400-051問題集、400-051試験の合格率、400-051勉強資料、400-051参考書、400-051無料サンプル

CCIE Collaboration 認定は、複雑なコラボレーション ソリューションの設計、実装、トラブルシューティングを行うコラボレーション設計者、ユニファイド コミュニケーション設計者、音声およびビデオ ネットワーク マネージャを対象としています。
TestpassportはCisco CCIE 400-051試験のためのテクニックと勉強資料を見つけることができます。
Cisco CCIE 400-051試験の合格率は100パーセントに達したので、絶対あなたが試験を受かることに重要な助けになれます。
当社のCisco CCIE 400-051問題集を使用すると、あなたは試験中の心理的な緊張を解消し、貴重な時間を節約するために、高速かつ効率的にサービスを提供するために全力を行っている達することができるようにします。

CCIE Collaboration 認定

試験番号:400-051 CCIE Collaboration
関連する認定:CCIE Collaboration 認定
試験時間:120 分(90 〜 110 問)
試験言語:英語
試験登録:ピアソン VUE

Cisco CCIE Collaboration 筆記試験(400-051)バージョン 1.0 は 90 ~ 110 問で構成される 2 時間の試験です。

Cisco CCIE 400-051試験では、企業のコラボレーションおよび通信ネットワークの計画、設計、導入、運用、トラブルシューティングに必要なスキルがあることを認定します。

あなたはTestpassportを選択することを決定したら、Cisco CCIE 400-051試験に合格するのを助けるためにあらゆる努力をします。
Cisco CCIE 400-051試験に失敗すれば全額返金のポリシーについて、事前に調べたほうがいいです。
君のCisco CCIE 400-051試験にあなたの全部な需要を満たすためにいつも頑張ります。
弊社のCisco CCIE 400-051問題集を使って、本試験と同じのものを体験することができて、的中率が高いです。

次に、Cisco CCIE 400-051試験の一般的な出題内容を示します。 ただし、Cisco CCIE 400-051試験によっては、ここに示されていない関連分野も出題される場合があります。 Cisco CCIE 400-051試験内容をより適切に反映させ、明確にするために、次のガイドラインは事前の通告なく変更されることがあります。

1.0 シスコ コラボレーション インフラストラクチャ  10%
2.0 テレフォニー規格とプロトコル  12%
3.0 Cisco Unified Communications Manager (CUCM)  22%
4.0 Cisco IOS UC のアプリケーションと機能  16%
5.0 シスコ コラボレーション ソリューションの QoS とセキュリティ  12%
6.0 Cisco Unity Connection  8%
7.0 Cisco Unified Contact Center Express  4%
8.0 Cisco Unified IM およびプレゼンス  6%
9.0 最新テクノロジー  10%

弊社のCisco CCIE 400-051勉強資料を使用すると、人々は常に高いレベルに到達するための独自の知識を向上させ、最初のコミュニティが才能をたくさん持っています。
弊社のCisco CCIE 400-051過去問を使用すると、最も実用的なのIT認証を提供することができます。
当社のCisco CCIE 400-051勉強材料は、常に試験で良い成績を得ることを保証するために多大な努力をしました。
弊社のCisco CCIE 400-051参考書を使用すると、試験に合格するのを助けるしたい情報は参加候補者を提供します。
Cisco CCIE 400-051無料サンプルをご参照ください

1. Topic 1, Cisco Collaboration Infrastructure
Company ABC is planning to migrate from MCS-hosted Cisco Unified Communications Manager
applications to Cisco UC on UCS B-Series servers.
Which statement about installation media support is true for this migration?
A. The install log can be written to a USB flash drive that is attached to the UCS server.
B. The answer file that is generated by the Answer File Generator (platformConfig.xml) can be read from
a USB flash drive to perform an unattended installation on the UCS server.
C. The Cisco Music on Hold USB audio sound card can be mapped to a virtual USB port on a VMware
virtual machine on the UCS server.
D. The answer file that is generated by the Answer File Generator (platformConfig.xml) can be read from
an FLP image that is mounted in a virtual floppy drive.
E. The Cisco Music on Hold USB audio sound card can be mapped to a virtual serial port on a VMware
virtual machine on the UCS server.
Answer: D
Explanation:
Using the AFG will allow you to get this license mac before even touching the server. It is provided after
filling in the main form of the AFG but it can also be found by looking at the last few lines of your
platformconfig.xml file.
Once you have the xml files, you will need to map those to the floppy drive of the VM (no usb support on
the VM OVA). There are many ways to do this. I simply use a freeware virtual floppy app that I drop the
platformconfig.xml file on and then copy the*.flp image out to the datastore. I’ll end up with a directory on
my datastore called AFG that has the host named *.flp images that I will use during install. It also serves
as archival of these files in the event the server needs to be re-imaged. This is important because the
license mac will change if every parameter is not entered exactly as it was prior. If the license mac
changes, you will have to go through the process of requesting new license files to be generated.
Reference: http://angryciscoguy.com/jello/cisco-answer-file-generator-to-the-rescue/

2.Which statement about the Cisco UC on UCS TRC and the third-party server specs-based virtualization
support model is true?
A. Both the UC on UCS TRC and the third-party servers spec-based support models have rule-based
approaches.
B. The UC on UCS TRC support model has a rule-based approach and the third-party servers
spec-based support model has a configuration-based approach.
C. The UC on UCS TRC support model requires a high level of virtualization experience while the
third-party server spec-based support model requires a low to medium level virtualization experience.
D. VMware vCenter is mandatory for the UC on UCS TRC support model but it is optional for the
third-party server spec-based support model.
E. VMware vCenter is optional for the UC on UCS TRC support model but it is mandatory for the
third-party server spec-based support model.
Answer: E
Explanation:
VMware vCenter is
• optional when deploying on UC on UCS Tested Reference Configuration hardware
• mandatory when deploying on UC on UCS Specs-based and Third-party Server Specs-based hardware.
• vCenter Statistics Level 4 logging is mandatory so that Cisco TAC is able to provide effective support.
• Click here for how to configure VMware vCenter to capture these logs. If not configured by default, Cisco
TAC may request enabling these settings in order to provide effective support.
• Also note that enablement of specific VMware vSphere management features may require vCenter
and/or a higher feature Edition of vSphere ESXi.
• Cisco Collaboration does not require its own dedicated vCenter.
• Note that when VMware vCenter is not required and is not used, then VMware vSphere ESXi’s default
management interface is its free/included VMware vSphere Client (formerly branded VI Client).
Reference: http://docwiki.cisco.com/wiki/Unified_Communications_VMware_Requirements

3.Which definition is included in a Cisco UC on UCS TRC?
A. storage arrays such as those from EMC or NetApp, if applicable
B. configuration of virtual-to-physical network interface mapping
C. step-by-step procedures for hardware BIOS, firmware, drivers, and RAID setup
D. server model and local components (CPU, RAM, adapters, local storage) at the part number level
E. configuration settings and patch recommendations for VMware software
Answer: D
Explanation:
What does a TRC definition include?
• Definition of server model and local components (CPU, RAM, adapters, local storage) at the orderable
part number level.
• Required RAID configuration (e.g. RAID5, RAID10, etc.) – including battery backup cache or SuperCap –
when the TRC uses DAS storage
• Guidance on hardware installation and basic setup (e.g. click here).
– Click here for detailed Cisco UCS server documentation regarding hardware configuration procedures.
– Configuration of Virtual-to-physical network interface mapping is design-dependent and not included in
TRC definition.
– Configuration of adapters (such as Cisco VIC, 3rd-party CNA / NIC / HBA) is design-dependent and not
included in TRC definition.
– Configuration settings or step by step procedures for hardware BIOS, firmware, drivers, RAID setup are
not included. Click here for detailed Cisco UCS server documentation.
• Design, installation and configuration of external hardware is not included in TRC definition, such as:
– Network routing and switching (e.g. routers, gateways, MCUs, ethernet/FC/FCoE switches, Cisco
Catalyst/Nexus/MDS, etc.)
– QoS configuration of route/switch network devices
– Cisco UCS B-Series chassis and switching components (e.g. Cisco UCS 6100/6200, Cisco UCS
2100/2200, Cisco UCS 5100)
– Storage arrays (such as those from EMC, NetApp or other vendors)
• Configuration settings, patch recommendations or step by step procedures for VMware software are not
included in TRC definition.
• Infrastructure solutions such as Vblock from Virtual Computing Environment may also be leveraged for
configuration details not included in the TRC definition.
Reference:
http://docwiki.cisco.com/wiki/UC_Virtualization_Supported_Hardware#UC_on_UCS_Tested_Reference_
Configurations

4.Which capability is supported by Cisco Discovery Protocol but not by LLDP-MED?
A. LAN speed and duplex discovery
B. Network policy discovery
C. Location identification discovery
D. Power discovery
E. Trust extension
Answer: E
Explanation:
Cisco Discovery Protocol provides an additional capability not found in LLDP-MED that allows the switch
to extend trust to the phone. In this case, the phone is now trusted to mark the packets received on the
PC port accordingly. This feature can be used to off-load the switch because now it does not need to
police the information being received from the phone.

5.Which two mechanisms does Cisco EnergyWise use for neighbor discovery? (Choose two.)
A. multicast
B. LLDP-MED
C. UDP broadcast
D. Cisco Discovery Protocol
E. TCP
Answer: C, D
Explanation:
Cisco EnergyWise Neighbor Discovery Process
The Cisco EnergyWise neighbor discovery process is the mechanism by which domain members
discover each other and populate their Cisco EnergyWise neighbor tables. Cisco EnergyWise queries can
subsequently be distributed to all domain members using the neighbor relationships to monitor and
control the power usage of devices within a domain.
Cisco EnergyWise domain members automatically discover their neighbors through one of two
mechanisms:
• Cisco EnergyWise UDP broadcast packet
• Cisco EnergyWise CDP packets
UDP broadcast packets are automatically sent out switch ports which support Cisco EnergyWise,
regardless of whether the interfaces are configured with the no energywise interface-level command.
CDP packets are sent when CDP is configured for the switch ports.
Reference:
http://www.cisco.com/en/US/docs/solutions/Enterprise/Borderless_Networks/Energy_Management/energ
ywisedg.html?referring_site=smartnavRD#wp555927