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CompTIA Network+ N10-007

$599.00

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Description

This course prepares the student to take the CompTIA Network+ N10-007 certification exam. It covers all exam objectives, as well as additional topics that provide background and context. Demonstrations and instructor commentary throughout the course come from real-world experience, with examples and tips that the network professional can use in a production environment.

In this course, you will:

– Describe networking concepts
– Explain the function and installation of network infrastructure components
– Describe network operations concepts and implementation
– Describe network security concepts and implementation
– Explain network troubleshooting techniques and tool usage

Instructor: Chrys Thorsen

Outline

CompTIA Network+ N10-007 Course Description

Prerequisites
Students taking this course should meet the following pre-requisites:
• CompTIA A+ certification or equivalent experience
• At least 1 year of experience supporting TCP/IP networks
Course Objectives
By the end of this course, you will:
• Describe basic networking concepts
• Describe network infrastructure and explain how to deploy common network components
• Describe network operations and explain how to support a production network
• Describe network security concepts and explain how to implement basic network security
• Describe network troubleshooting and explain how to use common tools to troubleshoot a network

Lab Setup
To enhance learning and reinforce concepts, students can participate in the activities as desired. To prepare your own lab environment, please see the lab setup manual CompTIA Network+ N10-007 Course Lab Setup Guide.
NOTE:
Some activities in this course include demonstrations using real-world tools. It is NOT a requirement to
purchase or use these tools for successful completion of this course. Students are not expected to
demonstrate the use of any particular tool during the exam. You WILL, however, have to be able to
explain the purpose of all of the tools, how they work in general, and when it is appropriate to choose
one particular tool over another.

Module 1 – Networking Concepts
1.1 Basic Networking
You will explain basic networking.

Topics:
• Intro to networking
• Networking architectures
• Activity Basic Networking

1.2 OSI Model
You will explain devices, applications, protocols, and services at their appropriate OSI layers.
Topics:
• Layer 7 – Application
• Layer 6 – Presentation
• Layer 5 – Session
• Layer 4 – Transport
• Layer 3 – Network
• Layer 2 – Data Link
• Layer 1 – Physical
• Activity Exploring the OSI Model

1.3 Protocols and Ports
You will explain the purposes and uses of ports and protocols.
Topics:
• Protocols and ports overview
• Activity Examining Protocols and Ports
• Connection-oriented vs. connectionless
• Transmission Control Protocol (TCP)
• User Datagram Protocol (UDP)
• Activity Comparing TCP and UDP
• Internet Protocol (IP)
• Internet Control Messaging Protocol (ICMP)
• Internet Group Messaging Protocol (IGMP)
• Activity Examining the Lower Layer Protocols
• Layer 7 Remote Control Protocols
• Layer 7 File Transfer Protocols
• Layer 7 Messaging Protocols
• Activity Examining Messaging Protocols
• Layer 7 Web Traffic Protocols
• Layer 7 Streaming Media Protocols
• Layer 7 Infrastructure Management Protocols

1.4 Switching
You will explain the concepts and characteristics of switching.
Topics:
• Packet-switched vs. circuit-switched networks

• Properties of Network Traffic
• Contention Management
• Activity Creating Collision and Broadcast Domains
• Interface Properties and Segmentation
• Activity Creating a Basic Network Segment
• Switching prt 2
• Activity Switching
• Switching Loop Management
• Activity Managing Switching Loops
• VLANs
• Activity Creating VLANs

1.5 Routing
You will explain the concepts and characteristics of routing.
Topics:
• ARP
• Activity Examining ARP
• IP Addressing Basics
• Activity Configuring IP
• Routers
• Activity Setting Up a Router
• Routing Basics
• Activity Adding Static Routes
• VLAN Routing
• Activity Routing Between VLANs
• NAT/PAT
• Activity Configuring NAT/PAT
• Routing Protocols
• Activity Configuring a Routing Protocol
• Firewalls
• Activity Configuring Firewalls

1.6 Advanced Switching and Routing Concepts
You will explain advanced switching and routing concepts.
Topics:
• IPv6 Concepts
• Activity Exploring IPv6
• Performance Concepts
• Distributed Switching
• Software-defined Networking

1.7 IP Addressing
You will, given a scenario, configure the appropriate IP addressing components.

Topics:
• Public vs. Private
• Loopback and Reserved
• Subnet Mask
• Default Gateway
• Virtual IP
• Subnetting
• Activity Learning to Subnet
• Address Assignments

1.8 Network Types and Topologies
You will compare and contrast the characteristics of network topologies, types and technologies.
Topics:
• Wired Topologies
• Wireless Topologies
• Network Types
• Technologies that Facilitate the Internet Of Things (IoT)
• (No activity for this chapter)

1.9 Wireless Technologies
You will, given a scenario, implement the appropriate wireless technologies and configurations.
Topics:
• Radio Basics
• 802.11 Standards
• Wi-Fi Frequencies
• Wi-Fi Antenna Concepts
• Bluetooth
• Cellular
• Site Surveys
• Activity Using an RF Spectrum Analyzer

1.10 Cloud Concepts
You will summarize cloud concepts and their purposes.
Topics:
• Types of Services
• Cloud Delivery Models
• Security Implications/Considerations
• Activity Exploring Cloud Services

1.11 Network Services
You will explain the functions of network services.
Topics:
• DNS Service
• Activity Setting up DNS
• DHCP Service
• Activity Setting Up DHCP
• NTP
• IPAM

Module 2 – Infrastructure

2.1 Cabling Solutions
You will, given a scenario, deploy the appropriate cabling solution.
Topics:
• Media Types
• Activity Testing a Fiber Optic Cable
• Plenum vs. PVC
• Connector Types
• Activity Crimping on an RJ-45 Connector
• Transceivers
• Termination Points
• Activity Terminating Cable to a 110 Block
• Copper Cable Standards
• Copper Termination Standards
• Activity Creating a Crossover Cable
• Ethernet Deployment Standards

2.2 Network Device Placement and Installation
You will, given a scenario, determine the appropriate placement of networking devices on a
network and install/configure them.
Topics:
• Network Interface
• Repeater
• Hub
• Bridge
• Switch
• Router
• Modem
• Wireless Access Point
• Activity Setting up a WAP
• Firewall

• Media Converter
• Wireless Range Extender
• VoIP Endpoint

2.3 Advanced Network Devices
You will explain the purposes and use cases for advanced networking devices.
Topics:
• Multilayer Switch
• Wireless Controller
• Load Balancer
• IDS/IPS
• Proxy Server
• Activity Configuring Proxy Settings
• VPN Concentrator
• AAA/RADIUS Server
• UTM Appliance
• NGFW/Layer 7 Firewall
• VoIP PBX
• VoIP Gateway
• Content Filter

2.4 Virtualization and Network Storage Technologies
You will explain the purposes of virtualization and network storage technologies.
Topics:
• Virtual Networking Components
• Network Storage Types
• Connection Types
• Jumbo Frames
• (No activity for this chapter)

2.5 WAN Technologies
You will compare and contrast WAN technologies.
Topics:
• Service Types
• Transmission Mediums
• Characteristics of Service
• Activity Configuring WAN Links
• Termination

Module 3 – Network Operations
3.1 Documentation
You will, given a scenario, use appropriate documentation and diagrams to manage the
network.
Topics:
• Diagram Symbols
• Standard Operating Procedures/Work Instructions
• Logical vs. Physical Diagrams
• Rack Diagrams
• Change Management Documentation
• Wiring and Port Locations
• IDF/MDF Documentation
• Labeling
• Network Configuration and Performance Baselines
• Inventory Management
• Activity Using Documentation

3.2 Business Continuity and Disaster Recovery
You will compare and contrast business continuity and disaster recovery concepts.
Topics:
• Availability Concepts
• Recovery
• Activity Backing Up Your Data
• MTTR
• MTBF
• SLA Requirements

3.3 Scanning, Monitoring, and Patching
You will explain common scanning, monitoring and patching processes and summarize their
expected outputs.
Topics:
• Processes
• Event Management
• SNMP Monitors
• Metrics
• Activity Testing the Network

3.4 Remote Access Methods
You will, given a scenario, use remote access methods.
Topics:
• VPN
• RDP
• SSH
• VNC
• Telnet
• HTTPS/Management URL
• Remote File Access
• Out-of-Band Management
• Activity Making Remote Connections

3.5 Policies and Best Practices
You will identify policies and best practices.
Topics:
• Privileged User Agreement
• Password Policy
• On-boarding/Off-boarding Procedures
• Licensing Restrictions
• International Export Controls
• Data Loss Prevention
• Remote Access Policies
• Incident Response Policies
• BYOD
• AUP
• NDA
• System Life Cycle
• Safety Procedures And Policies
• Activity Creating Policies and Procedures

Module 4 – Network Security
4.1 Physical Security Devices
You will summarize the purposes of physical security devices.
Topics:
• Detection
• Prevention
• (No activity for this chapter)

4.2 Authentication and Access Control
You will explain authentication and access controls.
Topics:
• Authorization, Authentication, and Accounting
• Multifactor Authentication
• Access Control
• Activity Examining Access Control Mechanisms

4.3 Basic Wireless Network Security
You will, given a scenario, secure a basic wireless network.
Topics:
• WPA
• WPA2
• TKIP-RC4
• CCMP-AES
• Authentication and Authorization
• Geofencing
• Activity Demonstrating the Need for Wireless Security

4.4 Common Network Attacks
You will summarize common networking attacks.
Topics:
• DoS
• Social Engineering
• Insider Threat
• Logic Bomb
• Rogue Access Point
• Evil Twin
• War-driving
• Phishing
• Ransomware
• DNS Poisoning
• ARP Poisoning
• Spoofing
• Deauthentication
• Brute Force
• VLAN Hopping
• Man-in-the-Middle
• Exploits vs. Vulnerabilities
• Activity Conducting a Phishing Attack

4.5 Network Device Hardening
You will, given a scenario, implement network device hardening.
Topics:
• Changing Default Credentials
• Avoiding Common Passwords
• File Hashing
• Generating New Keys
• Activity Supporting Secure Authentication and Encryption
• Upgrading Firmware
• Patching and Updates
• Disabling Unnecessary Services
• Using Secure Protocols
• Disabling Unused Ports

4.6 Common Mitigation Techniques
You will explain common mitigation techniques and their purposes.
Topics:
• Signature Management
• Device Hardening
• Change Native VLAN
• Switchport Protection
• Network Segmentation
• Privileged User Account
• File Integrity Monitoring
• Role Separation
• Restricting Access Via ACLs
• Honeypot/Honeynet
• Penetration Testing
• Activity Implementing a Honeypot

Module 5 – Network Troubleshooting and Tools
5.1 Network Troubleshooting Methodology
You will explain the network troubleshooting methodology.
Topics:
• Identify the Problem
• Establish a Theory of Probable Cause
• Test the Theory to Determine the Cause
• Establish a Plan of Action to Resolve the Problem and Identify Potential Effects
• Implement the Solution or Escalate as Necessary

• Verify Full System Functionality and , if Applicable, Implement Preventive Measures
• Document Findings, Actions, and Outcomes
• (No activity for this chapter)

5.2 Using the Appropriate Tool
You will, given a scenario, use the appropriate tool.
Topics:
• Hardware Tools – Basic Hand Held
• Hardware Tools – Analyzers
• Activity Troubleshooting with Hardware Tools
• Software Tools – Testers and Analyzers
• Activity Troubleshooting with Software Tools
• Software Tools – Command Line
• Activity Using Command Line Tools

5.3 Troubleshoot Wired Connectivity and Performance
You will, given a scenario, troubleshoot common wired connectivity and performance issues.
Topics:
• Signal Issues:
• Attenuation
• Latency
• Jitter
• Crosstalk
• EMI
• Activity Troubleshooting Signal Problems
• Physical Issues:
• Open/short
• Incorrect pin-out
• Incorrect Cable Type
• Bad Port
• Damaged cable
• Bent pins
• Transceiver Issues:
• Transceiver mismatch
• TX/RX reverse
• Duplex/speed mismatch
• Activity Troubleshooting Transceiver Problems
• Traffic Flow Issues:
• Bottleneck
• VLAN mismatch
• Network connection LED status indicators

5.4 Troubleshoot Wireless Connectivity and Performance
You will, given a scenario, troubleshoot common wireless connectivity and performance issues.
Topics:
• Signal Loss:
• Attenuation
• Reflection
• Refraction
• Absorption
• Latency & Jitter
• Antenna Issues:
• Incorrect antenna type
• Incorrect antenna placement
• Incorrect WAP type
• WAP Issues:
• Interference
• Channel overlap
• Overcapacity
• Distance limitations
• Frequency mismatch
• Power levels
• Signal-to-noise ratio
• WAP Misconfiguration:
• Wrong SSID
• Wrong passphrase
• Security type mismatch
• Activity Troubleshooting WAP Issues

5.5 Troubleshoot Common Network Service Issues
You will, given a scenario, troubleshoot common network service issues.
Topics:
• Common Network Issues:
• Physical Connectivity
• Incorrect IP Address
• Incorrect Gateway
• Incorrect Netmask
• Names Not Resolving
• Untrusted SSL Certificate
• DHCP Issues:
• Duplicate IP Addresses
• Expired IP Address
• Rogue DHCP
• Exhausted DHCP Scope
• Firewall/ACL Issues:

• Blocked TCP/UDP Ports
• Incorrect Host-based Firewall Settings
• Incorrect ACL Settings
• Advanced Network Issues:
• DNS Server Issues
• Duplicate MAC Addresses
• Incorrect Time
• Unresponsive Service
• Hardware Failure
• Activity Case Study: Troubleshooting an Unusual