Duration: 30 Days
-
Faculty: CCIE Certified,
Also available after course completion on request with
prior appointments.
-
Courseware: 20 – In-house
Lab Scenarios
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Equipment: Three fully
loaded CISCO Racks
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Practice Time: Unlimited & even at night
CCIE
certification in Routing and Switching indicates expert
level knowledge of networking across various LAN and WAN
interfaces, and a variety of routers and switches. Experts
in R&S solve complex connectivity problems and apply
technology solutions to increase bandwidth, improve
response times, maximize performance, improve security,
and support global applications. Candidates should be able
to install, configure, and maintains LAN, WAN, and dial
access services.
Becoming a CCIE
requires passing a set of exams
There are no formal
prerequisites for CCIE certification. Other professional
certifications and/or specific training courses are not
required. Instead, candidates are expected to have an
in-depth understanding of the subtleties, intricacies and
challenges of end-to-end networking. You are strongly
encouraged to have atleast 1 year of job experience before
attempting certification. To obtain your CCIE, you must
first pass a written qualification exam and then a
corresponding hands-on lab exam. Also additional
theoretical and practical help to CCNP students shall be
provided.
»Step
One: Written Exam
Written
Exam Overview:
The written exam is a two-hour,
multiple-choice, computer-based exam that covers
networking
concepts and
some equipment commands.
Written Exam Preparation:
The best preparation is an
understanding of networking theory and some practical
experience
»Step
Two: Lab Exam
Lab Exam
Overview:
The lab exam
is an eight- hour, hands-on exam that tests the ability to
get the network running in a timed test condition.
Lab Exam
Preparation:
The best
preparation is practical experience in configuration and
troubleshooting skills it also offers detailed outline of
topics likely to appear.
CCIE Routing and
Switching Track:
I.
Bridging and Switching
A.
Frame relay
B.
Catalyst configuration: VLANs, VTP,
STP, trunk, management, features, advanced configuration,
Layer 3
II.
IP IGP Routing
A.
OSPF
B.
EIGRP
C.
RIPv2
D.
IPv6
E.
GRE
F.
ODR
G.
Filtering, redistribution,
summarization and other advanced features
III.
BGP
A.
IBGP
B.
EBGP
C.
Filtering, redistribution,
summarization, synchronization, attributes and other
advanced features
IV.
IP and IOS Features
A.
IP addressing
B.
DHCP
C.
HSRP
D.
IP services
E.
IOS user interfaces
F.
System management
G.
NAT
H.
NTP
I.
SNMP
J.
RMON
K.
Accounting
V.
IP Multicast
A.
PIM, bi-directional PIM
B.
MSDP
C.
Multicast tools, source specific
multicast
D.
DVMRP
E.
Anycast
VI.
QoS
A.
Quality of service solutions
B.
Classification
C.
Congestion management, congestion
avoidance
D.
Policing and shaping
E.
Signaling
F.
Link efficiency mechanisms
G.
Modular QoS command line
VII.
Security
A.
AAA
B.
Security server protocols
C.
Traffic filtering and firewalls
D.
Access lists
E.
Routing protocols security, catalyst
security
F.
Other security features
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