The following topics are covered: N10-008 Exam Objectives; and Objective Map.
The following topics are covered: First Things First: What's a Network?; Physical Network? Topologies; Topology Selection, Backbones, and Segments; Summary; and Exam Essentials.
The following topics are covered: Internetworking Models; The OSI Reference Model; Introduction to Encapsulation; Modulation Techniques; Summary; and Exam Essentials.
The following topics are covered: Physical Media; Cable Properties; Wiring Standards; Installing Wiring Distributions; Summary; Exam Essentials.
The following topics are covered: Network Basics; Ethernet Basics; Ethernet at the Data Link Layer; Ethernet at the Physical Layer; Ethernet over Other Standards (IEEE 1905.1-2013); Summary; Exam Essentials.
The following topics are covered: Common Network Connectivity Devices; Other Specialized Devices; Networked Devices; Planning and Implementing a Basic SOHO Network Using Network Segmentation; Summary; and Exam Essentials.
The following topics are covered: Introducing TCP/IP; Data Encapsulation; Summary; and Exam Essentials.
The following topics are covered: IP Terminology; The Hierarchical IP Addressing Scheme; IPv4 Address Types; Internet Protocol Version 6 (IPv6); Summary; and Exam Essentials.
The following topics are covered: Subnetting Basics; Troubleshooting IP Addressing; Introduction to Network Address Translation (NAT); Summary; and Exam Essentials.
The following topics are covered: Routing Basics; The IP Routing Process; Testing Your IP Routing Understanding; Static and Dynamic Routing; Summary; and Exam Essentials.
The following topics are covered:Routing Protocol Basics; Distance-Vector Routing Protocols; Link-State Routing Protocols; High Availability; Advanced IPv6 Concepts; IPv6 Routing Protocols; Summary; and Exam Essentials.
The following topics are covered: Networking Before Layer 2 Switching; Switching Services; Spanning Tree Protocol; Virtual LANs; VLAN Trunking Protocol; Two Additional Advanced Features of Switches; Summary; and Exam Essentials.
The following topics are covered: Introduction to Wireless Technology; Cellular Technologies; The 802.11 Standards (Regulatory Impacts); Comparing 802.11 Standards; Wireless Network Components; Installing a Wireless Network; Site Survey; Wireless Security; Summary; and Exam Essentials.
The following topics are covered: Performance Metrics/Sensors; SNMP; Network Device Logs; Interface Statistics/Status; Interface Errors or Alerts; Environmental Factors and Sensors; Baselines; NetFlow Data; Uptime/Downtime; Summary; and Exam Essentials.
The following topics are covered: Plans and Procedures; Hardening and Security Policies; Common Documentation; Common Agreements; Summary; and Exam Essentials.
The following topics are covered: Load Balancing; Multipathing; Network Interface Card (NIC) Teaming; Redundant Hardware/Clusters; Facilities and Infrastructure Support; Redundancy and High Availability (HA) Concepts; Mean Time to Repair (MTTR); Mean Time Between Failure (MTBF); Recovery Time Objective (RTO); Recovery Point Objective (RPO); Network Device Backup/Restore; Summary; and Exam Essentials.
The following topics are covered: Confidentiality, Integrity, and Availability (CIA); Threats; Vulnerabilities; Least Privilege; Role-Based Access; Zero Trust; Defense in Depth; Authentication Methods; Security Risk Assessments; Security Information and Event Management (SIEM); Summary; and Exam Essentials.
The following topics are covered: Technology-Based Attacks; Human and Environmental; Summary; and Exam Essentials.
The following topics are covered: Best Practices; Wireless Security; IoT Access Considerations; Summary; and Exam Essentials.
The following topics are covered: Site-to-Site VPN; Client-to-Site VPN; Remote Desktop Connection; Remote Desktop Gateway; SSH; Virtual Network Computing (VNC); Virtual Desktop; Authentication and Authorization Considerations; In-Band vs. Out-of-Band Management; Summary; and Exam Essentials.
The following topics are covered: Detection Methods; Prevention Methods; Asset Disposal; Summary; and Exam Essentials.
The following topics are covered: Data Center Network Architectures; Software-Defined Networking; Traffic Flows; Branch Office vs. On-premises Data Center vs. Colocation; Cloud Computing and Its Effect on the Enterprise Network; Overview of Network Programmability in Enterprise Network; Application Programming Interfaces (APIs); Managing Network Documentation; Network Monitoring; Network Optimization; Summary; and Exam Essentials.
The following topics are covered: Performance Metrics/Sensors; Network Metrics; Network Device Logs; Interface Statistics/Status; Interface Errors; Baseline; NetFlow; Uptime; Downtime; Summary; and Exam Essentials.
The following topics are covered: Identifying Hardware Tools; Summary; and Exam Essentials.
The following topics are covered: Narrowing Down the Problem; Troubleshooting Steps; Troubleshooting Tips; Summary; and Exam Essentials.
The following topics are covered: Software Tools; Using traceroute; Using ipconfig, ifconfig, and ip; Using the iptables Utility; Using the ping Utility; Using the Address Resolution Protocol; Using the arp Utility; Using the nslookup Utility; Resolving Names with the Hosts File; Using the Mtr Command (pathping); Using the Nmap Utility; Using the route Command; Using the nbtstat Utility; Using the netstat Utility; Using tcpdump; Using the File Transfer Protocol; Using the Telnet Utility; Summary; and Exam Essentials.
The following topics are covered: Subnetting Practice Examples: Class A Addresses; Subnetting in Your Head: Class A Addresses; Written Lab 1; and Written Lab 2.
