Complete the form below to request a quote for
Network+ N10-005

Name is required

Company is required


Phone is required

Select type

Select size

Tell us about your objectives

           
Code:
         INVALID CODE!

CompTIA Network+ N10-005 Certification Training

CompTIA Network+ N10-005 Certification Training
Online Delivery
$595
$495

DVD-ROM Delivery
$695
$595

DVD Lending License
$1738
$1488

Online Delivery License
    Add LearningZone Live Mentor for $50.  
($695 Value!)

COURSE OVERVIEW

Never get behind or miss a lecture with our classroom training led by industry certified instructors. You can complete courses at your convenience. We have recruited the industry’s finest Microsoft Trainers to assist us develop the premier certification and training program designed to prepare you for Microsoft certification tests.

 
Students can build on previous knowledge and experience with networks and operating systems in the CompTIA Network+ N10-005 Certification class and be fully prepared for a career in networking. Those interested in CompTIA technical certification can prepare for CompTIA Network + N10-005 certification by becoming CompTIA A+ certified.
 
Computer support specialists with entry-level experience and basic understanding of operating systems, software, and hardware interested in preparing for CompTIA Network+ certification and enhancing their computer networking skills should complete this course.
Students should possess at least 9 months of help desk or PC technician experience before taking this course. It’s also helpful to have network experience and be A+ certified, or have related knowledge and skills, but not necessary.
 
You must complete a Windows operating system introductory class or possess related knowledge and skills prior to enrolling in this course. Additionally, the CompTIA A+ certification or related skills is helpful but not mandatory.

PACKAGE INCLUDES

  • 3 DVD-ROMs with video and full audio, live demonstrations, and instructor-led training sessions
  • Printable course materials
  • Live Demonstrations: Instructors demonstrate how hardware components function
  • 1 MeasureUp Exam Simulator
  • LearningZone Live Mentor ($695 Value): An exclusive offer Click for Details  Get assistance whenever required ! Exclusive LearningZone - Don't wait for your questions to be answered via email. Communicate live with Certified Instructors whenever you have questions 24 hours a day
  • Learn practical solutions to everyday problems
  • 1 year upgrade policy at no charge

YOUR INSTRUCTOR

Kenneth Mayer, CCSI, MCT, CCNT, CCNP, CCDA

Ken began his computer technology career during the 80's. He has consulted with various Fortune 500 companies throughout Europe and America about IT training. He is a Certified Cisco Systems Instructor. To become certified, he organized a 2 day observation and lab seminar in Paris, France. After the seminar, Ken became authorized to teach Cisco courses as a Certified Instructor. He has provided instruction for all the Cisco CCNA, CCDA, CCNP, CCDP and CCIP courses, in addition to courses in security appliances, including IDS and PIX. Additionally, he is certified as a consultant, trainer, Ethical Hacker with the EC council, and Microsoft Trainer.

FEATURES

  • Main Menu
    The organized and effective structure enables users to browse through hours of comprehensive content rapidly and with ease.
  • PowerPoint
    PowerPoint presentations improve instruction by displaying all types of information for users. They can better comprehend material by viewing graphs, definitions, charts, etc.
  • Exclusive Learning Zone
    Train anywhere in the world at any time. Certified online instructors are situated at international support centers in the United States, United Kingdom, Australia, and Singapore to offer support and answer technology-related questions 24 hours a day. In other words, no matter where you live, you can communicate with specialists at any time. This level of interaction between instructors and students makes it possible for students to get answers to specific questions at their convenience.
  • Controls
    Move ahead, review, or repeat previous topics and sections. A progress bar monitors progress as you complete exercises.                          
  • Full Motion Video
    Every course offers full-motion videos of classroom instruction. It's as if you're sitting in a classroom. Our one of a kind delivery mimics a one-on-one classroom setting for more personalized educational experiences.
  • Study Guides
    Users can print entire course study guides, permitting them to view and review course material at their convenience.
  • Review Exercises
    Every section contains a review quiz to assist and enhance learning by testing whether students comprehend course concepts before moving forward.
  • Resume
    Every course resumes where you finished during the previous session in case you forget where you stopped.
  • Live Demonstrations
    Instructors provide live and "hands on" demonstrations to explain and show users how to complete tasks. This enables users to witness professionals perform everyday tasks in real world settings as often as they like.
  • Certificate of Completion
    We are internationally recognized for our technology-centered IT training programs. Once you finish a program, you'll receive a Certificate of Completion. 

COURSE OUTLINE

Objective 1.1 - The OSI and TCP/IP Models
The OSI and TCP/IP Models
OSI Layer 7
OSI Layer 6
OSI Layer 5
OSI Layer 4
OSI Layer 3
OSI Layer 2
OSI Layer 1
LAN Compared with the OSI Model
TCP/IP Architecture
Demo - OSI Review
Objective 1.1 Review
 
Objective 1.2 - Applications, Devices, Protocols
Applications, Devices, Protocols
Classifying Network Components
Objective 1.2 Review
 
Objective 1.3 - IP Addressing
IP Addressing
MAC Address
IPv4
Classful IPv4 Addresses
Subnet Masks
Network IDs
Special Addresses
CIDR
CIDR Address
APIPA
IPv6
IPv6 Address Types
IPv6 Address Scopes
Demo - Convert Binary
IPv4 Subnet Masks
IPv4 Custom Subnets
IPv6 Subnets
IPv6 Custom Subnets
Default Gateway
Routing Example
IPCONFIG and IFCONFIG
Demo - Examining IP Settings
Objective 1.3 Review
 
Objective 1.4 - Routing and Switching
Routing and Switching
Internetworking Devices
Ethernet Hub
Repeaters
Repeater Placement
Wireless Repeater
Repeater Operation
Limitations of Repeaters
Bridges
Bridge Operation
Bridge Types
Bridge Routing Management
Bridge Filtering and Intelligence
Local and Remote Bridges
Layer 2 Switch
Configurations for Switched Networks
Switched Network with Bottlenecks
Switched Network without Bottlenecks
Benefits of Switches
Higher-level Switches
Managed Layer 3 Switch
Virtual LAN
VLAN Filtering
VLAN Trunking
Trunking Example
Demo - Intro to Routing and Switching VLANs
Routers
Router Operation
About Routers
Router Features
Key Points
Types of Routers
Routing Table Contents
Routing Metrics
Routing Examples
Brouters
Bridges vs. Routers
Objective 1.4 Review
 
Objective 1.6 - Protocols
Protocols
Network Communication Protocols
TCP
TCP Three-way Handshake
Internet Protocol (IP)
UDP
Protocols
Demo - Examining Ports and Protocols
Objective 1.6 Review
 
Objective 1.7 - The Domain Name System
The Domain Name System
DNS
Top-level Domains
DNS Namespace
DNS Records
Demo - Examining DNS
Objective 1.7 Review
 
Objective 1.8 - Troubleshooting Methodology
Troubleshooting Methodology
Troubleshooting
Hardware Toolkit
Additional Tools
Software Toolkit
Objective 1.8 Review
 
Objective 1.9 - Virtual Networks
Virtual Networks
Virtual Computers
Virtualization Concerns and Risks
Demo - Viewing VM Components
Cloud Computing
Cloud Deployment
Cloud Categories
Risks and Concerns
Objective 1.9 Review
 
Objective 2.1 - Installing and Configuring Routers and Switches
Installing and Configuring Routers and Switches
Installing Routers and Switches
Demo - Routing NAT
Objective 2.1 Review
 
Objective 2.2 - Installing and Configuring Wireless Networks
Installing and Configuring Wireless Networks
The 802.11 Standard
The 802.11 Family
802.11 Networking
Configuration Options
Configuring Wireless Clients
RADIUS
Demo - Setting Up Wi-Fi
Objective 2.2 Review
 
Objective 2.3 - DHCP
DHCP
Static IP Addressing
DHCP and DHCPv6
IPv4 Lease Process
IPv6 Lease Process
IPv6 Router Flags
M and O Flags
Demo - DHCP
Objective 2.3 Review
 
Objective 2.4 - Troubleshooting Wireless Networks
Troubleshooting Wireless Networks
Troubleshooting Connections
Common Problems
Objective 2.4 Review
 
Objective 2.5 - Troubleshooting Router and Switch Problems
Troubleshooting Router and Switch Problems
Common Problems
Demo - Troubleshooting a Switch
Demo - Troubleshooting a Router
Objective 2.5 Review
 
Objective 2.6 - Planning and Implementing a SOHO Network
Planning and Implementing a SOHO Network
Purposes of a Plan
Creating a Plan
Ongoing Planning
Implementing a Plan
Network Cable
Objective 2.6 Review
 
Objective 3.1 - Standard Media Types
Standard Media Types
Fiber Optic Cable
Twisted-pair Cable
Common UTP Categories
Additional TP Categories
Stranded vs. Solid
Straight-through, Cross-over, Rollover
Pin Numbering of RJ-45 Connector
T1 Crossover Cable
Coaxial Cable
RG Standards
Plenums
Media Converters
Single-mode Fiber to UTP
Broadband Over Power Line
Access BPL
BPL Modem
Objective 3.1 Review
 
Objective 3.2 - Standard Connector Types
Standard Connector Types
Fiber Optic Connectors
Fiber Optic Connector Types
Twisted-pair Connectors
Pin Numbering of RJ-45 Connector
Thinnet Connectors
Terminating Coax with BNC
RG-6 and RG-59 Connectors
Serial Connectors
Serial Cable
Serial Console Connections
Serial Cable Types
Serial Data Rates
Typical UTP Installation
Telecommunications Room
Termination Choices
Punchdown Block
Wire Placement
Objective 3.2 Review
 
Objective 3.3 - Wireless Standards
Wireless Standards
The 802.1x Standard
The 802.11 Standard
Access Point
Major Wireless Protocols
Device Compatibility
Channels
Channel Bonding
MIMO
Objective 3.3 Review
 
Objective 3.4 - WAN Technologies
WAN Technologies
Wide Area Networks
Packet vs. Circuit Switching
Demo - Packet Switching
WAN Connections
POTS/PSTN
ISDN
DSL
Cable
Satellite
Wireless
WiMAX
Cellular
T and E Lines
X.25 and Frame Relay
ATM
SONET and SDH
DWDM
PON
Objective 3.4 Review
 
Objective 3.5 - Network Topologies
Network Topologies
Local Area Networks
Network Topologies
Logical Network Topologies
Peer-to-peer Model
Decentralized
Peer-to-peer Authentication
Client/Server Model
A Client/Server LAN
Client/Server Authentication
Star Topology
Bus Topology
Ring Topology
Mesh Topology
Hybrid Topology
Point-to-point vs. Point-to-multipoint
MPLS
Label Edge Routers
Demo - Topology
Objective 3.5 Review
 
Objective 3.6 - Troubleshooting Physical Connectivity
Troubleshooting Physical Connectivity
Troubleshooting Wired Connections
Cable Testing Devices
Physical Cable Tests
Objective 3.6 Review
 
Objective 3.7 - LAN Technologies
LAN Technologies
Ethernet
Ethernet Media
10-Gigabit Ethernet Standards
Gigabit Ethernet Standards
Fast Ethernet Standards
10BASE-T
Ethernet Bonding
Data Transmission
Data Collisions
Channel Access Methods
Demo - LAN Cable Types
Objective 3.7 Review
 
Objective 3.8 - Wiring Distribution Components
Wiring Distribution Components
Network Access Points
Demo - Packet Tracing
Internet Service Providers (ISPs)
Small ISPs
Regional ISP
LAN Installation Components
Cross-connects
MDF to IDF Connections
Standards
Workstation Drops
Typical UTP Installation
Telecommunications Room
Objective 3.8 Review
 
Objective 4.1 - Network Appliances
Network Appliances
Networking Appliances
Demo - The Purpose of Network Devices
Objective 4.1 Review
 
Objective 4.2 - Network Hardware Tools
Network Hardware Tools
Cable Testing Device
Physical Cable Tests
Network Function Tests
Cable Certifier
Additional Features
Testing a Basic Permanent Link
Crimpers
Coax Crimper
Twisted-pair Cable Crimper
Using a Fiber Optic Cable Crimper
Terminating Fiber Optic Cable
Butt Set
Butt Set Uses
Modapt Device
Toner Probe
Using a Toner Probe
Punchdown Tools
Using a Punchdown Tool
Network Analyzer
Loopback Plugs
TDR
OTDR
Multimeters
Measuring Resistance
Measuring Voltage
Measuring Current
Measuring Continuity
Environmental Monitor
ASHRAE 9.9 Guidelines
Objective 4.2 Review
 
Objective 4.3 - Network Software Tools
Network Software Tools
Network Analyzer
TCP/IP Utilities
IPConfig
Ifconfig
Ping (Packet Internet Groper)
Ping Troubleshooting
NSLookup and Tracert
Demo - Software Tools
Objective 4.3 Review
 
Objective 4.4 - Monitoring Network Traffic
Monitoring Network Traffic
Performance Monitor
Performance Objects
Bottlenecks
Demo - Performance and Monitoring
Configuration
Event Viewer
Event Information
Event Types
Device and Application Logging
Syslog
Syslog Alert Levels
SNMP
Network Monitor
Demo - Network Monitoring
Objective 4.4 Review
 
Objective 4.5 - Management Documentation
Management Documentation
Change Management
Configuration Documentation
Objective 4.5 Review
 
Objective 4.6 - Optimizing Network Performance
Optimizing Network Performance
Rationales
Methods
Objective 4.6 Review
 
Objective 5.1 - Implementing Wireless Security
Implementing Wireless Security
Wireless Security
Transmission Encryption
Demo - Wireless Security
Objective 5.1 Review
Objective 5.2 - Network Access Security Methods
Network Access Security Methods
Network Access Control
Access Control Lists
VPN Technologies
VPN Security Models
VPN Protocols
PPTP vs. L2TP
IPSec Protocols
IPSec Encryption
PPPoE
Remote Desktop Services
SSH
Demo - Network Security
Objective 5.2 Review
 
Objective 5.3 - User Authentication
User Authentication
AAA
Authentication Factors
One-factor Authentication
Two-factor Authentication
Three-factor Authentication
Single Sign-on
Kerberos
Kerberos System Components
Kerberos Data Types
Kerberos Authentication Process
CHAP
EAP
PPPoE
Mutual Authentication
Cryptography
ROT13 Cipher
Keys
Symmetric Encryption in Action
Public Key Cryptography
Asymmetric Encryption in Action
Demo - Encryption
Public Key Cryptography
Public Key Infrastructure
Setup and Initialization Phase
RADIUS
RADIUS Authentication
TACACS+
TACACS+ vs. RADIUS
802.1x
Objective 5.3 Review
 
Objective 5.4 - Network Security Threats
Topic A: Attacks and Threats
#NAME? Wireless Security Threats
Vulnerabilities of Access Points
Wi-Fi Scanners
War Chalking Symbols
Denial-of-Service Attacks
Distributed DoS Attacks
DDoS Countermeasures
Man-in-the-Middle Attacks
Buffer Overflow
FTP Bounce Attacks
Smurf Attacks
Malware
Social Engineering
Attack Types
Social Engineering Countermeasures
Topic B: Mitigation
Antivirus Software
Securing the Operating System
Windows Update
Updates
Patch Management
Security Policies
Acceptable Use
Due Care
Privacy
Separation of Duties
Need to Know
Password Management
Account Expiration
Service-level Agreement
Disposal and Destruction
Human Resources Policies
Incident Response Policy
Preparation
Detection
Containment
Eradication
Recovery
Follow-up
Education
Communication
User Awareness
Demo - Vulnerability
Objective 5.4 Review
 
Objective 5.5 - Installing and Configuring a Firewall
Installing and Configuring a Firewall
Firewalls and Proxies
Firewall Categories
Security Zones
Intranet Zone
Perimeter Network
DMZ Options
Screened Host
Bastion Host
Three-homed Firewall
Back-to-back Firewalls
Dead Zone
Traffic Filtering
NAT and PAT
Port Address Translation
Firewall Administration
Rule Planning
Demo - Firewall Rules
Port Security
Objective 5.5 Review
 
Objective 5.6 - Network Security Appliances and Methods
Network Security Appliances and Methods
Assessment Types
Vulnerability Assessments
Vulnerability Testing Tools
Demo - Scanning
Intrusion Detection
Events
NIDS
IDScenter for Snort
Example Snort Rule
HIDS
Advantages of HIDS over NIDS
Honeypots and Honeynets
Honeypot Examples
Honeypot Deployment
Objective 5.6 Review
 
Course Closure



Product Code: CT-NET+-09