• Switching as Covered by CCIE Lab Blueprint

• Switching IOS Features?

• Trunks, VLANs, VTP

• Cluster Commander, VACL, 802.1q

• Tunneling

2. WAN

• Frame Relay

• Point-to-Point Sub-interfaces

• Multipoint Sub-interfaces

3. RIP V2

• Distribute Lists, Route Filtering, Route Manipulation, Distance

4. EIGRP

• Timers

• Bandwidth Consumption

• Advanced Commands EIGRP

5. OSPF

• OSPF via Frame Relay

• Authentication

• Virtual Links

• Costs, Metrics of External Routes

• Tuning CPU Load

6. IGP Features

• Complex and Unusual Configurations

• Complex Redistribution Techniques

• Route Tagging

• Routing Loop Avoidance

• Route Filtering

7. BGP

• Large-Scale BGP Deployment

• Route Reflectors

• Confederations

• Route Maps

• AS-Path Lists

• Prefix Lists

• Route Manipulation with AS-Path prepend, Local Preference, MED, etc.

• Route Flap Dampening

• Communities

8. IOS Features

• Advanced and Unusual IOS Commands

• Tunnels

• Policy-Based Routing

• DHCP

• HSRP

• NAT

• NTP

• SNMP

• Accounting

Labs
All course topics are reinforced through two mock labs, which include numerous topics intertwined in a complex CCIE-level exercise that will put your skills to the test. In the labs, you'll cover the following technologies and protocols:

1. LAN Switching -3550 and 3560

2. Frame Relay

3. Interior Gateway Routing Protocols - RIP IPv4

4. Interior Gateway Routing Protocols - OSPF IPv4

5. Interior Gateway Routing Protocols - EIGRP IPv4

6. Interior Gateway Routing Protocols - Redistribution

7. Exterior Gateway Routing Protocols - BGP IPv4

8. IPv6 -Addressing, Tunneling, OSPFv3, RIPng, and BGP

9. Multicast

10. QoS

11. Security

12. IP Services

13. System Management

• Switching as Covered by CCIE Lab Blueprint

• Switching IOS Features?

• Trunks, VLANs, VTP

• Cluster Commander, VACL, 802.1q

• Tunneling

2. WAN

• Frame Relay

• Point-to-Point Sub-interfaces

• Multipoint Sub-interfaces

3. RIP V2

• Distribute Lists, Route Filtering, Route Manipulation, Distance

4. EIGRP

• Timers

• Bandwidth Consumption

• Advanced Commands EIGRP

5. OSPF

• OSPF via Frame Relay

• Authentication

• Virtual Links

• Costs, Metrics of External Routes

• Tuning CPU Load

6. IGP Features

• Complex and Unusual Configurations

• Complex Redistribution Techniques

• Route Tagging

• Routing Loop Avoidance

• Route Filtering

7. BGP

• Large-Scale BGP Deployment

• Route Reflectors

• Confederations

• Route Maps

• AS-Path Lists

• Prefix Lists

• Route Manipulation with AS-Path prepend, Local Preference, MED, etc.

• Route Flap Dampening

• Communities

8. IOS Features

• Advanced and Unusual IOS Commands

• Tunnels

• Policy-Based Routing

• DHCP

• HSRP

• NAT

• NTP

• SNMP

• Accounting

Labs
All course topics are reinforced through two mock labs, which include numerous topics intertwined in a complex CCIE-level exercise that will put your skills to the test. In the labs, you'll cover the following technologies and protocols:

1. LAN Switching -3550 and 3560

2. Frame Relay

3. Interior Gateway Routing Protocols - RIP IPv4

4. Interior Gateway Routing Protocols - OSPF IPv4

5. Interior Gateway Routing Protocols - EIGRP IPv4

6. Interior Gateway Routing Protocols - Redistribution

7. Exterior Gateway Routing Protocols - BGP IPv4

8. IPv6 -Addressing, Tunneling, OSPFv3, RIPng, and BGP

9. Multicast

10. QoS

11. Security

12. IP Services

13. System Management

• PPPoE 

• MPLS over ATM

• 802.1Q Tunneling

       Interior Gateway Routing

• OSPF

• IS-IS

• Redistribution

• Summarization

• Filtering

• Policy Routing

       Exterior Gateway Routing

• IPv4 Unicast BGP

• VPNv4 BGP

• Route Reflection

• Confederation

• Next-Hop Processing

• Redistribution

• Summarization

• Filtering

• Communities

      MPLS

• TDP

• LDP

• BGP + Label

• Inter-AS MPLS

• Carrier Supporting Carrier

• Controlling MPLS Label Distribution

• MPLS Traffic Engineering

     VPN

• PE-CE Routing with Static Routing

• PE-CE Routing with RIPv2

• PE-CE Routing with OSPF

• PE-CE Routing with EIGRP

• PE-CE Routing with EBGP

• Central Services MPLS VPNs

• MPLS VPNs Extranets

• VRF Import/Export Maps

• BGP Site-Of-Origin

• OSPF Sham-Links

• OSPF Domain-IDs

• Back-to-Back VRF

• Inter-AS MPLS VPNs

• Hierarchical MPLS VPNs

• VRF-Lite

• L2TPv3

      IP Multicast

• PIM Dense Mode

• PIM Sparse Mode

• Multicast RPF Failure

• Auto-RP

• PIM NBMA Mode

• Bootstrap Router

• Multicast Source Distribution Protocol (MSDP)

• Anycast RP

• Multicast BGP

• Multicast MPLS VPNs

      QoS

• Congestion Management

• Congestion Avoidance

• Shaping

• Policing

• IP Precedence

• DSCP

• MPLS EXP

• QoS Groups

• NBAR

• RSVP

     Security

• ACLs

• RPF

• Routing update security

• Common attacks

     System Management

• SNMP

• RMON

• Syslog

• NTP

• IP Services

• First Hop Redundancy Protocols

• Netflow

• Accounting

]]> http://www.ccieexpert.com/ccie-routing-switching-r-s-lab-boot-camp-1-stop-plan-Training-2498.html http://www.ccieexpert.com/ccie-routing-switching-r-s-lab-boot-camp-1-stop-plan-Training-2498.html&language=en This package is designed for CCIE Routing and Switching lab exam candidates who would like to strengthen their weakness areas by studying customized scenarios, as well as obtaining an in-depth understanding of the actual CCIE R&S lab exam.
During the 18 days of training you will study with your instructor one-on-one. Step by step, our highly skilled instructors will show you the best way to configure each scenario and full-scale lab.
Before you finish this course, you will be provided a full set of our full-scale lab materials which highly reflect the most current lab exam. The materials contain questions, requirements and solutions, which can be comfortably studied and practiced during the period between your course finishing date and the lab exam date.

Schedule of events:
Student instruction is conducted privately with one-on-one tuition, so you have the freedom to begin from almost any date of the year.
Location: Guangzhou, China

What is included:
18 days' One-on-one classroom study

Day 1 ~ Day 4:
During the first 4 days of training you will be required to complete several advanced, “technology focused” scenarios accompanied by your personal CCIE instructors. These scenarios cover most lab exam content and are especially focused on your weakness areas. In addition, a detailed explanation will be provided about the technologies covered, interpretations of the questions, and common mistakes that students have made with relation to each topic.

Day 5 ~ Day 11:
During the middle part of your training you will be required to complete all the full-scale labs step-by-step, together with your instructor. You will be given the best solutions and detailed explanations of each lab question. Also, your instructor will show you how to avoid common errors based on the testing experience of hundreds of our previous students.

Day 12 ~ Day 18:
During the remaining days of your training you will be required to go over, and complete all the labs once again by yourself. Your instructor will sit next to you and provide assistance only when necessary. At the end of each day, he or she will grade and correct your configurations and summarize your daily work - giving you helpful suggestions for future exam preparations.

1 month after class support (could be upgraded to 3 months)

On the last date of your course, you will be provided with the study materials which contain the most updated full-scale labs which have not been practiced during the course. These materials reflect the latest update of the real lab exam and come with complete solutions.
Along with this, we will update your study materials free of charge and provide email support (“48 hour response guarantee”) for 1 month. Not enough? You can buy our “Material update and technical support extension service (E-MUTS)” at an affordable price. For detailed information, please check with your training advisor.

Course Outline

1. Bridging and Switching

• Switching as Covered by CCIE Lab Blueprint

• Switching IOS Features?

• Trunks, VLANs, VTP

• Cluster Commander, VACL, 802.1q

• Tunneling

2. WAN

• Frame Relay

• Point-to-Point Sub-interfaces

• Multipoint Sub-interfaces

3. RIP V2

• Distribute Lists, Route Filtering, Route Manipulation, Distance

4. EIGRP

• Timers

• Bandwidth Consumption

• Advanced Commands EIGRP

5. OSPF

• OSPF via Frame Relay

• Authentication

• Virtual Links

• Costs, Metrics of External Routes

• Tuning CPU Load

6. IGP Features

• Complex and Unusual Configurations

• Complex Redistribution Techniques

• Route Tagging

• Routing Loop Avoidance

• Route Filtering

7. BGP

• Large-Scale BGP Deployment

• Route Reflectors

• Confederations

• Route Maps

• AS-Path Lists

• Prefix Lists

• Route Manipulation with AS-Path prepend, Local Preference, MED, etc.

• Route Flap Dampening

• Communities

8. IOS Features

• Advanced and Unusual IOS Commands

• Tunnels

• Policy-Based Routing

• DHCP

• HSRP

• NAT

• NTP

• SNMP

• Accounting

Labs
All course topics are reinforced through two mock labs, which include numerous topics intertwined in a complex CCIE-level exercise that will put your skills to the test. In the labs, you'll cover the following technologies and protocols:

1. LAN Switching -3550 and 3560

2. Frame Relay

3. Interior Gateway Routing Protocols - RIP IPv4

4. Interior Gateway Routing Protocols - OSPF IPv4

5. Interior Gateway Routing Protocols - EIGRP IPv4

6. Interior Gateway Routing Protocols - Redistribution

7. Exterior Gateway Routing Protocols - BGP IPv4

8. IPv6 -Addressing, Tunneling, OSPFv3, RIPng, and BGP

9. Multicast

10. QoS

11. Security

12. IP Services

13. System Management  

• PPPoE

• MPLS over ATM

• 802.1Q Tunneling

       Interior Gateway Routing

• OSPF

• IS-IS

• Redistribution

• Summarization

• Filtering

• Policy Routing

       Exterior Gateway Routing

• IPv4 Unicast BGP

• VPNv4 BGP

• Route Reflection

• Confederation

• Next-Hop Processing

• Redistribution

• Summarization

• Filtering

• Communities

      MPLS

• TDP

• LDP

• BGP + Label

• Inter-AS MPLS

• Carrier Supporting Carrier

• Controlling MPLS Label Distribution

• MPLS Traffic Engineering

     VPN

• PE-CE Routing with Static Routing

• PE-CE Routing with RIPv2

• PE-CE Routing with OSPF

• PE-CE Routing with EIGRP

• PE-CE Routing with EBGP

• Central Services MPLS VPNs

• MPLS VPNs Extranets

• VRF Import/Export Maps

• BGP Site-Of-Origin

• OSPF Sham-Links

• OSPF Domain-IDs

• Back-to-Back VRF

• Inter-AS MPLS VPNs

• Hierarchical MPLS VPNs

• VRF-Lite

• L2TPv3

      IP Multicast

• PIM Dense Mode

• PIM Sparse Mode

• Multicast RPF Failure

• Auto-RP

• PIM NBMA Mode

• Bootstrap Router

• Multicast Source Distribution Protocol (MSDP)

• Anycast RP

• Multicast BGP

• Multicast MPLS VPNs

      QoS

• Congestion Management

• Congestion Avoidance

• Shaping

• Policing

• IP Precedence

• DSCP

• MPLS EXP

• QoS Groups

• NBAR

• RSVP

     Security

• ACLs

• RPF

• Routing update security

• Common attacks

     System Management

• SNMP

• RMON

• Syslog

• NTP

• IP Services

• First Hop Redundancy Protocols

• Netflow

• Accounting

5 days' one-on-one classroom study

Day 1 ~ Day 4:
Complete several advanced, technology-focused scenarios accompanied by your personal CCIE instructor. These scenarios cover most lab exam content and are especially focused on any areas as best suited to the individual for maximum results. In addition, a detailed explanation will be provided about the technologies covered, interpretations of the questions, and common mistakes that students have made with relation to each topic.

Day 5:
Complete an eight hour full-scale lab. The exam is then graded and reviewed, step-by-step by your instructor. In addition, the instructors will review your performance for the entire class and give recommendations to take and pass the CCIE lab exam, along with suggestions of what topics to focus on during further preparation.

1 month after class support (could be upgraded to 3 months)

On the last date of your course, you will be provided with the study materials which contain the most updated full-scale labs which have not been practiced during the course. These materials reflect the latest update of the real lab exam and come with complete solutions.
Along with this, we will update your study materials free of charge and provide email support (“48 hour response guarantee”) for 1 month. Not enough? You can buy our “Material update and technical support extension service (E-MUTS)” at an affordable price. For detailed information, please check with your training advisor.

COURSE OBJECTIVES

After completing this course, students will gain competency in the following topics:

Layer 2 review

• Frame Relay

• ATM

• Bridging

• Telephony

• Switching

Layer 3 and Routing Protocol review

• General Routing

• RIP

• OSPF

• EIGRP

• BGP

• IS-IS

• Route-Maps

• Redistribution

• Multicast
  
  General Cisco Security Recommendations

• General Cisco router configurations

• Disabling unnecessary services

• Combating Denial of Service attacks

PIX Firewall Configuration

• Basic interface configuration

• Permitting traffic through the ASA

• Network Address Translation (NAT)

• Advanced filtering and guards

• Failover

IOS Firewall Configuration

• Basic interface configuration

• Permitting traffic through the router

• NAT

• Session timers and thresholds

Virtual Private Networks (VPNs)

• IPSec and IKE overview

• LAN-to-LAN VPNs

• Dynamic VPNs

• Issues with NAT

• Extended authentication

Certificate Authority

• Microsoft CA configuration overview

• Router and PIX configuration

Point-to-Point Tunneling Protocol (PPTP)

Layer 2 Tunneling Protocol (L2TP)

GRE Tunnels

Cisco Secure Applications

• Cisco Secure Intrusion Detection System (CSIDS)

• Cisco Secure Access Control Server (CSACS)

Authentication, Authorization, and Accounting (AAA)

• Local

• RADIUS

• TACACS+

Intrusion Detection System

• Configuring IDS on a PIX

• Configuring IDS on a router

• Using IDS Sensor version 4

Network Management

• Logging and Network Time Protocol (NTP)

• Login transports (Telnet, SSH, console)

• Simple Network Management Protocol (SNMP)

• Frame Relay

• ATM

• Bridging

• Telephony

• Switching
  
  Layer 3 and Routing Protocol review

• General Routing

• RIP

• OSPF

• EIGRP

• BGP

• IS-IS

• Route-Maps

• Redistribution

• Multicast

General Cisco Security Recommendations

• General Cisco router configurations

• Disabling unnecessary services

• Combating Denial of Service attacks

PIX Firewall Configuration

• Basic interface configuration

• Permitting traffic through the ASA

• Network Address Translation (NAT)

• Advanced filtering and guards

• Failover

IOS Firewall Configuration

• Basic interface configuration

• Permitting traffic through the router

• NAT

• Session timers and thresholds

Virtual Private Networks (VPNs)

• IPSec and IKE overview

• LAN-to-LAN VPNs

• Dynamic VPNs

• Issues with NAT

• Extended authentication

Certificate Authority

• Microsoft CA configuration overview

• Router and PIX configuration

Point-to-Point Tunneling Protocol (PPTP)

Layer 2 Tunneling Protocol (L2TP)

GRE Tunnels

Cisco Secure Applications

• Cisco Secure Intrusion Detection System (CSIDS)

• Cisco Secure Access Control Server (CSACS)

Authentication, Authorization, and Accounting (AAA)

• Local

• RADIUS

• TACACS+

Intrusion Detection System

• Configuring IDS on a PIX

• Configuring IDS on a router

• Using IDS Sensor version 4

Network Management

• Logging and Network Time Protocol (NTP)

• Login transports (Telnet, SSH, console)

• Simple Network Management Protocol (SNMP)

Layer 2 review

• Frame Relay

• ATM

• Bridging

• Telephony

• Switching

Layer 3 and Routing Protocol review

• General Routing

• RIP

• OSPF

• EIGRP

• BGP

• IS-IS

• Route-Maps

• Redistribution

• Multicast

General Cisco Security Recommendations

• General Cisco router configurations

• Disabling unnecessary services

• Combating Denial of Service attacks

PIX Firewall Configuration

• Basic interface configuration

• Permitting traffic through the ASA

• Network Address Translation (NAT)

• Advanced filtering and guards

• Failover

IOS Firewall Configuration

• Basic interface configuration

• Permitting traffic through the router

• NAT

• Session timers and thresholds

Virtual Private Networks (VPNs)

• IPSec and IKE overview

• LAN-to-LAN VPNs

• Dynamic VPNs

• Issues with NAT

• Extended authentication

Certificate Authority

• Microsoft CA configuration overview

• Router and PIX configuration

Point-to-Point Tunneling Protocol (PPTP)

Layer 2 Tunneling Protocol (L2TP)

GRE Tunnels

Cisco Secure Applications

• Cisco Secure Intrusion Detection System (CSIDS)

• Cisco Secure Access Control Server (CSACS)

Authentication, Authorization, and Accounting (AAA)

• Local

• RADIUS

• TACACS+

Intrusion Detection System

• Configuring IDS on a PIX

• Configuring IDS on a router

• Using IDS Sensor version 4

Network Management

• Logging and Network Time Protocol (NTP)

• Login transports (Telnet, SSH, console)

• Simple Network Management Protocol (SNMP)

Day 7 ~ Day 12:
During the remaining days of your training you will be required to go over, and complete all the labs once again by yourself. Your instructor will sit next to you and provide assistance only when necessary. At the end of each day, he or she will grade and correct your configurations and summarize your daily work - giving you helpful suggestions for future exam preparations.

1 month after class support (could be upgraded to 3 months)

On the last date of your course, you will be provided with the study materials which contain the most updated full-scale labs which have not been practiced during the course. These materials reflect the latest update of the real lab exam and come with complete solutions.
Along with this, we will update your study materials free of charge and provide email support (“48 hour response guarantee”) for 1 month. Not enough? You can buy our “Material update and technical support extension service (E-MUTS)” at an affordable price. For detailed information, please check with your training advisor.

]]> http://www.ccieexpert.com/ccie-voice-lab-boot-camp-1-stop-plan-Training-2505.html http://www.ccieexpert.com/ccie-voice-lab-boot-camp-1-stop-plan-Training-2505.html&language=en This package is designed for CCIE Voice lab exam candidates who would like to strengthen their weakness areas by studying customized scenarios, as well as obtaining an in-depth understanding of the actual CCIE Voice lab exam.

During the 18 days of training you will study with your instructor one-on-one. Step by step, our highly skilled instructors will show you the best way to configure each scenario and full-scale lab.

Before you finish this course, you will be provided a full set of our full-scale lab materials which highly reflect the most current lab exam. The materials contain questions, requirements and solutions, which can be comfortably studied and practiced during the period between your course finishing date and the lab exam date.

Schedule of events:
Student instruction is conducted privately with one-on-one tuition, so you have the freedom to begin from almost any date of the year.
Location: Guangzhou, China

What is included:

18 days' One-on-one classroom study

Day 1 ~ Day 4:
During the first 4 days of training you will be required to complete several advanced, “technology focused” scenarios accompanied by your personal CCIE instructors. These scenarios cover most lab exam content and are especially focused on your weakness areas. In addition, a detailed explanation will be provided about the technologies covered, interpretations of the questions, and common mistakes that students have made with relation to each topic.

Day 5 ~ Day 11:
During the middle part of your training you will be required to complete all the full-scale labs step-by-step, together with your instructor. You will be given the best solutions and detailed explanations of each lab question. Also, your instructor will show you how to avoid common errors based on the testing experience of hundreds of our previous students.

Day 12 ~ Day 18:
During the remaining days of your training you will be required to go over, and complete all the labs once again by yourself. Your instructor will sit next to you and provide assistance only when necessary. At the end of each day, he or she will grade and correct your configurations and summarize your daily work - giving you helpful suggestions for future exam preparations.

1 month after class support (could be upgraded to 3 months)

On the last date of your course, you will be provided with the study materials which contain the most updated full-scale labs which have not been practiced during the course. These materials reflect the latest update of the real lab exam and come with complete solutions.
Along with this, we will update your study materials free of charge and provide email support (“48 hour response guarantee”) for 1 month. Not enough? You can buy our “Material update and technical support extension service (E-MUTS)” at an affordable price. For detailed information, please check with your training advisor.