A. dACL name
B. VLAN
C. SGT
D. voice VLAN
E. voice domain permission
A. Transmit the packet unmodified.
B. Split the packet into two packets, so that neither packet exceeds the egress interface MTU, and forward them out.
C. Respond to the sender with an ICMP Type 3 , Code 4.
D. Respond to the sender with an ICMP Type 12, Code 2.
A. HTTP pipelining
B. POST method
C. HTTP cookies
D. chunked transfer encoding
E. keepalive mechanism
A. object-group network SOURCE10.1.1.0 255.255.255.010.1.2.0 255.255.255.0object-group network DESTINATIONhost 192.168.5.1object-group service HTTPtcp eq wwwtcp eq 443!ip access-list extended ACL-NEWpermit object-group SOURCE object-group DESTINATION object-group HTTP
B. object-group network SOURCE10.1.1.0 255.255.255.010.1.2.0 255.255.255.0object-group network DESTINATIONhost 192.168.5.1object-group service HTTPtcp eq wwwtcp eq 443tcp source gt 1024!ip access-list extended ACL-NEWpermit object-group HTTP object-group SOURCE object-group DESTINATION
C. object-group network SOURCE10.1.1.0 0.0.0.25510.1.2.0 0.0.0.255object-group network DESTINATIONhost 192.168.5.1object-group service HTTPtcp eq wwwtcp eq 443!ip access-list extended ACL-NEWpermit object-group SOURCE object-group DESTINATION object-group HTTP
D. object-group network SOURCErange 10.1.1.0 10.1.2.255object-group network DESTINATIONhost 192.168.5.1object-group service HTTPtcp eq wwwtcp eq 443tcp source gt 1024!access-list 101 permit object-group HTTP object-group SOURCE object-group DESTINATION
A. Each VSA is defined in an RFC and is considered to be a standard.
B. VSAs may be implemented on any RADIUS server.
C. VSAs are proprietary, and therefore may only be used on the RADIUS server of that vendor. For example, a CiscoVSA may only be used on a Cisco RADIUS server, such as ACS or ISE.
D. VSAs do not apply to RADIUS; they are a TACACS attribute.
A. It sets the minimum bandwidth for the connection.
B. It identifies the VLAN interface to which the client will be associated.
C. It sets the maximum bandwidth for the connection.
D. It specifies the priority of the client.
E. It specifies the ACL ID to be matches against the client.
F. It specifies the WLAN ID of the wireless LAN to which the client belongs.
A. It has a ratio of exactly one authoritative name server per domain.
B. It indicates that it is authoritative for a name by setting the AA bit in responses.
C. It cannot cache or respond to queries from domains outside its authority.
D. It has a direct connection to one of the root name servers.
E. It has a ratio of at least one authoritative name server per domain.
A. Cisco Intercloudfubric
B. Cisco Unified Cloud
C. Cisco Cloud Orthestrator
D. Cisco metapod
A. Enable flow-label switching to track IPv6 packets in the MPLS cloud.
B. Use NetFlow information to export data to a workstation.
C. Force all traffic to send 1280-byte Packets by hard coding the MSS.
D. Always use packets of 1500-byte size or larger.
E. Enable flow-label marking to track packet destination.
A. listening for access point probe response frames that contain available wireless networks
B. sending a null probe request
C. sending a null association request
D. listening for access point beacons that contain available wireless networks
A. identity NAT
B. NAT exemption
C. policy NAT with nat/global
D. static PAT
E. static NAT
A. It passes TCP,UDP,ICMP, and FTP traffic in both directions between z1 and z2.
B. It inspects TCP,UDP,ICMP and FTP traffic from z2 to z1.
C. It inspects TCP,UDP,ICMP and FTP traffic from z1 to z2
D. It passes TCP,UDP,ICMP, and FTP traffic from z1 to z2.
E. It provides backward compatibility with legacy IPv4 inspection.
F. It provides backward compatibility with legacy IPv6 inspection.
A. In IPv6, IP fragmentation is performed only by the source node of a large packet, and not by any other devices inthe data path.
B. In IPv6, PMTUD is no longer performed by the source node of an IP packet.
C. In IPv6, PMTUD is no longer performed by any node since the don't fragment flag is removed from the IPv6 header.
D. In IPv6, IP fragmentation is no longer needed because all Internet links must have an IP MTU of 1280 bytes orgreater.
E. In IPv6, IP fragmentation is no longer needed since all nodes must perform PMTUD and send packets equal to orsmaller than the minimum discovered path MTU.