Basics of Networking in a Cisco Environment – CCNA Bootcamp (CCNA)

Networking, Cisco

This Cisco CCNA course is for entry-level network administrators and prepares you to design, deploy and operate a small enterprise network. It explains core LAN and WAN technologies, the TCP/IP model and addressing, and introduces switching and routing concepts.

The training includes hands-on labs in Cisco IOS and covers security, connectivity and management: ACLs and VPNs, deploying Wi‑Fi networks, and monitoring and maintenance. It also introduces automation and virtualization and maps to CCNA 200-301 objectives.

THIS TRAINING COURSE WILL HELP YOU:

  • Design, install and operate small enterprise LAN/WAN networks
  • Plan IPv4 and IPv6 addressing, CIDR and VLSM
  • Configure and manage switches and routers (VLAN, routing)
  • Implement security controls, NAT and VPN tunnels
  • Deploy Wi-Fi and perform monitoring and maintenance

WHO SHOULD ATTEND?

  • Entry-level network administrators and CCNA candidates
  • IT specialists designing or managing LAN/WAN infrastructures
  • Helpdesk staff and network engineers needing Cisco IOS skills
  • Administrators focused on network security, ACLs and VPNs
  • Engineers planning to use automation and virtualization

COURSE LOCATION AND AVAILABLE DATES



Choose whether to attend in person in our classroom or join online. You can select your preferred format during registration. Learn more about hybrid training.

Public courses are usually delivered in Czech, but this course is also available in English. We can arrange private training for your team online, at your premises or in our classrooms, and tailor the content to your needs.

For groups of around 4 or more participants, private training can already be comparable in price to booking individual places on a public course. Send us your requirements and we’ll recommend the best format and provide an exact quote.

Request training in English

Course content:

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  • Introduction to TCP/IP networks
    1. Basic networking concepts
    2. Topologies for small and medium LANs
    3. Basics of working with Cisco IOS
    4. Comparison of OSI and TCP/IP models
    5. Physical layer and data link in LANs
    6. Ethernet addressing, standards and speeds
    7. Introduction to the network layer
    8. Transport layer: TCP and UDP
    9. Application layer
    10. Encapsulation analysis with Wireshark
  • Switching basics
    1. Basic parameters, ports and PoE speeds
    2. Principle of Ethernet frame switching
    3. Switch MAC table (CAM)
    4. Duplex and speed settings
  • IPv4 protocol
    1. The IP protocol
    2. IPv4 address structure, types and classes
    3. Routers and their role
    4. Routing table on a PC and a router
    5. Role of ARP
    6. Direct and indirect routing, default gateway
    7. Types and sources of routing table entries
    8. Commands: ping, tracert, arp, ipconfig, debug
    9. Public vs private address space, NAT principle
    10. Classful vs classless subnetting
    11. CIDR and VLSM
    12. Static and dynamic routing (OSPF single-area)
  • IPv6 protocol
    1. Reasons to migrate to IPv6
    2. IPv6 address structure, notation and address types
    3. Key differences from IPv4 (ICMPv6, NDP)
    4. IPv6 addressing methods (SLAAC, stateless/stateful DHCPv6)
    5. Transition mechanisms (dual-stack, tunneling)
    6. Static routing for IPv6
    7. OSPFv3
    8. NAT64
  • Building a small LAN with Internet access
    1. Managing devices: console, Telnet and SSH
    2. Basic configuration and hardening of switches and routers
    3. Port-security
    4. Access Control Lists (ACLs)
    5. DHCP – assigning IP configuration to clients
    6. Network Address Translation (NAT)
  • Virtual LANs (VLAN)
    1. Access and trunk ports
    2. Routing between VLANs (intra- vs inter-VLAN routing)
    3. Dynamic Trunking Protocol (DTP)
  • Network redundancy
    1. Campus LAN design
    2. L2 redundancy – Spanning Tree Protocol (STP, RSTP, PVST+, Rapid PVST+)
    3. STP features (portfast, BPDU guard, root guard)
    4. Port aggregation (EtherChannel) – PAgP and LACP
    5. Default gateway redundancy – HSRP, VRRP, GLBP
  • WAN networks
    1. WAN network components
    2. Overview of WAN standards
    3. Technologies used in WANs
  • Maintenance, monitoring and troubleshooting
    1. IOS maintenance (saving/backing up configs, password recovery)
    2. Neighbor discovery (CDP and LLDP)
    3. NTP, SNMP and remote logging (Syslog)
    4. Network performance monitoring (ping, traceroute, show, debug)
  • Wireless
    1. Wireless network types and Wi‑Fi standards
    2. Standalone and controller-based architectures
    3. CAPWAP tunnels
    4. Wi‑Fi vulnerabilities and security
    5. Best practices for Wi‑Fi deployment
    6. Configuring home APs and WLC
  • Security
    1. Introduction to cybersecurity
    2. Common types of attacks
    3. Cryptography basics
    4. VPN concepts and IPsec
  • QoS (Quality of Service)
    1. Metrics for measuring service quality
    2. QoS models
    3. Packet marking
    4. Queueing mechanisms
    5. Policing vs scheduling
  • Virtualization and automation
    1. Cloud computing
    2. Types of virtualization
    3. Introduction to Cisco SDN concepts
    4. Data formats (JSON, YAML, XML)
    5. REST APIs
    6. Configuration management (Ansible, Puppet, etc.)
    7. Cisco DNA concept
Prerequisites:
Basic general knowledge of networking is recommended.
Recommended follow-up course:
Advanced Networking in Cisco Environments (CCNP)
Schedule:
5 days (9:00-17:00)
Price per person:
916.00 € (1 108.36 € incl. 21% VAT)

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