Which design topology incurs a performance penalty since there are two encryption-decryption cycles between any two remote sites?()
A、peer-to-peer
B、partial mesh
C、hub and spoke
D、full mesh
A、peer-to-peer
B、partial mesh
C、hub and spoke
D、full mesh
A、Design 1 is a looped triangle design. B、Design 2 is a looped triangle design. C、Design 2 achieves quick convergence using RSTP. D、Both designs supportstateful services at the aggregation layer. E、Design 2 is the most widely deployed in enterprise data centers.
A、show ip eigrp topology B、show ip eigrp topology all - links C、show ip route eigrp D、show ip route eigrp all - links E、show ip eigrp topology all - learned
A、Extranet VPN B、Managed overlay VPN topology C、Hub-and-spoke VPN topology D、Central-site VPN topology E、Full mesh VPN topology F、Remote-access VPN topology
A、Partitioning of network resources is enabled. B、VRFs cannot support path isolation from MAN/WAN designs. C、VRFs cannot be used to map a virtualized data center to a MPLS implementation. D、VRFs do not allow for the use of application services with multiple access topologies. E、An access design using a VRF allows for an aggregation layer service module solution.
A、scale to a large size B、increase router peering C、provide a flexible topology with no spanning tree loops D、control broadcasts in the backbone
A、Extranet VPN B、Managed overlay VPN topology C、Hub-and-spoke VPN topology D、Central-site VPN topology E、Full mesh VPN topology F、Remote-access VPN topology
A、DynamicTrunking Protocol B、Resilient Packet Ring C、Synchronous Digital Hierarchy D、Coarse Wave Division Multiplexing