352-001 Cisco ADVDESIGN Certification Exam has been created to ensure the
proficiency regarding the given factors of the advdesign that will help to
secure a prominent knowledge and various skills of upmost Combustible
Gas Detectors For Automobiles quality. The exam should be prepared before
conducting it. 352-001 Cisco ADVDESIGN Certification Exam first section is Layer
2 Control Plane that covers twenty six percent in the exam. In this, the
candidates need to learn about fast convergence techniques and mechanisms, Down
detection, Interface dampening, loop detection and mitigation protocols,
Spanning tree types, Spanning tree tuning techniques, mechanisms that are
available for creating loop-free topologies, REP, Multipath, Switch clustering,
Flex links, Loop detection and mitigation, effect of transport mechanisms and
their interaction with routing protocols over different types of links,
multicast routing concepts, effect of fault isolation and resiliency on network
design, Fault isolation, Fate sharing, Redundancy, Virtualization and
Segmentation. The 352-001 Cisco ADVDESIGN Certification Exam second section
covering thirty seven percent is called Layer 3 Control Plane which consists of
route aggregation concepts and techniques, Purpose of route aggregation, leak
routes / avoid suboptimal routing, aggregation location and techniques, theory
and application of network topology layering, Layers and their purposes in
various environments, theory and application of network topology abstraction,
Purpose of link state topology summarization, link state topology summarization,
effect of fault isolation and resiliency on network design or network
reliability, Fault isolation, Fate sharing, Redundancy, metric-based traffic
flow and modification, Metrics to modify traffic flow, Third-party next hop,
fast convergence techniques and mechanisms, Protocol timer, Loop-free
alternates, factors affecting convergence, unicast routing protocol operation in
relation to network design, For More Information: ExamKill Neighbor
relationships, Loop-free paths, Flooding domains and stubs, iBGP scalability,
operational costs and complexity, Routing policy, Redistribution methods,
interaction between routing protocols and topologies, generic routing and
addressing concepts, Policy-based routing and General multicast concepts.
Seventeen percent is covered by Network Virtualization which consists of Layer 2
and Layer 3 tunnelling technologies, Tunnelling for security, Tunnelling for
network extension, Tunnelling for resiliency, Tunnelling for protocol
integration, Tunnelling for traffic optimization, Analyze the implementation of
tunneling, Tunnelling technology selection, Tunnelling endpoint selection,
Tunnelling parameter optimization of end-user applications, Effects of
tunnelling on routing and protocol selection and tuning for tunnels.
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