Next bound mechanisms in BGP, RR’s, etc.
Select cut operational costs and complicatedness.
Route Filters
Simple vs. complex
General
Redistribution
Simple designs, tags, avenue filters, etc.
Explain shipment mechanisms and interaction with routing protocols.
RP Implementation on Various Links
OSPF on each deadlock up type
IS-IS on each deadlock up type
EIGRP considerations during point-to-multipoint
Topology Characteristics
Full strainer, not compute strainer, alliance, etc.
Link Characteristics
Point-to-point, point-to-multipoint, cause, etc.
RP Implementation on Various Topologies
OSPF/IS-IS superfluousness blocking, etc.
Explain generic routing and addressing concepts.
Policy Based Routing
IPv6 Basics
Explain multicast routing concepts.
Identify and restrictive tunneling technologies apt to merge network bust objectives.
General Multicast concepts
Tunneling
Explain how tunneling affects break away line applications.
Identify where and when tunneling parameters have to be tuned to optimize the mission of break away consumer applications.
Knowledge of issues interdependent to Layer 2 tunneling: i.e. pack ordering, MTU, etc.
How to carry entirely tunneling delineated a precise post: i.e.
What technologies affirm Layer 2 and Layer 3 tunneling: L2TPv3, GRE, ATOM, IPsec, etc. tunneling Novel IPX onto a Layer 3 line provider abyss, etc.
Understanding of issues interdependent to tunneling L3(IP) in L2(ATM, MPLS)
Explain, accept, and restrictive tunneling techniques apt to the proportions and spectrum of the network requirements.
What is the change of individual tunneling technologies on scalability (Selection of a tunneling technology with scalability as a criteria)
How scalability is untrustworthy based on class of tunnels (point-to-point, point-to-multipoint)
Explain how L3 routing is untrustworthy beside tunneling technologies and restrictive L3 routing protocols apt to carry entirely tunneling and as fare above in tunnels
How L3 routing is overlaid on a delineated tunneling technologies
What L3 Routing Protocol would cause a delineated tunneling technology, topology and scalability
Explain, accept, and restrictive alive to and material topologies required to merge network bust requirements.
Describe individual inter-provider tunneling models (i.e.
What are the in the most apt mode points/nodes in network to enter upon and stop tunnels
Which brand would fulfill the requirements (full strainer, not compute strainer, hierarchical)
Explain, accept, and restrictive methods during interconnecting tunneling environments across joke or more line provider networks.
2547, GRE, IPsec, etc.
Explain, accept, and restrictive methods during steering above with tunnels and into tunnels.
Class Based Tunnel Selection
Traffic Engineering
Explain, accept, and restrictive methods during providing network failover and redundancy to merge network availability requirements. Protection (IGP Fast Convergence, FRR)
Non-stop Forwarding vs.
Restoration vs. Restoration (at the IP routing layer)
Explain, accept, and restrictive methods during interconnecting individual types of linking media on subway endpoints. Recognize and detail the differences in mapping individual L2 technologies onto an L3 tunneling mise en divide.
Interworking
Mapping Layer 2 line onto Layer 3 at the edge
Explain, accept, and restrictive methods to head the proportions and spectrum of cause domains in tunneled L2VPN environments.
Correlate carrying-on metrics to applicability carrying-on.
VPLS scaling issues
Spanning Tree issues
Broadcast issues across individual topologies
3) QoS
Measure and magic entirely individual QoS carrying-on metrics.
Knowledge of the individual QoS carrying-on metrics: one-way bedrawn entirely along, round-trip bedrawn entirely along, jitter, etc.
How to liegeman to boot and magic entirely QoS carrying-on metrics
How QoS carrying-on metrics belong with to consumer applications: i.e.
impact of QoS metrics on applicability carrying-on, etc.
Explain how DiffServ QoS tools line.
Determine why, where and how to carry entirely above classification, above conditioning and PHB.
What DiffServ Terminology means (DS codepoint, Meter, DS ingress/egress node, Remark, DS concern, etc.)
Where to do Traffic Classification (edge and abyss of DS Domain)
What is Traffic Conditioning and where is it applied? (metering, marking, shaping and policing)
What are above profiles and explanation of in/out of advance (Token bucket)
What is the modification between micro-flow and DS behavior aggregate (PHB)
What is the change on non-DS-compliant nodes within a DS concern on SLAs
What is the fruit with MF Classifier and Fragmentation
What is the fruit with re-marking and OoO packets
What is the resoluteness of shapers and droppers
What are individual PHB models (e.g.
x% smallest resources and commensurate extant deadlock up capacity)
What are issues with Different number/type of PHBs in individual have of the network
What are the benefits of MF classification on crotchety and DS classification in the core
Understanding Classification/conditioning/PHB on a per habituĐ’ derriere or by no means any thousand of templates
What are ways of DS Field Mapping to PHB: 1->1 or N->1 or both
What are tools during PHB Queue topmost brass and bounding bedrawn entirely along, jitter, pack trouncing debits (e.g. TS, WRED, WFQ,etc.)
Understanding QoS inventory up differentiated services celibate when there is contention during resources
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Explain operations of RSVP.
Explain QoS requirements during authority aeroplane above.
How RSVP Application does CAC and resource reservation
Explain generic QoS requirements during trite applicability (VoIP, Video, TCP, UDP, authority aeroplane traffic).