Quick Take: BSCI

Beside learning IGP(EIGRP, OSPF, ISIS) and EGP(BBP) routing protocols, the hottest topic in this section is redistributing.
Take an example, your company is using OSPF and have just take over another company that using EIGRP, how do you get both companies to communicate immediately. This is where redistributing comes in. Our labs will allow you to design 3 different routing protocols and then redistribute their routing tables to each other.

Quick Take: BCMSN

In this section, the hottest topic is the redundancy lab. Imaging your company WAN connectivity is critical for operation so you get 2 (T-1) lines from different companies.
Using HSRP and VRRP, we will not only teach you how to build a failover system for redundancy but also manually design a scalable load balancing system.
And last but not least, GLBP can provide from load blanching from Weighted Load Balancing, Host-dependent Load Balancing to Round-Robin Load Balancing.

Quick Take: ISCW

Heard of Frame Mode MPLS?
Traditional IP networks are connectionless: when a packet is received, the router determines the next hop using the destination IP address on the packet alongside information from its own forwarding table. The router's forwarding tables contain information on the network topology. They use an IP routing protocol, such as OSPF, IS-IS, BGP, RIP or static configuration, to keep their information synchronized with changes in the network.
Multi-Protocol Label Switching (MPLS) defines a mechanism for packet forwarding in network routers. MPLS works by tagging packets with an identifier (a label) to distinguish the LSPs. When a packet is received, the router uses this label to identify the LSP. It then looks up the LSP in its own forwarding table to determine the best link over which to forward the packet, and the label to use on this next hop.
With the assistance of hardware, Router can increase its forward making decision in hundreds of thousand times faster than the traditional routing.

Quick Take: ONT

What is QoS? Every time we increase our WAN bandwidth, it's always not enough. Lack of bandwidth for important applications, Delay of sensitive data such as voice and video, Jitter and packet loss due data being dropped at a congested interface.
One of the most important chapter in this section is QoS. By understand different mechanisms of QoS, we can address the above problems and make the most of the bandwidth at hand. We can prioritize Voice/Interactive trafic, guaranty amount of bandwidth for Mission-critial or Transactional trafic to policing non-work related traffic.

Become a Cisco Certified Network Professional® Using Our 14-Day CCNP® Course.

Knowledge alone will only get you so far–ETEC's CCNP® Cisco certification course takes an advanced hands-on approach to give you the skills you'll need in the workplace. If you have your CCNA® and are ready for the next level in your Cisco® training, this course is right for you.

Can't get away for 2 weeks or just want a single module? ETEC has designed the training in such that you can attend one week at a time or just simply join us for a module. We're here to help you succeed. Please contact us for more information.

In this 14-day course, you will:

Take 4 of the CCNP® required exams

Follow a lab-intensive curriculum

Have access to two Cisco® routers and a Cisco® catalyst switch

Learn to design and configure targeted CCNP® exam objectives

And much more

This course is for you if you are a network administrator who:

Implements and maintains network for medium to large companies

Has at least two years of experience administering routed network

Currently holds a valid CCNA®

Cisco Certified Network Professional (CCNP®) indicates advanced or journeyman knowledge of networks.

Contact a training consultant today to learn more about this class.

Course Content

Building Scalable Cisco® Internetworks [ Routing ]

Implement EIGRP operations.

Implement multiarea OSPF operations.

Describe integrated IS-IS.

Implement Cisco IOS routing features.

Implement BGP for enterprise ISP connectivity

Implement multicast forwarding.

Implement IPv6.

Building Cisco® Multilayer Switched Networks [ Switching ]

Implement VLANs.

Conduct the operation of Spanning Tree protocols in a hierarchical network.

Implement Inter-VLAN routing.

Implement gateway redundancy technologies.

Describe and configure wireless client access.

Describe and configure security features in a switched network.

Configure support for voice.

Implementing Secure Converged Wide Area Networks

Implement basic teleworker services.

Implement Frame-Mode MPLS.

Implement a site-to-site IPSec VPN.

Describe network security strategies.

Implement Cisco Device Hardening.

Implement Cisco IOS firewall.

Describe and configure Cisco IOS IPS.

Optimizing Converged Cisco® Networks

Describe Cisco VoIP implementations.

Describe QoS considerations.

Describe DiffServ QoS implementations.

Implement AutoQoS.

Implement WLAN security and management.

Extensive Lab and Hands-On sessions

Each Instructor brings years of field experience to the classroom
Each student will design and configure VLANs, Serial links, Ethernet links, Frame relay, Access-lists, IP Interfaces, IPX Interfaces, IGRP, EIGRP, RIP, Telnet access, Virtual Terminal Lines, and many more of the CCNA exam objectives.
Each student will "learn by doing" with hands-on labs following instructor led training.
Each student has exclusive access to TWO Cisco® Routers
Each Student has access to a Cisco® Catalyst Switch
Each student has exclusive access to a PC

Exams

BSCI 642-901: Building Scalable Cisco® Internetworks

BCMSN 642-812: Building Cisco® Multilayer Switched Networks

ISCW 642-825: Implementing Secure Converged Wide Area Networks

ONT 642-845: Optimizing Converged Cisco® Networks

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