Oct 30, 2011

70-642 new moc and powerpoint

Course 6421B:

Configuring and Troubleshooting a Windows Server 2008 Network Infrastructure

About this Course
This five-day instructor-led course provides students with the knowledge and skills to configure and troubleshoot Windows Server 2008 and Windows Server 2008 R2 Sp1 Network Infrastructures. It will cover networking technologies most commonly used with Windows Server 2008 and Windows Server 2008 R2 Sp1 such as DNS, DHCP, IPv4 and IPv6 network addressing, Network Policy server and Network Access Protection and configuring secure network access. It also covers fault tolerant storage technologies, Network Storage and routing and remote access, monitoring and compliance updates as well as other relevant technologies
Audience Profile
This course will be of interest and benefit to attendees with different back grounds and career aspirations. It will be of interest to Network Administrators who currently are, or will be, working with Windows Server 2008 servers. It will also be of interest and benefit to Active Directory technology specialists who aspire to be Enterprise Administrators (Tier 4 day-to-day network operations) or experienced Server Administrators who aspire to be Enterprise Administrators.
Storage Area Network Administrators who need to understand this information to deploy or extend their current storage infrastructure and Operations Managers who need this information to support troubleshooting efforts and business decisions would also benefit from this course
This course also maps directly to the 70-642:TS: Windows Server 2008 Network Infrastructure, Configuring exam objective domain and is part of the MCTS prerequisites for the MCITP: Server Administrator credential. As such people looking to take the 70-642 exam or obtain the MCITP: Server Administrator credential would also benefit from attending this course.
At Course Completion
After completing this course, students will be able to:
  • Plan and configure an IPv4 network infrastructure.
  • Implement DHCP within their organization.
  • Configure and troubleshoot DNS.
  • Configure, transition to, and troubleshoot IPv6.
  • Configure and troubleshoot Routing and Remote Access.
  • Install, configure, and troubleshoot the Network Policy Server Role service.
  • Implement Network Access Protection.
  • Implement security features within Windows Server 2008 and Windows Server 2008 R2.
  • Implement security features within Windows Server 2008 and Windows Server 2008 R2 that help to secure network communications.
  • Configure and troubleshot file and print services.
  • Enable and configure services to optimize branch office data access.
  • Control and monitor network storage.
  • Recover data on Windows Server 2008 and Windows Server 2008 R2 servers.
  • Monitor Windows Server 2008 and Windows Server R2 network infrastructure services.
links

http://hotfile.com/dl/133756486/37a5a96/6421BD-ENU-TrainerHandbook.zip.html
http://www.fileserve.com/file/BsSWmMX/6421BD-ENU-TrainerHandbook.zip
http://www.filesonic.com/file/2814943345/6416D-ENU-TrainerHandbook.zip

powerpoint

http://hotfile.com/dl/133757111/88d0e49/6421B-ENU-PowerPoint.zip.html
http://www.fileserve.com/file/rp8xVdf/6421B-ENU-PowerPoint.zip
http://www.filesonic.com/file/2815045465/6416D-ENU-PowerPoint.zip

Exam 70-640 new moc and power point

Exam 70-640 new moc and power point
TS: Windows Server 2008 Active Directory, Configuring
6425C: Configuring and Troubleshooting Windows Server 2008 Active Directory Domain Services
6426C: Configuring and Troubleshooting Identity and Access Solutions with Windows Server 2008 Active Directory
6425C
About this Course

This five-day instructor-led course provides in-depth training on implementing, configuring, managing and troubleshooting Active Directory Domain Services (AD DS) in Windows Server 2008 and Windows Server 2008 R2 environments. It covers core AD DS concepts and functionality as well as implementing Group Policies, performing backup and restore and monitoring and troubleshooting Active Directory related issues. After completing this course students will be able to configure AD DS in their Windows Server 2008 and Windows server 2008 R2 environments.
The course also provides a direct mapping to the objective domain of the 70-640: TS: Windows Server 2008 Active Directory, Configuring exam.
Audience Profile
This course is intended for Active Directory Technology Specialists, Server and Enterprise Administrators who want to learn how to implement Active Directory Domain Services in Windows Server 2008 and Windows Server 2008 R2 environments. Those attending would be interested in learning how to secure domains by using Group Policies, back up, restore, monitor, and troubleshoot configuration to ensure trouble-free operation of Active Directory Domain Services.
Those intending to take the 70-640: TS: Windows Server 2008 Active Directory, Configuring exam will also benefit from attendance at this course.
At Course Completion
After completing this course, students will be able to:
  • Describe the features and functionality of Active Directory Domain Services.
  • Perform secure and efficient administration of Active Directory.
  • Manage users and service accounts.
  • Manage groups.
  • Manage computer accounts.
  • Implement a Group Policy infrastructure.
  • Manage User Desktops with Group Policy.
  • Manage enterprise security and configuration by using Group Policy settings.
  • Secure administration.
  • Improve the security of authentication in an AD DS Domain.
  • Configure Domain Name System.
  • Administer AD DS domain controllers.
  • Manage sites and Active Directory Replication.
  • Monitor, maintain and back up directory Service to ensure Directory Service continuity.
  • Manage multiple domains and forests.
Course files
hotfiles
fileserve
filesonic
Power point files
6426C
About this Course
This three-day instructor-led course provides in-depth training on configuring and troubleshooting Active Directory Identity and Access (IDA) solutions with Windows Server 2008 and Windows Server 2008 R2.
Audience Profile
This course is intended for those who want to learn how IDA solutions are implemented in Windows Server 2008 and Windows Server 2008 R2. It is also intended for those preparing for MCTS: Windows Server 2008 Active Directory certification. This course provides a technology overview of IDA and PKI solutions, and details the implementation of each of the roles in Windows Server 2008 and Windows Server 2008 R2 that implement the IDA solution.
At Course Completion
After completing this course, students will be able to:
  • Describe the fundamental IDA components and Windows Server 2008 and Windows Server 2008 R2 IDA technologies.
  • Deploy, configure, and troubleshoot Active Directory Certificate Services (AD CS).
  • Deploy, configure, and manage certificates.
  • Deploy, configure, and troubleshoot Active Directory Lightweight Directory Services (AD LDS).
  • Deploy, configure, and troubleshoot Active Directory Federation Services 2.0 (AD FS 2.0).
  • Deploy, configure, and troubleshoot Active Directory Rights Management Services (AD RMS).
  • Maintain Windows Server 2008 and Windows Server 2008 R2 Active Directory IDA Solutions
Course files
powerpoint

So, You Want To Be a CCIE?, Part 1

So, You Want To Be a CCIE?, Part 1
Get on the right path to Cisco's highest-level cert in this two-part primer by the columnist of TCP Q&A.


by Scott Morris

Whereas desire alone can sometimes get you a certification, wanting to be a CCIE requires ambition and determination to endure a long and arduous trek across difficult technical terrain. After all, it’s one of the most sought-after certifications in the industry. As a matter of fact, more people want to be a CCIE than want to be the president of the United States, according to some surveys (obscure as they are). In my own poll, four out of five said they would rather be a CCIE than president!

So, what is it about the CCIE that makes it so special? Well, other than the fact that it ranks on top of CertCities’ 10 Hottest Certifications list year after year, it represents the pinnacle of technical achievement in many ways. In all of my travels around the world teaching CCIE boot camps, the students I’ve met had a variety of reasons for pursuing the CCIE certification. However, the most common raison d’etre seems to be that it’s a personal goal, a mark of achievement.

As has been the case for over 10 years now, the CCIE is not a simple thing to attain! Some say they make it harder year after year. Though Cisco says this is not true, I think it just seems that way due to the growing number of technologies you have to learn about. The program has grown significantly over the years, but many things are still the same.

When you set out on the path towards CCIE, you need to realize a few things:

  1. The written exam is about theory and technical tidbits; the lab exam is about making it happen and configuring the devices.
  2. It is not a reality-based exam.
  3. It requires that you have no social life during your studies.
  4. It will test everything you thought you knew about technologies and then some.

What does it really take to attain the CCIE? A good understanding of things, a mind crammed full of networking trivia, and a little bit of luck! Above all, you can’t have a fear of failure. The pass rate of the CCIE lab on the first attempt is said to be less than 10 percent. On average, it takes people three to four attempts to pass the lab. So, even though the odds are against you passing it in one go, approach it with a positive mindset—think of each attempt as a practice run.

CCIE Tracks
There are several paths to the CCIE, depending on the area you want to specialize in:

  • Routing and Switching
  • Security
  • Service Provider
  • Voice
  • Storage Networking

Which CCIE Track is Best?
The $64,000 question. Or, at least the $1,250+ question! Do you remember your parents and teachers asking you what you wanted to be when you grow up? Well, things haven’t changed. Ask yourself what you would like to do.

Don’t tell me whichever track nets you the most money. Money is all relative anyway. The expected compensation for any of these CCIE tracks will vary based on where you’re located, what type of organization you’re working for, what your experience level is (you know, real-world stuff) and many other factors. So, consider all the tracks to be roughly equal in pay.

Whatever you choose to do with your life, I’ve always believed in two golden rules: Have fun. Make money. (Not necessarily in that order.) As long as you’re on track to accomplish both, then life is good. In this high-end technical arena you really need to enjoy whatever it is that you’re going to do. Otherwise, it’s too much like a mundane task and much, much harder to motivate yourself towards achieving it. So ask yourself, where do you want to be next year? Or, what about in five years? What do you want to do?

Once you figure that out, you can narrow down the market possibilities and target yourself more appropriately. But make sure you’ll enjoy whatever your choice is going to be! Once you’ve decided which mountain you want to climb first, we’ll get around to which path to take.

Multiple CCIEs - Why?

Technology is addicting. Once you get started, it’s hard to stop! Some people simply use that as their reason to pursue multiple CCIE certifications. The question is, however, what do multiple CCIEs bring? Why do it?

Having four CCIEs myself and working on my fifth, I’ve often been asked that question. It really isn’t about money. Whether working for a company or as an independent consultant, the market is the market. If a CCIE can bill at $150 an hour in the marketplace, having four CCIEs doesn’t mean I can bill at $600 an hour. (Though, that would be nice!)

However, having multiple CCIE certifications does have its benefits. It allows you to work in more areas, which can provide some variety from week to week. Multiple CCIEs also increases your chances of finding a contract or job because you have two or three times as many things you can do compared to other candidates.

It’s a way to set yourself apart from others. As I’m sure you’ve all noticed, this is a tough job market—for both contracts and full-time employment. What makes you different from all of the other people bidding on a project or applying for a job? What can you bring to the table?

There are 12,004 active CCIEs in the world (plus 1,361 inactive ones). So, once you pass an exam, you’ve become one of those 12,000 jobseekers. On the other hand, if you were to get a second CCIE you would be one out of 541 special people to hold two CCIE titles.

If you were to pass a third CCIE, you would be one of only 81 people in the entire world who have three or more CCIE certifications. Only 12 people have four or more CCIEs. Only three people have five or more. You see how it works? In a tough economic climate, it’s all about making yourself stand out from the crowd.

In my case, going for more certifications prevents me from becoming bored more than anything. I like variety! And I just love this stuff too much. There should probably be some kind of networkers anonymous group for tech addicts like me. But like I said before, it’s all about being different. How different are you?

Lab Equipment
To study for the CCIE lab, it’s best if you have access to some equipment. Now, unless you’ve been around a while or just have more money than you know what to do with, chances are you won’t have a lab setup equal to the real lab. That’s ok. Start out with one switch and three routers. This will give you a starting point where you can make most of the basic configurations. Remember, you have to be able to walk before you run! (And don’t run with scissors.)

Here are some of the bigger Web sites where you can rent equipment racks for your CCIE studies:

CCIE Study Habits
First, you should print out the Exam Blueprint of your chosen CCIE track and get some folders and notebooks. Now, start playing. No, really, I mean it. Play around with the equipment, trying out different configurations and conditions.

Reference books and study guides on the CCIE lab go through, in detail, various protocols and network links and everything else you’ll need to know. They often have sample labs or mini-scenarios for each topic.

Need more? How about free stuff? It’s called the Documentation CD and it’s from Cisco themselves. Look at the IOS configuration guides, or the Catalyst 3550 configuration guides, for example. These provide some configuration explanations of each of the things that IOS has to offer.

That’ll keep you up-to-date on all the CCIE-related Cisco technologies; but take it all one step at a time. As I’ve said before, walk before you run. As you build up your experience, you’ll gradually start adding things together.

Practice Lab Vendors

Start with the basics, then look at what you’ve built and ask yourself, “How can I make this more complicated?” And always remember to redo things—you’ll learn things quicker with repetition and practice. Though they might’ve looked simple and easy enough in your books, real life is tough and things might not work out as they do on paper.

This can be a good thing. Besides strengthening your basic understanding of Cisco technologies, you need to learn what to do when things go badly. Believe me, they will go badly. If you’re in the middle of your eight-hour lab exam and things go badly, you’ll need the experience—and patience—to conquer these obstacles.

Know your show commands and your debug commands. Your routers will have this obnoxious habit of doing what you tell them to do, which may not necessarily be what you want them to do. But on the other hand, with the proper show/debug commands, the router will also tell you exactly what is happening. It’s then up to you to interpret and react to that. Troubleshooting will become invaluable not only for the lab but for real life as well.

So, how well do you need to know your stuff? Remember when I said this wasn’t a reality-based exam? I wasn’t lying. In real life, we run our networks, but they aren’t inherently difficult to maintain. Typically, we’ll run frame-relay links as point-to-point subinterfaces. Why? Because, that’s the easy way. Things just work! On the CCIE lab, life isn’t that simple. Why? Because the proctors are evil? No, not really. But what does it mean for Cisco to put their stamp of approval on you as an “expert” in the field? I hope it means you can do more than regurgitate configurations using point-to-point subinterfaces on frame-relay links! Though it works, knowing those simple configurations doesn’t demonstrate you know anything about how the underlying technology works.

However, if you ever run into a network in real life that’s designed like a CCIE lab, hunt down the person who designed it and duct-tape that person to his/her chair! Bad lab rat! Bad!

What's Up, Doc?

The Documentation CD is your friend. It’s the only reference you’ll have available during the lab, so you had best know it well!

Let me share with you a little anecdote. Back in 1999, when I was studying for the Routing and Switching lab, I went through all of these steps. I played with everything, I studied and labbed it all up! My goal was to practice on labs more bizarre than the actual test lab would be so that I could know everything possible and be one of the few who passed on the first try.

That was the goal anyway! And, I studied a lot to get there. Well, needless to say, they came up with something on the lab that I hadn’t thought about. Right then and there, that messed up my game a bit. Also, I’m one of those people who’ll beat something to death in troubleshooting until I figure it out. A great habit in real life, not so good under the time pressure of the lab!

They threw the kitchen sink at me, but I figured it out. However, I ate up a lot of time in the process, and I was unable to finish the whole exam because my bad management of time. Not cool.

Between my first and second attempts, I didn’t touch a router. The only thing I did was become more familiar with the Doc CD. By the time my second attempt came around, there were some things on the test I hadn’t thought about (they’re good at that!). But instead of blindly stabbing away at it, I took a more methodical approach with the Documentation CD and found answers faster. On this second attempt, I even finished the exam early—so early, in fact, it scared me! Fortunately, this time, I was successful.

So, remember, you have to have a strategy about how you’ll handle things and stick to it. Time management is a critical: Every minute you spend idling away or typing uselessly is 1/480 of your test, and it’ll go by fast!

Realizing this will also help you with answering, “How much of everything do I need to know? How can I memorize that much?” The answer is don’t memorize. Learn it. Once you know the basics, you can look up the details. If you know the basics, and you are familiar with the Doc CD, you’ll have plenty of time to fill in the blanks. Personally, I try not to memorize things, because commands may change from version to version of IOS. But conceptually, I know what I’m looking for so the details can be found in the Doc CD. In the very unfortunate case you don’t have a clue about something on the test, you can find out about it on the Doc CD: It covers everything on the test. Just be careful how much time you spend on it!

CCIE Social Life
No, no. You don’t get to have one. Along the same lines that drinking and driving don’t mix, neither does studying for the CCIE and having a social life. Otherwise, it’ll be like college all over again on an eight-year plan! Set your expectations, accordingly, for both yourself and your family/significant other/friends. You will need to reintroduce yourself when all is done!

The time you spend studying will greatly depend on your previous experience and study habits. I always cringe when people ask me how long I studied for any of the labs that I’ve taken. It’s a floating measuring stick. For my Routing and Switching lab (my first), I clocked in a good 2,000+ hours over the course of 13 months, and that’s just for studying. To put that in perspective, there are 2,080 hours in a full-time work year (assuming 40 hours per week for 52 weeks). That was starting from ground zero and playing around with my equipment—a lot!

On the other hand, when I took my Service Provider exam, I only studied for a day and a half before taking the lab. I had been teaching and consulting on many of those technologies for a couple of years prior to the lab. And I had passed three other CCIE labs before then, so the psychological aspect of preparing for the exam didn’t phase me any more. Experience—whether it’s your first exam or fourth—will definitely improve your chances of beating the CCIE lab.

Networking with Other CCIE Candidates
There are various e-mail lists and Internet bulletin boards that CCIE candidates frequent, which can give you access to people who are in the same boat as you, as well as people who’ve completed the journey already! There are tons of messages that circulate on these boards, though, so be prepared with your Microsoft Outlook Inbox rules so you can automagically file messages away!

GroupStudy is one of the most well-known and established of these lists. You can search their archives or sign up for their mailing list. The “ccielab” list is the one you’ll want! www.onlinestudylist.com is another good place for e-mail groups. www.routerie.com is a vendor forum, but they have many good discussions going on that might interest you, as a CCIE-in-training. All in all, it’s such a tight and smallish community that after a while, you’ll begin to recognize names and reputations.

As with any group discussion online, there’s always the chance you might get flamed! To avoid becoming the victim of random flaming, just make sure when you pose a question to the group that you’ve already made some effort to find an answer first! Though people are generally there to help, you’ll find that sometimes folks’ patience gets a little frayed when you haven’t done a simple search of past forum posts.

The lists and bulletin boards are great communities and a great way to learn. Other folks who either are doing or have done the same thing you’re doing makes for an excellent source of support along your quest for the CCIE.

Break Time!
Now that we’ve finished discussing the basic things you need to prepare for your CCIE studies, next we’ll talk about the written and lab exams themselves, bootcamps, game day and life after the exams. So, take a breather, look over what we’ve talked about, and look out next month for the second installment of this two-part series on becoming a CCIE!

A Poem on a "CCIE-to-be" from a Wife

A Poem on a "CCIE-to-be" from a Wife

THE WOES OF A WIFE....



Loneliness, boring hours and silence is for me,
meet me i'm the wife of a CCIE-to-be,


Nothing to do but to read the stories of wizards and witches,
while my husband stare at his routers and switches,


My days have become long and drab,
only because he has to give his lab,

To him i wouldn't look so dull and drony,
If only he'd leave alone his IP Telephony,


For me,no outing no romance no disco,
ah! how i hate this word "CISCO",


We could better discuss and plan OUR future,
but no! he's more interested in MPLS architecture,


I love him with all my heart and body and soul,
but he has eyes only for the routing protocol,


I have to beg him to take me to a mall,
between him and me is always a "firewall",


My good old "cisco-free" days are lost in a mist,
I sure wish i could use his "access list",


My woes are as vast and as deep as a sea,
meet me im the wife of a CCIE-to-be......

http://deepakarora1984.blogspot.com/2010/02/poem-on-ccie-to-be-from-wife.html

Interview with Mr. Vinton Grey Cerf - a.k.a. “The Father of the Net”

Mr. Cerf, a man who I have read about in several books during my computer network studies, the man whose findings and researches ended up creating nothing less than the Internet, well, seemed a lot improbable. But with a little persistency and a LOT of good will of Mr. Cerf, this interview was materialized. Thank you Mr. Cerf, for being such an accessible and kind man. It was a great honor!

To all: Enjoy it!

Best regards from Brazil,

Marco A. Filippetti


Mr. Cerf, first of all, on behalf of all readers of this blog, I would like to thank you very much for making time on your amazingly busy schedule to participate in this short interview. As I said before, it is an indescribable honor to have the opportunity to interview a living legend, the man who fathered the Internet.

<——- Interview Starts ——->

FILIPPETTI: At late 60’s you participated at the startup of the ARPANet, interconnecting its first two nodes. Many readers of this blog - me included - would like to know:

FILIPPETTI: Did you imagine, at the time, that the ARPANet and the TCP/IP protocols would end up affecting billions of people as it evolved to the Internet?

MR. CERF: At the time I was working on the host protocols for the ARPANET as a member of the Network Working Group team led by Steve Crocker, I think I had no idea what might happen. I was at UCLA at that time (1967-1972) and also working on a Ph.D. as well as serving as principal programmer for Prof. Leonard Kleinrock’s Network Measurement Center. In 1973, Bob Kahn and I began to work on the design of an architecture and protocol suite that would allow arbitrarily large numbers of packet networks to be interconnected. At the time we were doing this work, we were well aware of the applications that were possible, including things like packet voice and video. We were also well aware of the work of Douglas Engelbart at SRI International to support collaborative knowledge work with mouse, portrait-mode black/white displays, hyperlinking and powerful editing and document sharing tools. While we probably did not foresee at the time the global adoption of this technology, we did know that it provided a very potent and extraordinary opportunity to allow a broad range of invention by a wide range of contributors. It was an extremely open, distributed design and adopted a basic posture of accommodation for almost anyone with an idea to try it out. Our idea was that if you could implement the protocols you could connect to the network and become a part of it.

FILIPPETTI: What were the most challenging issues faced at that time?

quote2.gifMR. CERF: When the design work was first under way, we needed to invent a way to refer to different networks and to give addresses to each computer on each network. That led to the Internet Protocol (ultimately version 4). We also needed to develop the concept of a “gateway” that could relay Internet packets from one network to another. We did NOT translate packet formats between connected networks. Rather, we encapsulated each Internet packet in the packet format of each network. This is sort of like putting a postcard into an envelope specific to each connected network. Eventually, gateways became routers and everyone spoke “IP” even in the core of the network. Since then other networking technologies like Multi-protocol Label Switching (MPLS), Frame Relay, Asynchronous Transfer Mode, varying kinds of wired and wireless Ethernets all encapsulate Internet packets for transport within each network.quote4.gifThe next big challenge was getting the protocol implemented on many operating systems of the time (about 30 I think). Then we needed to get everyone to actually implement the net protocols replacing the ARPANET Network Control Program (NCP). This was one 1 January 1983 (with a few laggards). After that, the battle was global standardization and we had to wrestle with X.25/X.75 and Opens Systems Interconnection standards that were rivals. Eventually, TCP/IP became the de facto standard. Then came the WWW around 1989 and the commercialization of the Internet itself. Many policy issues now face the Internet community as it becomes a global resource and infrastructure.

FILIPPETTI: Nowadays, it is common knowledge that IP address exhaustion is going on rapidly. Forecasts point that by 2013 there should be no more public routable IP address blocks available. The version 6 of the IP protocol came as a response to that, little more than 10 years ago (in 1998). Still, it can be said that IPv6 is only in its infancy in terms of general worldwide deployment, having little more than one percent of Internet-enabled hosts in any country. That leads to the question:

FILIPPETTI: How do you see this issue (of IPv6 worldwide deployment) summed up with the rapidly depletion of IPv4 usable IP addresses?

quote5.gifMR. CERF: Generally, I think pressure will build as the runout becomes most visible in mid 2011. I see evidence of implementation of IPv6 in key places (and proud to say that Google has done its homework in this area). There will be hacks to deal with IPv4 and IPv6 inability to interact directly but there really isn’t any sensible alternative to implementing the larger address space.

FILIPPETTI: Now, with so little time to adapt, do you see a solution to minimize the impact to the end user and to the ISPs (regarding the v4 to v6 migration problem)?

MR. CERF: There are some steps using Network Address Translation tricks (see ComCast) that might help. However, most laptop and desktop operating systems, most server operating systems and most routers have the IPv6 code – they have to turn it on and learn to operate dual-mode networks, servers and clients. It is not trivial but also not hard – but it does take patience to get the details right.

FILIPPETTI: Technology is a living thing. It rapidly changes the world as we know by the creation of new ways to interact with it.

FILIPPETTI: What do you see coming as the five or six concepts or technologies that might change the world, as the TCP/IP did?

MR. CERF: Wireless for sure (and ultra-broadband); Delay and Disruption Tolerant Networking (DTN) that is being proposed for interplanetary communication and noisy/hostile mobile operation; non-fossil fuel sources (various kinds of solar; geo-thermal); LEDs to replace conventional light sources; patient-specific medical treatments (driven by genome and proteome information); neural-electronics (such as cochlar, ocular and spinal implants); quantum computation for certain kinds of computations.

FILIPPETTI: To wrap up this brief interview, Mr. Cerf, our readers would like to know: You are working at Google now, one of the most important and visionary technology companies in the world.

FILIPPETTI: How did you end up working there?

MR. CERF: I sent an email to Eric Schmidt [Chairman of the Board and Executive Director @ Google] asking if he needed any help and he said “yes”.

FILIPPETTI: What is your role in this great company? Can you mention any revolutionary – non-confidential - project you are working right now?

quote6.gifMR. CERF: We don’t discuss projects we are not ready to announce so I can’t tell you anything secret. We are working hard to improve ways in which people can interact with network resources. Our recent announcement of automatic captioning of English language video is an example. We are very focused on improving accessibility of our products and services. I am very interested in the confluence of all media onto the Internet and particularly curious to see what implications this has for entertainment and education. I am also interested in new modes of interaction (speech, gesture) in addition to keyboard and mouse paradigms.We continue to look for more ways to help organize information including our own medical information in a personal health database.

<——- Interview Ends ——->

Mr. Cerf, once again, thank you for accepting this invitation! I still can’t believe I am exchanging an e-mail through the Internet with one of the persons who created it :-D

My best regards,

Marco A. Filippetti

http://blog.ccna.com.br/2010/01/24/interview-with-mr-vinton-grey-cerf-aka-the-father-of-the-net/

Interview with Jeff Doyle

Hello everyone! Again, I was delighted (and honored) to be able to interview one of the great minds of the networking industry. For those who are not familiar with Mr. Doyle (I believe not many will fall into this category), is the author of several best-seller networking books, two of which - TCP/IP vols 1 & 2 - being considered the “bible” for those preparing for the CCIE, not to mention he is one of the top ranked IPv6 and routing protocols specialists nowadays
<—— Interview begin ——–>

Hello Mr. Doyle, first of all, I would like to thank you, on behalf of all blog readers, to share a little amount of your valuable time with us. We all hope you enjoy very much your staying in Brazil, and also that you succeed on the job you have been hired to perform - but that goes without saying :-)

I have put together a few questions, some of which being suggested by the blog readers. Please, feel free to respond them as you wish.

Again, many thanks for your time.

<—— Interview questions begin ——–>

As with what happens around the world, your books are highly recommended here, in Brazil, to those pursuing the CCIE certification. Having said that, your readers would like to know: Do you (and CiscoPress) plan to release an updated version of your TCP/IP books? If so, can you talk about what will be the major changes?

I am currently working on a second edition of the second volume of Routing TCP/IP. We don’t have a release date yet, but it will be significantly changed from the first edition. The BGP chapters are widely expanded and completely rewritten, spanning 6 chapters (the first edition had just 2 chapters on BGP). These new chapters not only provide coverage of the many new BGP features in IOS since the first edition, they also incorporate the many BGP best practices that have evolved since the first edition was written.

The Multicast chapters are also changing, eliminating much material from the first edition that covered protocols no longer used or never put into general usage.

The third significant change is the incorporation of IPv6 throughout the book: Coverage in the new Multiprotocol BGP section will include different IPv6 peering practices; IPv6 multicast is covered; the NAT chapter is expanded to cover NAT64/DNS64 and Large-Scale NAT architectures; and a chapter on IPv6 tunneling will be added.

You have established a firm known as “Jeff Doyle and Associates, Inc.”. The fact that you are consulting in Brazil only proves how successful this firm is. Can you talk a little about what your company does?

Although we are happy to work with any network of any size, Jeff Doyle and Associates specializes in large service provider networks and the complex design challenges around those networks: MPLS, traffic engineering, complex BGP policies, QoS/CoS, and of course IPv6 deign and deployment. Most of my work lately has centered on IPv6, simply because that is what most service providers (particularly broadband service providers) are heavily focused on now.

The “Associates” part of my practice is built around an association of other highly experienced independent network architects. The advantage to my customers of this model is that “on the bench” employees are not a factor in my recommendations to my customers. I find the best fit for the customer’s needs, and always use consultants whom I know and trust.

Readers are eager to know what would you classify as the greatest professional challenge you have ever faced. Can you briefly share it with us?

Just keeping up with the evolution of network technologies and best practices, I think. I have always been a consultant of one type or another, and that helps tremendously in getting constant exposure to different networks, different network operators, and different design challenges. I’m frequently tempted to “settle down” and work for a single network operator; getting to intimately know one large network has it’s appeal. But knowing that my knowledge of any technology or practice not used by that operator would quickly stagnate keeps me from making that change.

I think it is safe to say you might be one of the most knowledgeable IPv6 professional today. With that in mind, what can you recommend to those who are starting their studies on this protocol?

Understanding the basics is essential of course, and this is easy to learn; there is a wealth of material available. Beyond that:

- Keep track of what is happening in the industry. Although the protocol suite has been around for a long time, practical experience is still developing, and hence best practices are constantly changing.

- Learn how to make a business case for IPv6. One of the reasons it has not been deployed earlier, in my opinion, is that engineers have seldom been able to make a convincing case to executives of why they should spend money deploying something that has no apparent business advantages. (Hint: IPv6 is an infrastructure issue, not a services issue. IPv6 is being deployed not to create new revenue streams, but to allow the business to keep growing.)

- Learn the principles of IPv6 address design. The biggest challenge here is abandoning the IPv4 address design principles we have all used for decades, and which are primarily centered on address conservation. IPv6 allows us to be wasteful with addresses in exchange for address designs that are simpler, more scalable, and more flexible.

- Learn what transitional technologies are currently in use, and the challenges of each (they all have challenges of different forms). Learn IPv6 can impact applications, and how to plan for that.

- Learn how IPv6 impacts network security and what factors must be considered when securing IPv6.

- Learn the issues around DNS for IPv6. Some of the biggest challenges in an IPv6 deployment can be getting DNS right.

Regarding the IPv6 deployment, it is common knowledge that we had almost 15 years to prepare, and only a few years ago we actually start doing something about it. How do you see the IPv6 activation process, worldwide? Are we really that late? What would you say are the major challenges to be faced by the organizations through the implementation process?

From a purist viewpoint, yes, we are very late in deploying IPv6. Had we started a decade ago, before Iv4 address depletion became a serious problem, dual stacking (the simplest approach to IPv6 deployment) would have been much more feasible. Now, with IPv4 depletion a reality and public IPv4 addresses hard to come by, we are having to resort to much more complex and disruptive “transitional” technologies like Large Scale NAT (LSN) and NAT64/DNS64.

But from a practical viewpoint, where we are now fits with general network economics: Most network operators tend to put off the expense of any new technology deployment until the technology is unavoidable.

As far as the state of deployment, we are still very much in the early stages. Almost all service providers worldwide have active IPv6 deployment plans, but very few have completed them. The great majority of broadband customers still cannot get native IPv6 service in their home or small office (including me). And enterprises are much further behind. Most of them are only beginning to ask the kinds of questions service providers were asking 6 – 10 years ago.

The biggest challenge most operators are facing is not vendor support, as one might suppose – as long as you have a good long-term plan, your vendors can keep up – but negative impacts on applications. In my experience application testing and certification has been the most unexpected challenge in most deployment projects and the most complex.

What do you see as a major competitive advantage to a Networking Professional nowadays? Rephrasing that, how would you describe the perfect networking professional in terms of academics, certifications and skills combination?

Speaking as someone who has conducted hundreds of technical interviews over the years, certifications are a good way to get initial attention of a potential employer. But demonstrable experience and knowledge is far more important. When I am preparing to interview a job candidate, I look carefully at what his or her past job experience has been and what the implications of that experience is (that is, what level of ability has the candidate developed working at a specific network). In the interview itself I am looking only partly at how well the candidate can answer technical questions; I’m paying much more attention to how the candidate can analyze what I’m asking and develop an answer. In fact I generally like to ask a few questions that I know the candidate cannot answer, to see how well he can use what he does know to get close to an answer.

All of this is to say that your career plan should encompass several areas:

- Incrementally develop your practical experience. As you master the skills of your present job, begin looking for a job that offers new responsibilities. Plan on being in learning mode throughout your career.

- Develop your spoken communication skills. Learn how to clearly express yourself in meetings. Take some public speaking classes or join a speaking club like Toastmasters. Look for opportunities to speak in front of audiences.

- Develop your written skills. Every network professional has to write reports of some sort or another; a network architect spends most of his or her time writing. As you improve your skills, volunteer to write white papers or policy guides for your company. Try writing a blog. Propose some articles to industry publications.

- Develop customer relations skills. This is particularly important for consultants, but is also important for anyone that deals with customers either internal or external to your company.

Would you be so kind to recommend some IPv6 specific sites and literature to the rest of us?

There are so many sites it is hard to recommend any over others. I tend to just use Google if I need to research a specific IPv6 topic. But Gogo6 is a nice resource and a good site for general discussions. I do make specific recommendations for books, however:

- Silvia Hagen’s “IPv6 Essentials” is an excellent beginning book.

- Marc Blanchet’s “Migrating to IPv6” takes you from the beginning concepts into practical knowledge.

- Shannon McFarland’s “IPv6 for Enterprise Networks” goes even further into practical deployment.

- Scott Hogg and Eric Vyncke’s “IPv6 Security” is the authoritative book on that subject.

- Qing Li’s books on IPv6, beginning with “IPv6 Core Protocols Implementation”, provide a deep dive into all aspects of the protocol code. Essential reading for developers and anyone needing a serious “under the hood” look at IPv6.

All of these authors are people I know personally, and so my recommendations come from knowing their level of experience.

How do you see the Cisco CCA certification? Do you think the IT market is ready to absorb professionals that invest in and are able to achieve this major certification?

It probably depends on what your overall CV looks like – and this goes to my previous comments about interviews. All certifications are useful for getting the attention of a potential employer, and says much about your ability and willingness to devote time to your career path. But when you get to the level of the CCA, someone with that certification should also have a very impressive level of experience on the CV. If the certification is there but not the practical experience, the employer is going to notice. If the experience is there, it should speak for itself and the certification probably isn’t going to have much additional impact for the employer.

Some employers may eventually require a CCA certification as a job qualification, just as some employers currently require a CCNA, JNCIS, CCIE, or JNCIE as an entry qualification to certain jobs. And some employers may eventually need CCAs on their staff to maintain certain Cisco partner levels, as they currently do with CCIEs.

Overall, it is too early to tell how valuable the CCA certification is to you, but an analysis of your present experience and your career plans should help you decide if this is a good investment of your time and money.

Can you share with us how did you start into the networking career? Is there any advice you can give to the young people that are struggling their way out to enter this competitive market?

I sort of stumbled into networking. I was a working in telephony, maintaining business telephone systems and PBXs in the 1980s. More and more, maintaining data communications systems (mostly old IBM systems) became a part of the job. I became interested and studied the subject as much as I could, making sure my employer recognized my growing knowledge. Eventually I moved to a job that was exclusively data communications. From there I began writing educational materials and teaching classes internally, which helped me learn even more. I also became a Cisco Certified Instructor began teaching external Cisco classes. From there, I got my CCIE (this was in the days when the lab was still days and the equipment was AGS+ and 4000s). I wrote a few articles for Cisco World magazine, which caught the attention of Cisco Press, who approached me about writing a book (which became the Routing TCP/IP books). At the same time, I left my employer to join a consultancy. My focus from then on was on building new experience and asking for new challenges.

Your career path might be significantly different; it’s a very different industry now than it was in the 1980s and early 1990s. But moving ahead is the same: Continually study, continually look for new ways to add to your experience, be sure your employer knows what you can do, and ask your employer for new challenges and new responsibilities. Look for ways to make yourself valuable to your employer, and don’t be afraid to look for a new employer if you have run out of opportunities where you are currently working.

<—— Interview questions end ——–>

Mr. Doyle, I would like to thank you once again to having accepted to take part on this brief interview. I am sure it will be very enlightening to our readers, and I am also sure they all will be very excited and grateful - as I am.

Best regards from Brazil,

Marco Filippetti (on behalf of CiscoCertified blog)

<—— Interview end ——–>

Abstract of CCNA study guide-1- internetworking 1

This is the beginning of our series for  Abstract CCNA study guide book .
Internetworking
First, you need to know exactly what an internetwork is, right?
You create an internetwork when you connect two or more LANs or WANs via a router and configure a logical network addressing scheme with a protocol such as IP.

Internetworking Basics
You can breaking up a really big network into a number of smaller ones Called network segmentation. You do this by using devices like routers , switches , and bridges

broadcast domain : the set of all devices on a network segment that hear all the broadcasts sent on that segment.

collision domains:(This is an Ethernet term used to describe a network scenario wherein one particular device sends a packet on a network segment, forcing every other device on that same segment to pay attention to it. At the same time, a different device tries to transmit, leading to a collision, after which both devices must retransmit, one at a time
HUBS hubs don’t segment a network; they just connect network segments together.
hub represents only one collision domain and only one broadcast domain.

Routers
- routers are used to connect networks together and route packets of data from one network to another. Routers, by default, break up a broadcast domain they provide a separate broadcast domain for each interface.
There are two advantage of using routers in network:
1- they don't forward broadcast by default
2- they filter network based on layer3information (Network layer )

Router functions
- packet switching
- packet filtering
- internetwork communication
- path selection

Switches
- switches aren’t used to create internetworks (they do not break up broadcast domains by default).
- The main purpose of a switch is to make a LAN work better by providing more bandwidth for the LAN’s users.

- Switches break up collision domains so each and every port on a switch represents its own collision domain.
- Switches create separate collision domains but a single broadcast domain.

Bridges
- bridges and switches break up collision domains on a LAN .
- bridges only had 2 or 4 ports.
- You would use a bridge in a network to reduce collisions within broadcast domains and to increase the number of collision domains in your network so this provides more bandwidth for users.

Figure 1.1 shows how a network would look with all these internetwork devices in place.


Remember that the router will not only break up broadcast domains for every LAN interface,
it will break up collision domains as well.
Looking at the figure, how many collision domains and broadcast domains are in this internetwork? Hopefully, you answered nine collision domains and three broadcast domains!
Only routers break up broadcast domains by default. And since there are three connections, that gives you three broadcast domains.
The all-hub network is one collision domain; the bridge network equals three collision domains. Add in the switch network of five collision domains—one for each switch port—and you’ve got a total of nine.

5 steps to high-speed Ethernet

By David Newman, Network World
If you're considering the move to 40/100gigabit Ethernet, here are five things to keep in mind:

1. Check the cables. Both 40- and 100-gigabit Ethernet use different fiber and copper cabling and transceivers than previous versions. Simply attaching higher-speed devices to an existing cabling plant won't work. On the plus side, moving away from link aggregation toward single higher-speed links may actually reduce cabling requirements.

2. Verify device distances. In general, higher-speed Ethernet works over the same distances as previous generations, such as the 100-meter limit across short-reach fiber optics. But as with any deployment of new equipment, it's wise to test whether the new devices will operate without CRC errors across their intended distances.

3. Check network management and security device speeds. Network monitoring and security devices that worked just fine at gigabit or 10-gigabit speeds may have trouble keeping up at 40- or 100-gigabit rates. Check with vendors (and conduct your own tests, if necessary) to determine the highest supported lossless rate for traffic monitoring and traffic capture.
4. Be prepared to drink from a fire hose. At 40- and 100-gigabit rates, monitoring equipment must be prepared to capture and analyze staggering amounts of data. For instance, a stream of 1,518-byte frames at 100Gbps line rate will require nearly 750GB of storage per minute. Make sure monitor ports in switches, along with any attached analyzers, can keep up with much higher traffic rates.

5. Plan a parallel deployment. The simplest way to get started with higher-speed technologies is a parallel rollout alongside existing network operations. If everything works well, a transition to the new links should be smooth.

Oct 28, 2011

Course 6416D MCSE to MCITP upgrade

Course 6416D: Updating Your Windows Server 2003 Technology Skills to Windows Server 2008
About this Course
This five-day instructor-led course teaches the features and technologies of Windows Server 2008 and Windows Server 2008 R2 to IT professionals who have specialist skills in working with Windows Server 2003 technologies. For students with the appropriate skillset, the course facilitates accelerated learning of Windows Server 2008 and covers features and technologies up to and including Windows Server 2008 R2 Sp1.
Audience Profile

The audience for this course is IT Professionals who wish to upgrade their existing Microsoft Certified Systems Administrator (MCSA) or Microsoft Certified Systems Engineer (MCSE) skills on Windows Server 2003 to Windows Server 2008 and Windows Server 2008 R2, and who also plan to take the following upgrade exams
• 70-648, TS: Upgrading your MCSA on Windows Server 2003 to MCTS on Windows Server 2008
Or
• 70-649, TS: Upgrading your MCSE on Windows Server 2003 to MCTS on Windows Server 2008
While the course is specifically targeted at the students who are certified as outlined earlier and are planning to take the upgrade exams listed above, the course may also be of benefit to IT professionals who do not hold an MCSA or MCSE on Windows Server 2003, but do have extensive experience with Windows Server 2003 and wish to update those skills to Windows Server 2008 and Windows Server 2008 R2.
At Course Completion
After completing this course, students will be able to:

•Install and configure Windows Server 2008.
•Manage servers with Windows Server 2008.
•Configure networking and network services.
•Install and configure Network Policy Services and remote access services.
•Configure and manage Active Directory Domain Services.
•Manage Group Policies in Active Directory Domain Services.
•Configure Active Directory Certificate Services.
•Configure Active Directory identity and access solutions.
•Install and configure Remote Desktop Services.
•Manage Remote Desktop Services.
•Install and configure web servers and applications with Internet Information Services
•Configure storage technologies in Windows Server 2008
•Configure high availability in Windows Server 2008.
•Configure virtualization in Windows Server 2008.

Course files
Hotfiles
http://hotfile.com/dl/133622356/ad62012/6416D-ENU-TrainerHandbook.zip.html
fileserve
http://www.fileserve.com/file/7g6yvPQ/6416D-ENU-TrainerHandbook.zip
filesonic
http://www.filesonic.com/file/2814943345/6416D-ENU-TrainerHandbook.zip

Power point files
Hotfiles
http://hotfile.com/dl/133622337/19b7f33/6416D-ENU-PowerPoint.zip.html
fileserve
http://www.fileserve.com/file/48qJHW2/6416D-ENU-PowerPoint.zip

Oct 20, 2011

MCITP server 2008 R2 microsoft kit collection books

Exam 70-640:
TS: Windows Server 2008 Active Directory, Configuring
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.
Configuring Domain Name System (DNS) for Active Directory
• Configure zones.
• Configure DNS server settings.
• Configure zone transfers and replication.
Configuring the Active Directory infrastructure
• Configure a forest or a domain.
• Configure trusts.
• Configure sites.
• Configure Active Directory replication.
• Configure the global catalog.
• Configure operations masters.
Configuring Active Directory Roles and Services
• Configure Active Directory Lightweight Directory Service (AD LDS).
• Configure Active Directory Rights Management Service (AD RMS).
• Configure the read-only domain controller (RODC).
• Configure Active Directory Federation Services (AD FSv2).
Creating and maintaining Active Directory objects
• Automate creation of Active Directory accounts.
• Maintain Active Directory accounts.
• Create and apply Group Policy objects (GPOs).
• Configure GPO templates.
• Deploy and manage software by using GPOs.
• Configure account policies.
• Configure audit policy by using GPOs.
Maintaining the Active Directory environment
• Configure backup and recovery.
• Perform offline maintenance.
• Monitor Active Directory.
Configuring Active Directory Certificate Services
• Install Active Directory Certificate Services.
• Configure CA server settings.
• Manage certificate templates.
• Manage enrollments.
• Manage certificate revocations.
============================================================
Exam 70-642:
TS: Windows Server 2008 Network Infrastructure, Configuring
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.
1. Configuring Addressing and Services
• Configure IPv4 and IPv6 addressing.
• Configure Dynamic Host Configuration Protocol (DHCP).
• Configure routing.
• Configure Windows Firewall with Advanced Security.
Configuring Names Resolution
• Configure a Domain Name System (DNS) server.
• Configure DNS zones.
• Configure DNS records.
• Configure DNS replication.
• Configure name resolution for client computers.
Configuring Network Access
• Configure remote access.
• Configure Network Access Protection (NAP).
• Configure DirectAccess.
• Configure Network Policy Server (NPS).
Configuring File and Print Services (13 percent)
• Configure a file server.
• Configure Distributed File System (DFS).
• Configure backup and restore.
• Manage file server resources.
• Configure and monitor print services.
Monitoring and Managing a Network Infrastructure
• Configure Windows Server Update Services (WSUS) server settings.
• Configure performance monitoring.
• Configure event logs.
• Gather network data.
====================================================
Exam 70-643:
TS: Windows Server 2008 Applications Infrastructure, Configuring
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.
Deploying Servers
• Deploy images by using Windows Deployment Services.
• Configure Microsoft Windows activation.
• Configure Windows Server Hyper-V and virtual machines.
• Configure high availability.
• Configure storage.
Configuring Remote Desktop Services
• Configure RemoteApp and Remote Desktop Web Access.
• Configure Remote Desktop Gateway (RD Gateway).
• Configure Remote Desktop Connection Broker.
• Configure and monitor Remote Desktop resources.
• Configure Remote Desktop licensing.
• Configure Remote Desktop Session Host.
Configuring a Web Services Infrastructure
• Configure Web applications.
• Manage Web sites.
• Configure a File Transfer Protocol (FTP) server.
• Configure Simple Mail Transfer Protocol (SMTP).
• Manage the Web Server (IIS) role.
• Configure SSL security.
• Configure Web site authentication and permissions.
Configuring Network Application Services
• Manage the Streaming Media Services role.
• Secure streaming media.
• Configure SharePoint Foundation options.
• Configure SharePoint Foundation integration.

=========================================================
Exam 70-647:
Pro: Windows Server 2008, Enterprise Administrator
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.
Planning network and application services
• 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
• Design for network access. May include but is not limited to: network access policies, remote access strategy, perimeter networks, server and domain isolation
• Plan for application delivery. May include but is not limited to: application virtualization, presentation virtualization, locally installed software, Web-based applications
• Plan for Remote Desktop Services. May include but is not limited to: Terminal Services licensing, Remote Desktop Services infrastructure
Designing core identity and access management components
• 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
• Design the Active Directory physical topology. May include but is not limited to: placement of servers, site and replication topology, printer location policies
• Design the Active Directory administrative model. May include but is not limited to: delegation, group strategy, compliance auditing, group administration, organizational structure
• 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
Designing support identity and access management components
• 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
• Design the branch office deployment. May include but is not limited to: authentication strategy, server security
• Design and implement public key infrastructure. May include but is not limited to: certificate services, PKI operations and maintenance, certificate life cycle management
• Plan for interoperability. May include but is not limited to: inter-organizational authorization and authentication, application authentication interoperability, cross-platform interoperability
Designing for business continuity and data availability
• Plan for business continuity. May include but is not limited to: service availability, directory service recovery
• 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
• Design the operating system virtualization strategy. May include but is not limited to: server consolidation, application compatibility, virtualization management, placement of servers
• Design for data management and data access. May include but is not limited to: data security, data accessibility and redundancy, data collaboration
=====================================================
Exam 70-680:
TS: Windows 7, Configuring
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, Upgrading, and Migrating to Windows 7
• Perform a clean installation.
• Upgrade to Windows 7 from previous versions of Windows.
• Migrate user profiles.
Deploying Windows 7
• Capture a system image.
• Prepare a system image for deployment.
• Deploy a system image.
• Configure a VHD.
Configuring Hardware and Applications
• Configure devices.
• Configure application compatibility.
• Configure application restrictions.
• Configure Internet Explorer.
Configuring Network Connectivity
• Configure IPv4 network settings.
• Configure IPv6 network settings.
• Configure networking settings.
• Configure Windows Firewall.
• Configure remote management.
Configuring Access to Resources
• Configure shared resources.
• Configure file and folder access.
• Configure user account control (UAC).
• Configure authentication and authorization.
• Configure BranchCache.
Configuring Mobile Computing
• Configure BitLocker and BitLocker To Go.
• Configure DirectAccess.
• Configure mobility options.
• Configure remote connections.
Monitoring and Maintaining Systems that Run Windows 7
• Configure updates to Windows 7.
• Manage disks.
• Monitor systems.
• Configure performance settings.
Configuring Backup and Recovery Options
• Configure backup.
• Configure system recovery options.
• Configure file recovery options.

downloads

filesonic
http://www.filesonic.com/file/2654564321/70-640r2.pdf
http://www.filesonic.com/file/2654818921/70-642r2.pdf
http://www.filesonic.com/file/2654957241/70-643r2.pdf
http://www.filesonic.com/file/2655133381/70-646.2nd.pdf
http://www.filesonic.com/file/2655354911/70-647.2nd.pdf
http://www.filesonic.com/file/2656056911/70-680_[2010].pdf

fileseve
http://www.fileserve.com/file/NKxhshz/70-642r2.pdf
http://www.fileserve.com/file/uPf6b2N/70-640r2.pdf
http://www.fileserve.com/file/cZy28tp/70-647.2nd.pdf
http://www.fileserve.com/file/yRQW7DE/70-646.2nd.pdf
http://www.fileserve.com/file/CJJmZUN/70-643r2.pdf
http://www.fileserve.com/file/DMuQEsv/70-680_[2010].pdf


hotfile

http://hotfile.com/dl/132718573/5c6f68a/70-640r2.pdf.html
http://hotfile.com/dl/132721142/c1b44f4/70-642r2.pdf.html
http://hotfile.com/dl/132722485/1986dc6/70-643r2.pdf.html
http://hotfile.com/dl/132724025/44e2266/70-646.2nd.pdf.html
http://hotfile.com/dl/132725796/de5082e/70-647.2nd.pdf.html
http://hotfile.com/dl/132728916/e277f5a/70-680_2010.pdf.html