In Frame Relay, the BECN bit is set by:
In Frame Relay, the BECN bit is set by:
how long does spanning tree protocol interrupt connectivity before it converges?
Click the Exhibit button to view the topology.
As shown in the diagram, a building in your campus network has two layer 3 switches in the
distribution layer and four layer 2 switches in the wiring closets. The layer 3 switches are labeled
R1 and R2. The layer 2 switches are labeled A1 A2, A3, and A4. Access switch A1 is configured
as the root switch of VLAN 1. Each access switch has a single subnet and the uplinks are
configured as access ports, not VLAN trunks. If the uplink labeled X is cut, how long does
spanning tree protocol interrupt connectivity before it converges?
What CTM component
A network operator wants to have a continuous view of network alarms as they occur. What CTM
component
How many bytes are dedicated to the Path Overhead in an STS-3 Frame?
How many bytes are dedicated to the Path Overhead in an STS-3 Frame?
Which are correct timing configurations for 7600 interfaces (A) and (B)?
How do FCIP and ISCSi differ?
How do FCIP and ISCSi differ?
What is the destination MAC address of the packet on Host’s 1 Ethernet?
Click the Exhibit button to view the topology.
Host 1 and Host 2 are on Ethernet LANs in different buildings. A serial line is installed between
two Cisco routers using Cisco HDLC serial line encapsulation. Routers A and B are configured to
route IP traffic. Host 1 sends a packet to Host 2. What is the destination MAC address of the
packet on Host’s 1 Ethernet?
What is the maximum size point-to-point circuit that can be configured with the remaining bandwidth to the mul
You have an E-series shared packet ring of size STS-3c consisting of ONS 15454 nodes. What is
the maximum size point-to-point circuit that can be configured with the remaining bandwidth to the
multi-card Ethernet group on the E-series cards?
What Delimits the beginning and the end of the Frame Relay frame?
What Delimits the beginning and the end of the Frame Relay frame?
Which features are being introduced to allow use of discontiguous timeslots and BLSR protect channels when pro
When an ML-series RPR ring is provisioned over a SONET BLSR (or SDH MS-SPR) ring, the ML
architecture can no longer utilize the full available bandwidth on the SONET/SDH ring due to the
constraints of BLSR. Which features are being introduced to allow use of discontiguous timeslots
and BLSR protect channels when provisioning ML-series RPR rings, in order to alleviate this
limitation?