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NEW QUESTION: 1
You are asked to deploy dynamic VPNs between the corporate office and remote employees that work from home. The gateway device at the corporate office is a chassis cluster formed from two SRX240s.
Which two statements about this deployment are true? (Choose two.)
A. The remote users can be authenticated by the SRX240s or a configured RADIUS server.
B. The remote clients can run Windows XP, Windows Vista, Windows 7, or OS X operating systems.
C. You must remove the SRX240s from the chassis cluster before enabling the dynamic VPNs.
D. If more than two dynamic VPN tunnels are required, you must purchase and install a new license.
Answer: A,D
Explanation:
Explanation/Reference:
Reference : http://www.juniper.net/us/en/local/pdf/app-notes/3500201-en.pdf

NEW QUESTION: 2
Which statement below is correct regarding VLANs?
A. A closed VLAN configuration is the least secure VLAN configuration.
B. A VLAN is less secure when implemented in conjunction with private port switching.
C. A VLAN restricts flooding to only those ports included in the VLAN.
D. A VLAN is a network segmented physically, not logically.
Answer: C
Explanation:
A virtual local area network (VLAN) allows ports on the same or different switches to be grouped so that traffic is confined to members of that group only, and restricts broadcast, unicast, and multicast traffic. Answer "A VLAN is a network segmented physically, not logically" is incorrect, because a VLAN is segmented logically, rather than physically. Answer "A VLAN is less secure when implemented in conjunction with private port switching" is incorrect.
When a VLAN is implemented with private port, or single-user, switching, it provides fairly stringent security because broadcast vulnerabilities are minimized. Answer "A closed VLAN configuration is the least secure VLAN configuration" is incorrect, as a closed VLAN authenticates a user to an access control list on a central authentication server, where they are assigned authorization parameters to determine their level of network access. Sources: Catalyst 5000 Series Installation Guide (Cisco Systems) and Virtual LANs by Mariana Smith (McGraw-Hill, 1998).

NEW QUESTION: 3
Which information is carried in an OSPFv3 intra-area-prefix LSA?
A. Link-local addresses
B. IPv6 prefixes
C. IPv6 prefixes and topology information
D. Solicited node multicast addresses
Answer: B
Explanation:
The OSPFv3 s new LSA, the Intra-area Prefix LSA (type 9), handles intra-area network information that was previously included in OSPFv2 type 2 LSAs. It is used in order to advertise one or more IPv6 prefixes. The prefixes are associated with router segment, stub network segment or transit network segment. Intra-area prefix LSAs (type 9) & Inter-Area-Prefix-LSA (type 3) carry all IPv6 prefix information, which, in IPv4, is included in router LSAs and network LSAs. Note: An address prefix is represented by three fields: prefix length, prefix options, and address prefix. In OSPFv3, addresses for these LSAs are expressed as prefix, prefix length instead of address, mask. The LSA types defined in OSPF are as follows: Type 1 - Router LSA - the router announces its presence and lists the links to other routers or networks in the same area, together with the metrics to them. Type 1 LSAs are flooded across their own area only. The linkstate ID of the type 1 LSA is the originating router ID. Type 2 - Network LSA - the designated router on a broadcast segment (e.g. Ethernet) lists which routers are joined together by the segment. Type 2 LSAs are flooded across their own area only. The link-state ID of the type 2 LSA is the IP interface address of the DR. Type 3 - Summary LSA - an Area Border Router (ABR) takes information it has learned on one of its attached areas and it can summarize it (but not by default) before sending it out on other areas it is connected to. This summarization helps provide scalability by removing detailed topology information for other areas, because their routing information is summarized into just an address prefix and metric. The summarization process can also be configured to remove a lot of detailed address prefixes and replace them with a single summary prefix, also helping scalability. The link-state ID is the destination network number for type 3 LSAs. Type 4 - ASBR-Summary LSA - this is needed because Type 5 External LSAs are flooded to all areas and the detailed next-hop information may not be available in those other areas. This is solved by an Area Border Router flooding the information for the router (i.e. the Autonomous System Boundary Router) where the type 5 originated. The link-state ID is the router ID of the described ASBR for type 4 LSAs. Type 5
-External LSA - these LSAs contain information imported into OSPF from other routing processes.
They are flooded to all areas (except stub areas). For "External Type 1" LSAs routing decisions
are made by adding the OSPF metric to get to the ASBR and the external metric from there on,
while for "External Type 2" LSAs only the external metric is used. The link-state ID of the type 5
LSA is the external network number.
Type 6 - Group Membership LSA - this was defined for Multicast extensions to OSPF (MOSPF)[1],
a multicast OSPF routing protocol which was not in general use. MOSPF has been deprecated
since OSPFv3[2] and is not currently used. It may be reassigned in the future.
Type 7 - Routers in a Not-so-stubby-area (NSSA) do not receive external LSAs from Area Border
Routers, but are allowed to send external routing information for redistribution. They use type 7 LSAs to tell the ABRs about these external routes, which the Area Border Router then translates to type 5 external LSAs and floods as normal to the rest of the OSPF network. Type 8 - A link-local only LSA for OSPFv3. A Type 8 LSA is used to give information about link-local addresses and a list of IPv6 addresses on the link. In OSPFv2, however, the Type 8 was originally intended to be used as a so-called External-Attributes-LSA for transit autonomous systems where OSPFv2 could replace the internal Border Gateway Protocol (iBGP). In these networks, the BGP destinations would be carried in LSA Type 5 while their BGP attributes would be inserted into LSA Type 8. Most OSPFv2 implementations never supported this feature. Type 9 - a link-local "opaque" LSA (defined by RFC2370) in OSPFv2 and the Intra-Area-Prefix LSA in OSPFv3. It is the OSPFv3 LSA that contains prefixes for stub and transit networks in the link-state ID. Type 10 - an area-local "opaque" LSA as defined by RFC2370. Opaque LSAs contain information which should be flooded by other routers even if the router is not able to understand the extended information itself. Typically type 10 LSAs are used for traffic engineering extensions to OSPF, flooding extra information about links beyond just their metric, such as link bandwidth and color. Type 11 - an AS "opaque" LSA defined by RFC 5250, which is flooded everywhere except stub areas. This is the opaque equivalent of the type 5 external LSA
OSPFv3 LSA Types

Cisco 350-001 Exam