Share your CCIE v5 Written Experience

I cleared my exam. Thanks to people who is sharing thier experiance with real source. Just half an hour before i cleared my exam. I used 188q and i got only one new question that is related to is-is. And most important thing i want to share is that the dumps from who i bought, he don’t want to share his name: what is the reason behind this i dont know.

Oh, I was here refreshing and waiting for this post. Immediately after mine. What a coincidence.

Ccie_max (or PremDev) that mention that he “just” passed the exam using 188q, the usual post where he mention that the owner of the dumps does not want to share his name.

If you read the last 7-8 pages, we ALL know who is the owner of the 188q is. and if you read the last 7-8 pages it is FULL of post written in the exact same way with the exact same style.

I cannot say if the dumps are legitimate or now, I have to be honest, I cannot say because I NEVER got them, and never got the money back neither!!!!

Lol i shared my experiance. I never say that i used whose dumps i used.. i think some one who dont want to ahare his name is right. People like u always say negative things and now i understand

You have shared your fake experienced 5 min after my post. I shared my real experience.
I am not saying negative thinks because the dumps are fake. I am saying PremDev has stolen my money.
And we ALL know that PremDev sell 188q. And if you continua I can share my Facebook conversation with him where he mention that he is selling the famous 188q

what is the correct answer here guys…….

Which two statements about TCP MSS are true?
A. it sets the minimum amount of data that a host accepts in an individual datagram.
B. The two endpoints in a TCP connection report their MSS values to one another.
C. it operates at Layer 3.
D. MSS values are sent in TCP SYN packets.
E. it sets the maximum amount of data that a hos sends in an individual datagram.

BD

Agree, B D

PPON share ur mail id

@Dadosan share ur mail id i will help to pass exam

I have full solution
The above question will not be in exam for your kind information

Hey guys
I have a question for those who passed.
Is the dump they used 188q?
And where did you get the dump?
Why not share a dump, a strong password to the file, or a weakness associated with the cisco id watermark, or is it a lie?

Please share me last dump 400-101.
with
makomako9850 @ gmail.com

Just to close the question: you will never hear from me again. ever.

I am fair and I have no issue sharing that PremDev finally gave me my money back.
No more dumps, now I will study like I have always done for the last 12 year.

@ppon

I’m glad you got your $$ back and thanks for sharing.

@Jeff @Urgent

Can you support why you think it is B and D with any references to cisco docs? i couldn’t find where it was clearly those two answers

@bea
Why dont you buy and share. We will appreciate your help. I am also waiting for free material like u.

Hi falks
i have cleared my exam. passed today.

Which two statements about TCP MSS are true?

A. it sets the minimum amount of data that a host accepts in an individual datagram.
B. The two endpoints in a TCP connection report their MSS values to one another.
C. it operates at Layer 3.
D. MSS values are sent in TCP SYN packets.
E. it sets the maximum amount of data that a hos sends in an individual datagram.

I think this is a good and important question. It’s always good to have a clear conception of basic network principles, after all.

Not everything is explicitly in Cisco documentation. Or at least not everything is easily found in Cisco documentation, at any rate.

In this case, Google suggest this: https://en.wikipedia.org/wiki/Maximum_segment_size

So:

A is wrong, as MSS indicates the *maximum* datagram size a host accepts.
B is correct, as MSS is sent in SYN packets and we know that the 3-way handshake is SYN -> SYN, ACK -> ACK.
C is wrong. TCP is layer 4, not 3.
D is correct.
E is wrong, even though it might seem right on first blush. MSS communicates the maximum datagram size a host can accept, and if the other side of the connection is interested in successful communication then they should abide by it and usually will. However, MSS doesn’t actually directly set anything. It’s like if I tell you that I know only English. It doesn’t force you to speak English to me; you can speak any other language you want, I just will not be able to communicate with you.

valid dumps here http://www72.zippyshare.com/v/wbffMDiF/file.html

One of my friend cleared exam got 9**/1000. 188q in still valid

Which feature can you implement to most effectively protect customer traffic in a rate-limited WAN Ethernet service?

A. HCBWFQ
B. IntServ with RSVP
C. DiffServ
D. The IPsec VTI qos pre-classify command
E. Q-in-Q

https://www.4shared.com/rar/5IskZ6yIca/CCIE_written-RS.html

i appeared exam and peter and my friend bought dumps
i passed my exam

@TCP MSS

Si Fu strikes again! Thanks for sharing your wisdom and clear explanations, much appreciated.

@ccie kam
Answer is righr

A z answer

I have full written solution so drop yours mail so i can contact you.

Free dumps https://mega.nz/#!pkcmybqI!SZhWXsiSg–M0B8ohZtdCELq0pcwlRW2lfurRMsKa3s

thank you prem. i passed using yor dumpos.

prem steal ower dumps

tanks prem. i pass. 9XX/1000

Which technology can be used to secure the edge of an STP domain ?
A. root guard
B. BPDU gaurd
C. UplinkFast
D. BPDU filter

@save a.

Anyone willing to do a study group for the CCIE Lab?
I’m using iPexpert’s workbooks, looking for the LAB dumps and material.

How does MSTP maintain compatibility with RS

A. The system ID of an RSTP BPDU is padded with extra bytes to match the format of an MSTP BPDU.
B. MSTP sends all spanning-tree information in one BPDU
C. RSTP encodes region information from an MSTP BPDU into a single instance.
D. MSTP supports five port states in the same way as RSTP.
E. RSTP implements a TTL that is compatible with the MSTP max age timer.

https://en.wikipedia.org/wiki/Spanning_Tree_Protocol

Unlike some proprietary per-VLAN spanning tree implementations,[19] MSTP includes all of its spanning tree information in a single BPDU format. Not only does this reduce the number of BPDUs required on a LAN to communicate spanning tree information for each VLAN, but it also ensures backward compatibility with RSTP (and in effect, classic STP too)

B. MSTP sends all spanning-tree information in one BPDU

@save
BPDU Guard z correct
B

@save@Prem
BPDU Guard z correct
B
—
Correct

premdev is stupid

BPDU Guard is right

Since STP does not implement any authentication or encryption to protect the exchange of BPDUs, it is vulnerable to unauthorized participation and attacks, as highlighted earlier. Cisco IOS offers the BPDU Guard feature to restrict participation in spanning tree.

End user ports should not be participating in spanning tree and, by enabling BPDU Guard on these ports, the port is shutdown if a BPDU is received. In this way, BPDU guard helps prevent unauthorized participation in spanning tree and the injection of forged BPDUs.

What are three valid HSRP states? (Choose three)
A.speak ~
B.established ~
C.listen
D Learning
E.INIT
F.full

ACD and E look good to me. Any ideas? INIT is initialize?

@ Anonymous what about this explanation………

– MSTP is fully compatible with RSTP bridges, in that an MSTP BPDU can be
interpreted by an RSTP bridge as an RSTP BPDU. This not only allows
compatibility with RSTP bridges without configuration changes, but also
causes any RSTP bridges outside of an MSTP region to see the region as a
single RSTP bridge, regardless of the number of MSTP bridges inside the
region itself.

How does MSTP maintain compatibility with RS

A. The system ID of an RSTP BPDU is padded with extra bytes to match the format of an MSTP BPDU.
B. MSTP sends all spanning-tree information in one BPDU
C. RSTP encodes region information from an MSTP BPDU into a single instance.
D. MSTP supports five port states in the same way as RSTP.
E. RSTP implements a TTL that is compatible with the MSTP max age timer.

@Cat and Mouse…..A,C,D is correct

Initial….This is the state at the start. This state indicates that HSRP does not run. This state is entered through a configuration change or when an interface first becomes available.
Learn….The router has not determined the virtual IP address and has not yet seen an authenticated hello message from the active router. In this state, the router still waits to hear from the active router.
Listen….The router knows the virtual IP address, but the router is neither the active router nor the standby router. It listens for hello messages from those routers.
Speak….The router sends periodic hello messages and actively participates in the election of the active and/or standby router. A router cannot enter speak state unless the router has the virtual IP address.
Standby….The router is a candidate to become the next active router and sends periodic hello messages. With the exclusion of transient conditions, there is, at most, one router in the group in standby state.
Active…..The router currently forwards packets that are sent to the group virtual MAC address. The router sends periodic hello messages. With the exclusion of transient conditions, there must be, at most, one router in active state in the group.

@cat and mouse

CDE z correct
Init
Listining
Learning

for ccie written and Lab Experience share group

https://join.skype.com/GPZ4h6fJbVwm

SDU @RSA
Prem

Why ACD when INIT (initial) is a state?
Why CDE when speak is a state?

I don’t know why ACDE are all correct…

@Cat and Mouse and @Prem

Initial….This is the state at the start. This state indicates that HSRP does not run. This state is entered through a configuration change or when an interface first becomes available.

The question here is……….What are three valid HSRP states? key word is “valid”

SDU @RSA

I think you’re right about the answer

I think you’re also right about valid being the key word.

I also think it’s a poorly worded question.

I bought 591lab dumps updated on June 19. Hope to pass exam on July 3rd. The thing is you have to connect to their server to practice.

Refer to the exhibit.

To which undesirable condition can router R1 be venerable?
A. denial of service attacks
B. unicast flooding
C. man-in-the-middle attacks
D. asymmetric routing
E. IP address spoofing

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