベストプラクティスについて最新の状態を保ちたいという願望を意味します。

>> 300-515過去問題 <<

300-515テスト難易度、300-515問題集

Pass4Testの300-515クイズトレントに関するどんな問題やコンサルタントでも、1日を通して効率的なオンラインサービスを提供できます。 遅かれ早かれあなたがそれらを克服するのを助ける努力をspareしみません。 まず、300-515のImplementing Cisco Service Provider VPN Services試験トレント資料を毎日チェックして更新する専門スタッフがいるため、いつでも300-515試験トレントから最新情報を入手できます。 アフターサービスのほかに、エンジニアは常にオンラインで、必要に応じてCiscoの300-515の学習質問に関するリモートガイダンスと支援を提供します。

この試験は、VPNサービスに関連する広範なトピックをカバーしており、VPN技術、セキュリティプロトコル、および実装のベストプラクティスを含みます。受験者は、MPLS、DMVPN、IPSecなどのVPNソリューションについての深い理解を持っていることが期待されており、VPNのスケーラビリティと冗長性などの高度なトピックも含まれます。

Cisco 300-515認定試験は、VPNテクノロジーとその実装を深く理解する必要がある挑戦的な試験です。この試験で成功するには、ルーティングと切り替えの技術、およびVPNでの作業経験について確固たる知識を持つ必要があります。この認定は、サービスプロバイダー環境でVPNサービスの展開と管理に関与しているネットワークエンジニア、ネットワーク管理者、およびその他のIT専門家に最適です。

Cisco Implementing Cisco Service Provider VPN Services 認定 300-515 試験問題 (Q95-Q100):

質問 # 95
Refer to the exhibit.

Which statement about this output is true?

正解:D


質問 # 96
Refer to the exhibit.

If the two devices are operating normally, which two conclusions can you draw from this configuration?
(Choose two.)

正解:A、B


質問 # 97
SIMULATION 5
Guidelines
This is a lab item in which tasks will be performed on virtual devices.
* Refer to the Tasks tab to view the tasks for this lab item.
* Refer to the Topology tab to access the device console(s) and perform the tasks.
* Console access is available for all required devices by clicking the device icon or using the tab(s) above the console window.
* All necessary pre-configurations have been applied.
* Do not remove any existing configurations from the devices, only those necessary to make the appropriate changes required to fulfill the listed tasks.
* Do not change the enable password or hostname for any device.
* Save your configurations to NVRAM before moving to the next item.
* Click Next at the bottom of the screen to submit this lab and move to the next question.
* When Next is clicked, the lab closes and cannot be reopened.
Topology

Tasks
CE1 and CE2 are IPv6 Customer Premise Equipment of two customers that communicate with each other through the MPLS L3VPN core comprising Provide Edge PE1, PE2, and route- reflector RR.
Perform the below configuration and verification tasks as noted.
1. Troubleshoot and modify RR to allow PE1 to receive VPNv4 routes from PE2 and vice versa.
2. Troubleshoot the PE routers to ensure the CEs can ping each other via their Loopback 0 addresses.
The initial configuration with IP addressing has been completed. Do not change the configurations except to fulfill the abovementioned tasks. Apply the solution with the minimum configuration to allow additional PEs if needed.

正解:

解説:
1. On RR - make it a VPNv4 route-reflector for the PEs
Under BGP on RR, in the VPNv4 address-family, configure the PE neighbors as route-reflector clients (keeping the existing neighbors and update-source as they are), for example:
router bgp <SP-AS>
address-family vpnv4
neighbor 10.2.2.2 route-reflector-client ! PE1 loopback
neighbor 10.4.4.4 route-reflector-client ! PE2 loopback
exit-address-family
If not already present, neighbor <PE-lo0> activate and neighbor <PE-lo0> send-community extended must also be under address-family vpnv4
2. On PE1 and PE2 - fix VRF import/export so CE loopbacks are reachable end-to-end On both PEs, in the VRF used for CE1/CE2, ensure that the same route-target value is used for both import and export so that VPNv4 routes are imported into the correct VRF on the remote PE.
For example (names and values adapted to the actual config):
ip vrf CUST-A
rd 65000:1
route-target export 65000:1
route-target import 65000:1
(or adjust the existing route-target commands so that PE1 and PE2 share at least one identical import/export RT).
The RR receives all VPNv4 routes from the PEs, but without the route-reflector-client configuration in the VPNv4 address family it does not reflect those routes between the PEs.
Making the PE neighbors RR-clients (and ensuring they are activated with extended communities) allows the RR to advertise each PE's VPNv4 routes to the other, so PE1 learns CE2's VRF routes and PE2 learns CE1's.
Even with VPNv4 exchange working, CE loopback reachability between sites depends on the PEs importing the received VPNv4 routes into the correct VRF. That import is controlled by route- targets; both PEs must use a common route-target value for export and import. Once the RTs match, each PE imports the other's CE routes into the same VRF, and the IPv6 (or IPv4, depending on the lab) loopback prefixes of CE1 and CE2 become reachable across the MPLS L3VPN core, allowing successful ping between their Loopback0 interfaces.


質問 # 98
Which two Layer 2 VPN methods support interworking between customer sites with different Layer 2 encapsulation at each end (for example, Frame Relay to Ethernet interworking)? (Choose two.)

正解:C、D


質問 # 99
Refer to the exhibit.

Drag and drop the EVC configuration items from the left onto the correct descriptions on the right.

正解:

解説:


質問 # 100
......

300-515テスト難易度: https://www.pass4test.jp/300-515.html

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