A. Transparent mode is layer 2.
B. Routed mode is layer 3.
C. Routed mode has 1 IP address.
D. Transparent mode has 1 IP address.

A.routed mode
B.context mode
C.bridged mode
D.transparent mode
E.full security mode

A. It helps verify end-to-end path availability.
B. It provides traffic rerouting in case of disaster.
C. HSRP, GLBP, and VRRP can be clients of GSS.
D. BGP must be the routing protocol between the distributed data centers.
E. DNS responsiveness is improved by providing centralized domain management.

A. It can take on HSRP, VRRP, and GLBP as clients.
B. It provides automatic inbound route optimization.
C. Path selection may be based on delay, loss, or jitter.
D. The border router makes decisions about which outbound path to use.
E. Automatic load distribution is provided for multiple connections.

A. The design supports multiple server subnets.
B. An end-user sees the IP address of the real server.
C. SLB routes between the outside and inside subnets.
D. The source or destination MAC address is rewritten, but the IP addresses left alone.
E. SLB acts as a "bump in the wire" between servers and upstream firewall or Layer 3 devices.

A. FWSM routes traffic between the VLANs.
B. FWSM switches traffic between the VLANs.
C. Transparent mode is often called bump-in-the-wire mode.
D. Transparent mode firewall deployments are used most often in current designs.
E. Traffic routed between VLANs is subject to state tracking and other firewall configurable options.

A. Zoning increases security.
B. DNS queries are used for software zoning.
C. Software zoning is more secure than hardware zoning.
D. When using zones and VSANs together, the zone is created first.
E. Zoning requires that VSANs be established before it becomes operational.

A. They are known as fabric routing.
B. They cannot span multiple switches.
C. Their connectivity is supported by Layer 2.
D. They enable devices in different VSAN fabrics to communicate.
E. They require that multiple switch fabrics be merged before they can function.

A. The FCIP stack supports file-level storage for remote devices.
B. Both require high throughput with low latency and low jitter.
C. The purpose of FCIP is to provide connectivity between host and storage.
D. TheiSCSI stack supports block-level storage for remote devices.
E. The purpose ofiSCSI is to provide connectivity between separate wide-area SANs.

A. a higher fan-out ratio
B. fully redundant switches
C. 100 percent port efficiency
D.allI S Lscontained with inasingle chass is
E.higher latency and through put than acore-edged esign switch