Archive for May, 2009:
Invest in your career with a Windows Server 2008 certification
Windows Server 2008 is generating demand all over the world for skilled IT professionals who can support this new Windows Server operating system. IDC, a global analyst firm, estimates that there will be more than 3.5 million deployments of Windows Server 2008 in its first year (IDC, 2007).
Make sure that hiring managers and project leads notice you—with a Microsoft Certification. Combined with hands-on experience, certification is an excellent way to demonstrate your understanding of new features—new Web tools, virtualization technologies, security enhancements, and management utilities—and inspire confidence in your readiness to evaluate, design, maintain, and troubleshoot Windows Server 2008.
Introducing Windows Server 2008 certification
In response to accelerating technology lifecycles, changing roles in IT, and your feedback, we are pleased to introduce a new suite of Windows Server certifications. These new certifications differentiate technology skills and job-role skills; reflect industry skills relevant to today’s real-world IT functions; and conserve resources with simplified, specific exam roadmaps.
Demonstrating in-depth technology skills: MCTS
The building blocks of Windows Server 2008 certification are three Microsoft Certified Technology Specialist (MCTS) certifications designed to validate your skills on the features and functionality of key technology areas in Windows Server 2008.
You can show your depth of knowledge in one specific Windows Server 2008 technology, earn multiple MCTS certifications to show breadth across different products, or build on the MCTS to earn a Professional Series credential. The three MCTS certifications on Windows Server 2008 are: • MCTS: Windows Server 2008 Active Directory Configuration
• MCTS: Windows Server 2008 Network Infrastructure Configuration
• MCTS: Windows Server 2008 Applications Infrastructure Configuration
• Learn more about MCTS certifications
A fresh take on industry-leading professional skills: MCITP
The Microsoft Certified IT Professional (MCITP) credential is the ideal way to demonstrate your ability to use Windows Server 2008 to excel in a specific, real-world job role.
Two paths build on MCTS prerequisites and are tied to professional roles relevant to Windows Server in today’s IT marketplace. The two MCITP certifications reflect distinct job roles—choose the path that makes sense for you.
• MCITP: Server Administrator — Focuses on day-to-day operations and management
• MCITP: Enterprise Administrator — Validates your skills focused on Windows infrastructure design
Ready to get started?
No matter what your Windows Server certification history or technology background, there is a certification path that makes sense for you. A practical method for choosing a certification is to become certified for your job role today or on the job role that you see as your next career step. Find your profile in the following table and determine your next career step.
My profile Next step
I am, or will be, focused on Windows Server 2008
Choose the MCTS certification on Windows Server 2008 that fits your business needs
I am certified on Windows Server 2003 and plan to work with Windows Server 2008
Follow your MCSA or MCSE upgrade path to Windows Server 2008
I have my certification on Windows Server and am a highly skilled technical expert on server technology
Review the requirements for the Microsoft Certified Master advanced training and certification program
I work with Windows Server 2003 and will continue to do so for the near future
Work on the MCSA or MCSE credential for Windows Server 2003. Those certifications will not be retired and will continue to hold market value for as long as organizations seek professionals skilled in working with Windows Server 2003. When the time is right, you can take advantage of the Windows Server 2008 upgrade path. Look for new additions to your elective choices, too.
• Learn more about Windows Server 2003 certification I work with Microsoft Windows 2000 Server
The Microsoft Windows 2000 Server exams are retired; we recommend that you pursue a Windows Server 2003 or Windows Server 2008 path. Rest assured that the MCSA and MCSE certifications will not be discontinued; they will remain on your transcript and hold value for organizations that seek professionals who are skilled at working with Microsoft Windows 2000 Server.
• Find out which exams have been retired I am interested in earning up-to-date certifications focused on messaging or security
Consider earning an MCTS or MCITP certification on related technologies (Microsoft Exchange Server 2007, Microsoft Office Communications Server 2007, Microsoft Internet Security and Acceleration Server 2006, or Microsoft Forefront). There will not be messaging or security specializations for Windows Server 2008 certifications; those areas have been broken into separate paths to allow for simplified exam roadmaps.
• Find an MCTS certification I am new to certification and work with Windows Vista
Consider earning the MCTS: Windows Vista Configuration certification as your first step. This one-exam certification is an excellent introduction to the MCP community, adds a Windows Vista certification to your resumé, and fulfills a requirement or elective for many of the Windows Server certification tracks.
• Learn about the MCTS: Windows Vista Configuration certification
MCITP: Enterprise Administrator
Earn an MCITP: Enterprise Administrator certification to demonstrate your skills in Windows infrastructure design and your readiness to excel in working with Windows Server 2008.
Enterprise administrators are recognized among their peers and managers as leaders in Windows infrastructure design. Make sure your expertise in Windows Server 2008 stands out. Earn the MCITP: Enterprise Administrator certification, distinguishing you as an IT professional committed to excellence in working with Windows Server 2008.
The MCITP: Enterprise Administrator certification can help you develop and validate your skills in your current position or advance you toward a future job role, such as:
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Enterprise systems administrator |
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IT systems manager |
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Enterprise security administrator |
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Systems architect |
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Network administrator |
The Microsoft Certified IT Professional (MCITP) credential is the leading certification for Windows Server 2008. It provides widely recognized, objective validation of your ability to perform critical, current IT job roles by using Microsoft technologies to their best advantage.
The MCITP certification:
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Focuses on a specific job role, allowing for in-depth validation of your skill set. |
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Allows you to earn more than one MCITP certification, demonstrating your abilities across multiple roles. |
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Builds on a combination of Microsoft Certified Technology Specialist (MCTS) prerequisites, helping you develop your technical resumé with each step in your MCITP career path. |
Candidate profile
Candidates for this certification are IT professionals who seek a leadership role in Windows infrastructure design in a current or future job role, in which they work with Windows Server 2008.
Candidates should be experienced in:
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Designing Windows Server infrastructures. |
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Evaluating and recommending new technology solutions. |
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Serving as an escalation point for infrastructure issues. |
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Developing client and server best practices for other teams, such as engineering, development, and operations. |
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Keeping policy current for authentication, identity, and access management. |
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Providing guidance in implementing security policies that affect the infrastructure on multiple levels. |
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Participating in application reviews on security, and ensuring that the applications adhere to standard security guidelines and practices. |
How to earn your MCITP: Enterprise Administrator certification
To earn this certification, you must pass five exams: four Microsoft Certified Technology Specialist (MCTS) prerequisite exams and one Professional Series exam.
If you are a Microsoft Certified Systems Administrator (MCSA) or a Microsoft Certified Systems Engineer (MCSE) with Windows Server 2003 certifications, you can follow an upgrade path to multiple MCTS certifications.
This certification will retire when Microsoft discontinues mainstream support for the related technology.
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Required MCTS exams |
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Exam 70-640 (earns MCTS: Windows Server 2008 Active Directory Configuration) |
Review the preparation guide for Exam 70-640: TS: Windows Server 2008 Active Directory, Configuring |
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Exam 70-642 (earns MCTS: Windows Server 2008 Network Infrastructure Configuration) |
Review the preparation guide for Exam 70-642: TS: Windows Server 2008 Network Infrastructure, Configuring |
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Exam 70-643 (earns MCTS: Windows Server 2008 Applications Infrastructure Configuration) |
Review the preparation guide for Exam 70-643: TS: Windows Server 2008 Applications Infrastructure, Configuring |
| Exam 70-620 (earns MCTS: Windows Vista Configuration)
or Exam 70-624 (earns MCTS: Business Desktop Deployment) |
Review the preparation guide for Exam 70-620: TS: Windows Vista, Configuring
or Review the preparation guide for Exam 70-624: TS: Deploying and Maintaining Windows Vista Client and 2007 Microsoft Office System Desktops |
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Professional Series exam |
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Exam 70-647 |
Review the preparation guide for Exam 70-647: PRO: Windows Server 2008, Enterprise Administrator |
Exam 70-620
Exam 70-620: TS: Configuring Microsoft Windows Vista Client Published: January 03, 2007 Language(s): English Audience(s): IT Professionals Technology: Windows Vista Type: Proctored Exam About this Exam
This Technical Specialist (TS) exam, Exam 70-620: TS: Windows Vista, Configuring, became available in January 2007. This exam is available in English, Brazilian Portuguese, Chinese [Simplified], Chinese [Traditional], French, German, Italian, Japanese, Korean, Russian, and Spanish.
Audience Profile
Candidates for Exam 70-620: TS: Windows Vista, Configuring, should have at least one year of experience in the IT field. They typically provide phone support at the tier-1 or tier-2 level in a wide range of environments, including retail stores and the medium-sized organization or enterprise environment.
Candidates should have experience resolving issues concerning network connectivity, desktop operating systems, security, and applications. Their experience should also include addressing logon problems, performing password resets, and resolving most issues with desktop applications.
Credit Toward Certification
When you pass Exam 70-620: TS: Configuring Microsoft Windows Vista Client, you complete the requirements for the following certification(s):
Microsoft Certified Technology Specialist (MCTS): Windows Vista, Configuration
Exam 70-620: TS: Configuring Microsoft Windows Vista Client: counts as credit toward the following certification(s):
Microsoft Certified IT Professional (MCITP): Consumer Support Technician
Microsoft Certified IT Professional (MCITP): Enterprise Support Technician
Microsoft Certified Systems Administrator (MCSA) on Windows Server 2003 and Microsoft Windows 2000
Microsoft Certified Systems Engineer (MCSE) on Windows Server 2003 and Microsoft Windows 2000 Server
Microsoft Certified IT Professional (MCITP): Enterprise Administrator
A Microsoft Certified Desktop Support Technician (MCDST) can use Exam 70-621: PRO: Upgrading Your MCDST Certification to MCITP Enterprise Support as credit for certifications that list Exam 70-620 as a required or elective exam.
Learn more about Exam 70-621: PRO: Upgrading Your MCDST Certification to MCITP Enterprise Support
Note This preparation guide is subject to change at any time without prior notice and at the sole discretion of Microsoft. Microsoft exams might include adaptive testing technology and simulation items. Microsoft does not identify the format in which exams are presented. Please use this preparation guide to prepare for the exam, regardless of its format.
Preparation Guide for Exam 70-624
Exam news
This Microsoft Certified Technology Specialist (TS) exam was released in February 2007.
Audience profile
Candidates for Exam 70-624: TS: Deploying and Maintaining Windows Vista Client and 2007 Microsoft Office System Desktops are IT professionals who deploy and maintain Windows Vista desktops. Candidates have a minimum of one year of experience managing day-to-day issues with desktop deployments. This exam is the Windows Vista version of Exam 74-134: Pre-Installing Microsoft Products and Technologies, focused on the OEM Pre-installation Kit (OPK).
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See the preparation guide for Exam 74-134: Pre-Installing Microsoft Products and Technologies |
The qualified candidate for Exam 70-624 has experience in the following areas:
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Deploying desktop operating systems |
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Automating and customizing deployments by using scripts and answer files |
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Deploying applications during and after operating system deployments |
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Deploying upgrade packages |
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Using Business Desktop Deployment (BDD) tools |
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Using Windows Preinstallation Environment (PE) |
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Upgrading existing systems |
Credit toward certification
When you pass Exam 70-624: TS: Deploying and Maintaining Windows Vista Client and 2007 Microsoft Office System Desktops, you complete the requirements for the following certification:
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Microsoft Certified Technology Specialist (MCTS): Business Desktop Deployment |
Exam 70-624 also counts as credit toward Windows Server certifications, including:
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MCSA on Microsoft Windows 2000 |
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MCSA on Windows Server 2003 |
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MCSE on Microsoft Windows 2000 |
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MCSE on Windows Server 2003 |
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MCITP: Windows Server 2008 Enterprise Administrator |
Preparation tools and resources
To help you prepare for this exam, Microsoft Learning recommends that you have hands-on experience with the product and that you use the following training resources. These training resources do not necessarily cover all of the topics listed in the “Skills measured” section.
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Classroom training |
Microsoft E-Learning |
Microsoft Press books |
Practice tests |
| Course 5105: Deploying Windows Vista Business Desktops (three days)Course 5058: Deploying Microsoft Office 2007 Professional Plus (two days) |
Collection 5058: Deploying 2007 Microsoft Office System Client Products (12 hours) |
There are no Microsoft Press products currently available. |
MeasureUp (measureup.com)Self Test Software (selftestsoftware.com) |
Exam 70-620 Skills Measured
Tuesday, May 19th, 2009
| Skills Being MeasuredThis exam measures your ability to accomplish the technical tasks listed below.The percentages indicate the relative weight of each major topic area on the exam. |
Installing and upgrading Windows Vista
Configuring and troubleshooting Post-installation system settings
Configuring Windows security features
Configuring network connectivity
Configuring applications included with Windows Vista
Maintaining and optimizing systems that run Windows Vista
Configuring and troubleshooting mobile computing
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Exam 70-647
Exam news
This Microsoft Certified Professional (PRO) exam, Exam 70-647: PRO: Windows Server 2008, Enterprise Administrator, became available in April 2008. This exam is available in English, Chinese (Simplified), Chinese (Traditional), French, German, Italian, Japanese, Korean, Portuguese (Brazil), Russian, and Spanish.
The enterprise administrator is responsible for the overall IT environment and architecture. The enterprise administrator translates business goals into technology decisions and designs mid-range to long-term strategies. Enterprise administrators also make key decisions and recommendations about the following:
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Network infrastructure |
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Directory services, identity management, and authentication |
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Security policies |
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Business continuity (disaster recovery, personnel, equipment, and data) |
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Design of IT administrative structure (delegation models) |
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Best practices, standards, and service level agreements (SLAs) |
The enterprise administrator is responsible for infrastructure design and global configuration changes. The enterprise administrator’s job role involves 20 percent operations, 60 percent engineering, and 20 percent support tasks.
When you pass Exam 70-647: PRO: Windows Server 2008, Enterprise Administrator, you earn credit toward the following certification:
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Microsoft Certified IT Professional (MCITP): Enterprise Administrator |
Preparation tools and resources
To help you prepare for this exam, Microsoft Learning recommends that you have hands-on experience with the product and that you use the following training resources. These training resources do not necessarily cover all of the topics listed in the “Skills measured” section.
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Instructor-led training |
Microsoft E-Learning |
Microsoft Press products |
Practice tests |
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Course 6435: Designing a Windows Server 2008 Network Infrastructure (five days) Course 6436: Designing a Windows Server 2008 Active Directory Infrastructure and Services (five days) Course 6437: Designing a Windows Server 2008 Application Infrastructure (three days) |
Collection 6435: Designing a Windows Server 2008 Network Infrastructure (14 hours) Collection 6436: Designing a Windows Server 2008 Active Directory Infrastructure and Services (16 hours) Collection 6437: Designing a Windows Server 2008 Application Infrastructure (10 hours) |
MCITP Self-Paced Training Kit (Exams 70-640, 70-642, 70-643, 70-647): Windows Server 2008 Enterprise Administrator Core Requirements |
Save 20 percent with MeasureUp (Measureup.com) Self Test Software (Selftestsoftware.com) |
Microsoft online resources
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Windows Server 2008 – Learning Portal: Find special offers and information on training and certification. |
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Product information: Visit the Windows Server 2008 Web site for detailed product information. |
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TechNet: Designed for IT professionals, this site includes how-to instructions, best practices, downloads, technical resources, newsgroups, and chats. |
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MSDN: Designed for developers, the Microsoft Developer Network (MSDN) features code samples, technical articles, downloads, newsgroups, and chats. |
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Microsoft Learning Community: Join newsgroups and visit community forums to connect with your peers for suggestions on training resources and advice on your certification path and studies. |
This exam measures your ability to accomplish the technical tasks listed in the following table. The percentages indicate the relative weight of each major topic area on the exam.
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Skills measured by Exam 70-647 |
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Planning network and application services (23 percent) |
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Plan for name resolution and IP addressing. May include but is not limited to: internal and external naming strategy, naming resolution support for legacy clients, naming resolution for directory services, IP addressing scheme, TCP/IP version coexistence |
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Design for network access. May include but is not limited to: network access policies, remote access strategy, perimeter networks, server and domain isolation |
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Plan for application delivery. May include but is not limited to: application virtualization, presentation virtualization, locally installed software, Web-based applications |
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Plan for Terminal Services. May include but is not limited to: Terminal Services licensing, Terminal Services infrastructure |
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Designing core identity and access management components (25 percent) |
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Design Active Directory forests and domains. May include but is not limited to: forest structure, forest and domain functional levels, intra-organizational authorization and authentication, schema modifications |
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Design the Active Directory physical topology. May include but is not limited to: placement of servers, site and replication topology, printer location policies |
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Design the Active Directory administrative model. May include but is not limited to: delegation, group strategy, compliance auditing, group administration, organizational structure |
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Design the enterprise-level group policy strategy. May include but is not limited to: group policy hierarchy and scope filtering, control device installation, authentication and authorization |
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Designing support identity and access management components (29 percent) |
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Plan for domain or forest migration, upgrade, and restructuring. May include but is not limited to: cross-forest authentication, backward compatibility, object migration, migration planning, implementation planning, environment preparation |
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Design the branch office deployment. May include but is not limited to: authentication strategy, server security |
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Design and implement public key infrastructure. May include but is not limited to: certificate services, PKI operations and maintenance, certificate life cycle management |
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Plan for interoperability. May include but is not limited to: inter-organizational authorization and authentication, application authentication interoperability, cross-platform interoperability |
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Designing for business continuity and data availability (23 percent) |
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Plan for business continuity. May include but is not limited to: service availability, directory service recovery |
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Design for software updates and compliance management. May include but is not limited to: patch management and patch management compliance, Microsoft Update and Windows Update, security baselines, system health models |
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Design the operating system virtualization strategy. May include but is not limited to: server consolidation, application compatibility, virtualization management, placement of servers |
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Design for data management and data access. May include but is not limited to: data security, data accessibility and redundancy, data collaboration |
CCNP command of the switch (2)
switch (enable) set mls enable
52. If you want to change the value of the aging time, the privilege mode, enter the following order:
switch (enable) set mls agingtime agingtime
53. Senescence settings:
switch (enable) set mls agingtime fast fastagingtime pkt_threshold
54. Identify MLS-RP and MLS-SE involved in the MLS, may show list of switches used to determine the content:
switch (enable) show mls include
55. Cache show MLS record:
switch (enable) show mls entry
56. With orders show in arp show ARP cache area.
57. Routers must be configured to back up the HSRP group, you can use the interface configuration mode, the following order:
router (config-if) # standby group-number ip ip-address
58. In order for a router to router forwarding to restore the role of the interface configuration mode:
router (config-if) # standy group-number preempt
59. Time to visit and hold time parameters are configurable:
router (config-if) # standy group-number timers hellotime holdtime
60. HSRP to track configuration:
router (config-if) # standy group-number track type-number interface-priority
61. HSRP router to show the state:
router # show standby type-number group brief
62. With the command show ip igmp query-elected.
63. Startup IP Multicast Routing:
router (config) # ip muticast-routing
64. Interface to start on the PIM:
dalllasr1> (config-if) # ip pim (dense-mode | sparse-mode | sparse-dense-mode)
65. Startup sparse – dense mode PIM:
router # ip multicast-routing
router # interface type number
router # ip pim sparse-dense-mode
66. PIM verify the configuration:
dallasr1> # show ip pim interface [type number] [count]
67. PIM neighbors show:
dallasr1> # show ip neighbor type number
68. In order to configure the RP address, the order is as follows:
dallasr1> # ip pim rp-address ip-address [group-access-list-number] [override]
69. Select a default RP:
dallasr1> # ip pim rp-address
RP and it serves notice of the group:
dallasr1> # ip pim send-rp-announce type number scope ttl group-list access-list-number
For the management of the RP group notice:
dallasr1> # ip pim send-rp-announce ethernet0 scope 16 group-list1
dallasr1> # access-list 1 permit 266.0.0.0 0.255.255.255
RP to set a proxy image:
dallasr1> # ip pim send-rp-discovery scope ttl
RP to verify the group’s image:
dallasr1> # show ip pim rp mapping
dallasr1> # show ip pim rp [group-name | group-address] [mapping]
70. Routers in the interface with the command ip multicast ttl-threshold ttl-value threshold set TTL:
dallasr1> (config-if) # ip multicast ttl-threshold ttl-value
71. With show ip pim neighbor show PIM neighbors table.
72. Multicast communication routing tables show that in the records:
dallasr1> show ip mroute [group-name | group-address] [scoure] [summary] [count] [active kbps]
73. To record a router to receive and send all of the IP Multicast packets:
dallasr1> # debug ip mpacket [detail] [access-list] [group]
74. CISCO router to configure CGMP:
dallasr1> (config-if) # ip cgmp
75. Configuration of a multicast router, so that by adding a specific multicast group:
dallasr1> (config-if) # ip igmp join-group group-address
76. Closure of the CGMP:
dallasr1> (config-if) # no ip cgmp
77. Switches to start on the CGMP:
dallasr1> (enable) set cgmp enable
78. CGMP verify Catalyst switch configuration:
catalystla1> (enable) show config
set prompt catalystla1>
set interface sc0 192.168.1.1 255.255.255.0
set cgmp enable
79. CGMP leave:
Dallas_SW (enable) set cgmp leave
80. Cisco equipment in the control of ports to amend Password:
R1 (config) # line console 0
R1 (config-line) # login
R1 (config-line) # password Lisbon
R1 (config) # enable password Lilbao
R1 (config) # login local
R1 (config) # username student password cisco
81. Cisco device in the Control Panel settings and the port vty overtime session:
R1 (config) # line console 0
R1 (config-line) # exec-timeout 5 10
R1 (config) # line vty 0 4
R1 (config-line) # exec-timeout 5 2
82. Cisco equipment in the set-level privileges:
R1 (config) # privilege configure level 3 username
R1 (config) # privilege configure level 3 copy run start
R1 (config) # privilege configure level 3 ping
R1 (config) # privilege configure level 3 show run
R1 (config) # enable secret level 3 cisco
83. Privilege can be defined in order to use the privilege level to use the command:
router (config) # privilege mode level level command
84. Privileges of the user-level settings:
router (config) # enable secret level 3 dallas
router (config) # enable secret san-fran
router (config) # username student password cisco
85. Signs and display settings:
R1 (config) # banner motd ‘unauthorized access will be prosecuted!’
, 86. Vty settings:
R1 (config) # access-list 1 permit 192.168.2.5
R1 (config) # line vty 0 4
R1 (config) # access-class 1 in
87. HTTP configuration:
Router3 (config) # access-list 1 permit 192.168.10.7
Router3 (config) # ip http sever
Router3 (config) # ip http access-class 1
Router3 (config) # ip http authentication local
Router3 (config) # username student password cisco
88. To enable HTTP access, type the following command:
switch (config) # ip http sever
89. Based on the set in order to start setCL1 switches on the use and verification of port security:
switch (enable) set port security mod_num / port_num … enable mac address
switch (enable) show port mod_num / port_num
Based on CiscoIOS in order to verify and switch to start on port security:
switch (config-if) # port secure [mac-mac-count maximum-MAC-count]
switch # show mac-address-table security [type module / port]
90. With the command access-list filtering traffic in the standard form to create a record:
Router (config) # access-list access-list-number (permit | deny) source-address [source-address]
91. With access-list in order to expand traffic filtered in the table to create a record:
Router (config) # access-list access-list-number (permit | deny (protocol | protocol-keyword)) (source source-wildcard | any) (destination destination-wildcard | any) [protocol-specific options] [log]
92. Routing update for the band, the configuration of the routing update is the most basic command format:
R1 (config-router) # distribute-list access-list-number | name in [type number]
93. Routing for out-of-band update, update the configuration of the routing of the most basic command format is:
R1 (config-router) # distribute-list access-list-number | name out [interface-name] routing-process | autonomous-system-number
94. Set snmp command options:
set snmp community (read-only | ready-write | read-write-all) [community_string]
95. Set snmp trap command in the following form:
set snmp trap (enable | disable)
[all | moudle | classis | bridge | repeater | auth | vtp | ippermit | vmps | config | entity | stpx]
set snmp trap rvcr_addr rcvr_community
96. SNMP chassis opening of the trap:
Console> (enable) set snmp trap enable chassis
97. Enable all SNMP chassis traps:
Console> (enable) set snmp trap enable
98. Disable SNMP chassis traps:
Console> (enable) set snmp trap disable chassis
99. SNMP traps to the table to receive a record increase:
Console> (enable) set snmp trap 192.122.173.42 public
100. Show snmp output.
101. Orders set snmp rmon enable output.
102. SPAN show:
Consile> show span
CCNP command of the switch (1)
switch (config) # hostname hostname
CLI-based switch settings on the host name / systems:
switch (enable) set system name name-string
2.’s IOS-based switches to set a password to log:
switch (config) # enable password level 1 password
The CLI-based switches set a password to log:
switch (enable) set password
switch (enable) set enalbepass
3.’s IOS-based switches to set up remote access:
switch (config) # interface vlan 1
switch (config-if) # ip address ip-address netmask
switch (config-if) # ip default-gateway ip-address
CLI-based switch settings on remote access:
switch (enable) set interface sc0 ip-address netmask broadcast-address
switch (enable) set interface sc0 vlan
switch (enable) set ip route default gateway
4. IOS-based switches on the opening of the CDP and browse:
switch (config-if) # cdp enable
switch (config-if) # no cdp enable
In order to view the Cisco equipment adjacent to the CDP notice:
switch # show cdp interface [type modle / port]
switch # show cdp neighbors [type module / port] [detail]
The CLI-based switch and the opening of the CDP information visit:
switch (enable) set cdp (enable | disable) module / port
In order to view the Cisco equipment adjacent to the CDP notice:
switch (enable) show cdp neighbors [module / port] [vlan | duplex | capabilities | detail]
5. IOS-based switch ports Description:
switch (config-if) # description description-string
CLI-based switch ports Description:
switch (enable) set port name module / number description-string
6.’s IOS-based switch port speed settings:
switch (config-if) # speed (10 | 100 | auto)
The CLI-based switch port speed settings:
switch (enable) set port speed moudle / number (10 | 100 | auto)
switch (enable) set port speed moudle / number (4 | 16 | auto)
7.’s IOS-based Ethernet switches set the link modes:
switch (config-if) # duplex (auto | full | half)
The CLI-based Ethernet switches set the link modes:
switch (enable) set port duplex module / number (full | half)
8. IOS-based switch configuration on static VLAN:
switch # vlan database
switch (vlan) # vlan vlan-num name vla
switch (vlan) # exit
switch # configure teriminal
switch (config) # interface interface module / number
switch (config-if) # switchport mode access
switch (config-if) # switchport access vlan vlan-num
switch (config-if) # end
CLI-based configuration of the switch on a static VLAN:
switch (enable) set vlan vlan-num [name name]
switch (enable) set vlan vlan-num mod-num/port-list
9. IOS-based switches on the configuration of the VLAN trunk:
switch (config) # interface interface mod / port
switch (config-if) # switchport mode trunk
switch (config-if) # switchport trunk encapsulation (isl | dotlq)
switch (config-if) # switchport trunk allowed vlan remove vlan-list
switch (config-if) # switchport trunk allowed vlan add vlan-list
CLI based on the configuration of the switch VLAN trunk:
switch (enable) set trunk module / port [on | off | desirable | auto | nonegotiate]
Vlan-range [isl | dotlq | dotl0 | lane | negotiate]
10.’s IOS-based switch configuration management VTP domain:
switch # vlan database
switch (vlan) # vtp domain domain-name
The CLI-based switch configuration management VTP domain:
switch (enable) set vtp [domain domain-name]
11. IOS-based switches on the VTP configuration mode:
switch # vlan database
switch (vlan) # vtp domain domain-name
switch (vlan) # vtp (sever | cilent | transparent)
switch (vlan) # vtp password password
The CLI-based switch configuration VTP mode:
switch (enable) set vtp [domain domain-name] [mode (sever | cilent | transparent)] [password password]
12. IOS-based switches on the VTP configuration version:
switch # vlan database
switch (vlan) # vtp v2-mode
CLI-based switch on the VTP configuration version:
switch (enable) set vtp v2 enable
13.’s IOS-based switches on to start tailoring VTP:
switch # vlan database
switch (vlan) # vtp pruning
Based on the CL I switch on to start tailoring VTP:
switch (enable) set vtp pruning enable
14.’s IOS-based Ethernet switch configuration channel:
switch (config-if) # port group group-number [distribution (source | destination)]
The CLI-based configuration Ethernet switch channels:
switch (enable) set port channel moudle / port-range mode (on | off | desirable | auto)
15. IOS-based switches on the adjustment of the cost of root path:
switch (config-if) # spanning-tree [vlan vlan-list] cost cost
Based in the CLI switch to adjust the cost of root path:
switch (enable) set spantree portcost moudle / port cost
switch (enable) set spantree portvlancost moudle / port [cost cost] [vlan-list]
16. IOS-based switches on the adjustment of port ID:
switch (config-if) # spanning-tree [vlan vlan-list] port-priority port-priority
CLI based on the adjustment of the switch port ID:
switch (enable) set spantree portpri (mldule / port) priority
switch (enable) set spantree portvlanpri (module / port) priority [vlans]
17. IOS-based switches on the clock to amend STP:
switch (config) # spanning-tree [vlan vlan-list] hello-time seconds
switch (config) # spanning-tree [vlan vlan-list] forward-time seconds
`Switch (config) # spanning-tree [vlan vlan-list] max-age seconds
Based in the CLI switch to amend the clock STP:
switch (enable) set spantree hello interval [vlan]
switch (enable) set spantree fwddelay delay [vlan]
switch (enable) set spantree maxage agingtiame [vlan]
18.’s IOS-based switches enable or disable the port on Port Fast features:
switch (config-if) # spanning-tree portfast
The CLI-based switches enable or disable the port on Port Fast features:
switch (enable) set spantree portfast (module / port) (enable | disable)
19. IOS-based switch ports to enable or disable UplinkFast features:
switch (config) # spanning-tree uplinkfast [max-update-rate pkts-per-second]
Based on the CLI port on the switch to enable or disable UplinkFast features:
switch (enable) set spantree uplinkfast (enable | disable) [rate update-rate] [all-protocols off | on]
20. In order to configure the switches into a cluster of command switches, first of all to give a distribution management interface IP address, and then use the following command: switch (config) # cluster enable cluster-name
21. In order to relay a link to delete VLAN, use the following command:
switch (enable) clear trunk module / port vlan-range
22. Show vtp domain with management revealed that the VTP domain parameters.
23. With show vtp statistics show that the management of the VTP domain parameters.
24. Catalyst switches in order TrBRF defined as follows:
switch (enable) set vlan vlan-name [name name] type trbrf bridge bridge-num [stp (ieee | ibm)]
25. Catalyst switches in order TrCRF defined as follows:
switch (enable) set vlan vlan-num [name name] type trcrf
(ring hex-ring-num | decring decimal-ring-num) parent vlan-num
26. TrBRF VLAN in the creation of good, you can switch to the distribution of its port. Ethernet for the exchange, the following command can be used for the allocation of port VLAN:
switch (enable) set vlan vlan-num mod-num/port-num
27. Orders show spantree show a switch port status of the STP.
28. ELAN a configuration of the LES and BUS, you can use the following command:
ATM (config) # interface atm number.subint multioint
ATM (config-subif) # lane serber-bus ethernet elan-name
29. Configuration LECS:
ATM (config) # lane database database-name
ATM (lane-config-databade) # name elan1-name server-atm-address les1-nsap-address
ATM (lane-config-databade) # name elan2-name server-atm-address les2-nsap-address
ATM (lane-config-databade) # name …
30. End to create the database, to be the main interface to start LECS. Orders are as follows:
ATM (config) # interface atm number
ATM (config-if) # lane config database database-name
ATM (config-if) # lane config auto-config-atm-address
31. LEC each to a different configuration of the ATM-interface. Orders are as follows:
ATM (config) # interface atm number.subint multipoint
ATM (config) # lane client ethernet vlan-num elan-num
32. Show lane server with LES shows the state.
33. Show lane bus with the bus display state.
34. Show lane database with the database can show LECS content.
35. With show lane client display the status of LEC.
36. With show module shows a list of modules installed.
37. Physical interface used to establish a connection with the VLAN:
router # configure terminal
router (config) # interface media module / port
router (config-if) # description description-string
router (config-if) # ip address ip-addr subnet-mask
router (config-if) # no shutdown
38. Relay with links to establish a connection with the VLAN:
router (config) # interface module / port.subinterface
router (config-ig) # encapsulation [isl | dotlq] vlan-number
router (config-if) # ip address ip-address subnet-mask
39. LANE used to establish a connection with the VLAN:
router (config) # interface atm module / port
router (config-if) # no ip address
router (config-if) # atm pvc 1 0 5 qsaal
router (config-if) # atm pvc 2 0 16 ilni
router (config-if) # interface atm module / port.subinterface multipoint
router (config-if) # ip address ip-address subnet-mask
router (config-if) # lane client ethernet elan-num
router (config-if) # interface atm module / port.subinterface multipoint
router (config-if) # ip address ip-address subnet-name
router (config-if) # lane client ethernet elan-name
router (config-if) # …
40. Routing processor in order to carry out dynamic routing configurations can be IOS command to the following:
router (config) # ip routing
router (config) # router ip-routing-protocol
router (config-router) # network ip-network-number
router (config-router) # network ip-network-number
41. Routing default configuration:
switch (enable) set ip route default gateway
42. Routing processor for a distribution VLANID, can interface mode, use the following command:
router (config) # interface interface number
router (config-if) # mls rp vlan-id vlan-id-num
43. Routing processor in the opening MLSP:
router (config) # mls rp ip
44. In order to a routing of external processor interface and switches placed in the same VTP domain:
router (config) # interface interface number
router (config-if) # mls rp vtp-domain domain-name
45. VTP domain view of the designated information:
router # show mls rp vtp-domain vtp domain name
46. RSM to identify the router or the management interface, you can interface mode, enter the following order:
router (config-if) # mls rp management-interface
47. MLS-RP to test the configuration:
router # show mls rp
48. Test a specific configuration interface on the MLS:
router # show mls rp interface interface number
49. In order to MLS-SE set up flow and do not want to mask any routing interface processor set to visit list:
set mls flow [destination | destination-source | full]
50. In order for MLS and enter access list can be compatible with the overall situation in command mode, use the following:
router (config) # mls rp ip input-acl
What is CISCO’s IP / TV solution?
The answer: The Cisco IP / TV solution is an end-to-end, complete network video solution. It combines a high-performance line of video servers-the Cisco IP / TV 3400 Series Servers-which are preconfigured with robust IP / TV server software and IP / TV client software for desktop PCs. The Cisco IP / TV solution is three video solutions in one; it supports live video, scheduled video, and video on demand (VOD). Distinguished by its feature-rich software, Cisco IP / TV combines TV-quality streaming video with application and management features, plus scalability and the bandwidth efficiencies required for large enterprise deployment. The Cisco IP / TV solution embraces the Cisco AVVID, Architecture for Voice, Video and Integrated Data, framework which combines all communications into a single infrastructure, delivering full multiservice solutions to customers. The Cisco IP / TV solution, like all Cisco AVVID solutions, offers manageability, reliability, industry standards, enhanced productivity, high availability, and reduced costs.
2 issues: IP / TV Server can support at the same time the number of data streams?
The answer: IP / TV server to the flow of data to support data transmission depends largely on the type of card speed server, the server processing, network bandwidth and other factors.
3 issues: IP / TV Server 3.0 can support the version of what types of data?
The answer: IP / TV Server3.0 version will support MPEG1, MPEG2, MPEG4, H.261 and so on Indeo video formats and MP3, DVI, PCM, Windows Media Audio, and other audio formats.
4 issues: IP / TV-watching License how to buy?
The answer: IP / TV-watching in an IP / TV environment, just buy a can IP View License.
5 issues: IP / TV can support multi-server?
The answer: IP / TV is a server / client software to support distributed application servers, network can exist in multiple video server, which can be a management server to manage.
6 issues: Cisco IP / TV product which?
The answer: Cisco IP / TV product, there are two types: hardware and software products. Hardware products is the pre-installed with IP / TV software, Cisco 3400 series IP / TV server products, including IP / TV 3411 Control Server, IP / TV 3422 and 3423 broadcast servers, IP / TV 3431 Archive servers and IP / TV 3415 Video Starter system. Software based on Windows95/98/NT product is a standard platform for IP / TV software can be installed in the IBM PC and compatible machines.
7: When using Cisco VoIP technology, the requirements of the largest long delay, delay time of the main factors which? And Cisco’s VoIP voice quality, is how to ensure that the?
The answer: Cisco’s technical requirements for end-to-end VoIP network delay can not be the largest more than 200 milliseconds. Delay time by the following factors: the encoding / decoding, packet package, the output port row right, transmission link, enter the port on schedule delays, such as the Anti-Shake buffer delay. When the voice transmission network to meet the bandwidth occupied by, through effective network congestion control and the use of high-quality codec, the use of Voice over IP technology, call quality and standards of public telephones will reach the same quality results. Cisco’s IP network QoS technologies in the industry has a leading position in the IOS software through the use of resources agreement (RSVP), IP-priority-level technology queues a variety of technical and high-quality analog-to-digital conversion and compression technology, Can effectively control the network congestion in order to be able to guarantee voice in the IP network transmission and effective.
8 issues: CISCO IP / TV 3.0 and CISCO IP / TV 2.0 What’s the difference?
The answer:? Video information to enhance: to improve the real-time and pre-installed, low-end video quality. The adoption of MPEG-2 (720 x 480) to improve the quality of high-end video, MPEG-4 to raise low-end video quality. ? Audio to enhance information: MP3 and Windows Media Audio support to improve the quality of the low-end audio information. ? To strengthen the management capacity: support extended to a number of IP / TV server cluster (IP / TV Server Cluster) and IP / TV viewers in neighboring groups (IP / TV Viewer proximity groups). IP / TV server clustering technology allows users to video content, or by geographical location or a combination of the two groups divided by the server. IP / TV viewers in neighboring group is the administrator to create a different classification of the audience a collection of different sets of viewers from the specified server clustering option programs. ? To strengthen the integration of data: Web Presenter data and information to video, audio transmission of information together through the WEB. And now support the ASF format, which features a lot of support for the format, such as content labels in order to improve the data. ? Windows Media Technology (WMT) integration: WMT with a combination of better use of Internet and Intranet. ? To strengthen the client: a more easy-to-use video to enhance control and the ability Plugin.
9 issues: CISCO IP / TV, the audience can ask a question?
The answer: Cisco IP / TV in doubt Manager (QuestionManager) to allow on-line audience questions (text-based). Manager doubt that the issue can be submitted to the Speaker to immediately resolve, or in the future in order to save up to answer.
10 issues: CISCO IP / TV support for the browser you use?
The answer: support.
11 issues: MPEG-4 bandwidth required for how many?
The answer: MPEG4 encoded in the range of bandwidth: 14.4kbps to 3Mbps. Ideal for use 28.8kps to 1 Mbps.
12: When the user has the Microsoft player or Real player video player software, so users need to Cisco IP / TV Viewer software to watch IP / TV programs?
The answer: the need for Cisco IP / TV Viewer.
13 problem: Cisco IP / TV solution is to provide security features?
The answer: Cisco IP / TV solution can provide user authentication and password security features such as encryption, to ensure that legitimate users to watch programs accordingly.
14 problem: Cisco IP / TV solution for video broadcasting services to provide the largest number of people who watch the show at the same time?
The answer: Cisco IP / TV broadcasting services solutions using IP Multicast technology. For IP Multicast Network, every program, regardless of how many people watch programs at the same time, the only way produce a video stream, so that the Cisco IP / TV solution can not affect network performance, for unlimited users To provide video broadcasting services.
15 problem: Cisco IP / TV solutions can be applied to the existing network structure? Whether or not to use the Internet?
The answer: IP / TV solutions can be applied to any existing IP data networks, including 10BaseT, 100BaseT Ethernet or Gigabit Ethernet network, and so on. At the same time, it can also be applied to very good based on the ADSL modem and use of ATM LAN Emulation of the network structure. IP / TV via unicast or video-on-demand approach in the use of the Internet; At the same time, it can also be more in the way of the Internet Multicast Backbone on multicast (Mbone) transmission.
16 problem: Cisco IP / TV solutions will support the platform there are those?
The answer: Cisco IP / TV solution can work in Microsoft’s Windows95, Windows98, and Windows NT operating platform, and be able to use the Microsoft Windows Media Technologies (WMT) media technology. At the same time, it can also AppleQuickTime and client software, such as good compatibility and support for the browser embedded structure.
17: video broadcasting, video-on-demand and video conferencing What’s the difference?
The answer: video broadcasting, video conferencing and video-on-demand video applications is 3 of the way. ? Video broadcasting technology based on IP Multicast, for each program, only to send a video stream, in theory, be able to support unlimited users to watch programs. Therefore, more appropriate, with its large audience of video applications. However, users can request at any time to watch the program because it is a one-way, one-to-many broadcasting services. It cost a small bandwidth is a cost-effective video applications. ? Video-on-demand (VOD) is a 1-to-1 transmission, asymmetric two-way video applications, to allow users to watch programs at any time request to watch, but every program needs to request a separate data stream, no matter whether on-demand viewing The same program. It is an asymmetrical two-way services, from the video server to the client’s video data transmission is far greater than in the opposite direction of the request for information on-demand data transmission. Video-on-demand bandwidth applications to spend more. ? Video conferencing is a two-way real-time multi-point transmission of video applications, which require high-bandwidth connections, allowing users to interactive video applications. When two or more per user for video conferencing applications, the need for symmetry of two or more two-way video stream, expensive bandwidth.
Test4actual 1y0-614
1. Based upon the given environment and requirements of Harder Electronics and the design decisions you’ve made so far, how would you design the zones?
A. Consolidate the eight data centers into one data center in New York based on a single zone.
B. Consolidate the three MEX zones into a single zone and the two PROD zones into a single, separate zone.
C. Consolidate the three MEX zones into a single zone and segregate the test/development zone within the PROD farm into a separate farm.
D. Segregate each data center into a zone, as the number of servers at each site is equivalent and adequate bandwidth exists across data centers.
Answer: C
2. Based upon the given environment and requirements of Soler Health Systems and the design decisions you’ve made so far, how would you design the zones?
A. Consolidate the eight data centers into one data center in Miami based on a single zone.
B. Consolidate the three MEX zones into a single zone and the two PROD zones into a single, separate zone.
C. Consolidate the three MEX zones into a single zone and segregate the test/development zone within the PROD farm into a separate farm.
D. Segregate each data center into a zone, as the number of servers at each site is equivalent and adequate bandwidth exists across data centers.
Answer: C
3. Based upon the given environment and requirements of Harder Electronics and the design decisions you’ve made so far, would you recommend configuring zone preference and failover?
A. Yes, because they currently do not have a disaster recovery plan in place.
B. No, because they do not have site failover for back-end systems at this time.
C. Yes, because the data centers as well as backend data sources are geographically dispersed.
D. No, because zone preference and failover is only available when there are at least two zones in a given farm.
Answer: D
4. Based upon the given environment and requirements of Soler Health Systems and the design decisions you’ve made so far, would you recommend configuring zone preference and failover?
A. Yes, because they currently do not have a disaster recovery plan in place.
B. No, because they do not have site failover for back-end systems at this time.
C. Yes, because the data centers as well as backend data sources are geographically dispersed.
D. No, because zone preference and failover is only available when there are at least two zones in a given farm.
Answer: D
5. Based upon the given environment and requirements of Harder Electronics and the design decisions you’ve made so far, would you recommend a dedicated zone data collector?
A. No, instead apply the default load evaluator so that the server is subject to lower user load.
B. No, because Harder Electronics does not have the minimum recommended number of servers in its farms for dedicating a zone data collector.
C. Yes, combine the functions of the data collector and data store on a single server, as Harder Electronics is considering upgrading to SQL Server.
D. Yes, this will enable Harder Electronic the ability to expand the number of servers in the farm without impacting the overall performance of the Presentation Server environment.
Answer: B
6. Based upon the given environment and requirements of Soler Health Systems and the design decisions you’ve made so far, would you recommend a dedicated zone data collector?
A. No, instead apply the default load evaluator so that the server is subject to lower user load.
B. Yes, combine the functions of the data collector and data store on a single server, as Soler Health Systems is considering upgrading to SQL Server.
C. No, because Soler Health Systems does not have the minimum recommended number of servers in its farms for dedicating a zone data collector.
D. Yes, this will enable Soler Health Systems the ability to expand the number of servers in the farm without impacting the overall performance of the Presentation Server environment.
Answer: C
7. How should the data store be designed?
A. An MSDE data store database should be deployed in New York with daily incremental backups and weekly full backups.
B. The Access data store database should be retained since it already contains all farm information.
C. An Oracle data store database should be deployed in New York with updates occurring only once per day.
D. A SQL Server data store database should be deployed in New York with daily incremental backups and weekly full backups.
Answer: D
8. How should the data store be designed?
A. An MSDE data store database should be deployed in Miami with daily incremental backups and weekly full backups.
B. The Access data store database should be retained since it already contains all farm information.
C. An Oracle data store database should be deployed in Miami with updates occurring only once per day.
D. A SQL Server data store database should be deployed in Miami with daily incremental backups and weekly full backups.
Answer: D
Test4actual 3COM 3m0-200
1. Which of the following routers supports version 2.41 router code?
A. 5231
B. 5232
C. 5640
D. 5680
Answer: B
2. Which of the following is NOT a standard port available on the Router 5012?
A. ISDN
B. Console
C. Serial WAN
D. 10/100 Ethernet
Answer: A
3. True or False: The Flexible Interface Cards (FICs) in the Router 6040 can be hot swapped.
A. True
B. False
Answer: A
4. True or False: The RPU can be hot swapped.
A. True
B. False
Answer: B
5. What kind of modules does the Router 5232 use?
A. SICs only
B. MIMs only
C. SICs and MIMs
D. SICs and FICs
Answer: B
6. Which of the following modules is a daughter card that fits onto the RPU2?
A. ATM
B. Enhanced Serial
C. Encryption Card
D. Memory Expansion
Answer: C
7. How many FIC slots does a Router 6040 have?
A. 2
B. 4
C. 6
D. 8
Answer: B
8. Which of the following features is available on both the RPU and the RPU2?
A. SFP Interface Slot
B. CF Memory Card slot
C. Gigabit Ethernet Interfaces
D. Power and Fan LED indicators
Answer: D
9. What does it indicate if the LEDs on the Power Supply of the Router 6000 are as follows?
ALM (red) – OFF
RUN (green) ON
AC OK (red) – ON
A. Power is OFF or has failed
B. A Runtime error has occurred
C. Power is ON and voltage is normal
D. Power is ON but operating voltage is not within acceptable range
Answer: C
10. True or False, The Router 6080 Fans have two rotational speeds.
A. True
B. False
Answer: A
11. True or False: The RPU2 can support a daughter card.
A. True
B. False
Answer: A
12. Which of the following Network Management applications does NOT support the Router 5000/6000?
A. Enterprise Management Suite
B. 3Com Network Director Firewall
C. Router Manager
D. Switch Manager
Answer: D