Routing and switching in computer networks (Cisco, crash course)
Anchorsroki - from May 24 to May 28; from November 08 to November 12
Section names |
Watch |
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Total |
Lectures |
Practically. |
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1 |
Module 1. Building a simple network • Description of network functions • Network device interaction model * Introduction to Local area networks * Cisco IOS Operating System * Basic switch configuration * How Ethernet technology works * Troubleshooting basic switch problems |
4 |
2 |
2 |
2 |
module 2. Internet connections * Understanding the network layer of the TCP/IP stack * IP addressing and subnets * Understanding the transport layer of the TCP/IP stack * Description of routing functions * Basic router configuration • Description of the package delivery process * Static and dynamic routing • Traffic management using ACLs * DHCP technology • Local network connection to the Internet • NAT technology * Lab work 1, 2: Final work 1, 2 |
3 |
3 |
- |
3 |
Модуль 3. Реализация масштабируемых сетей среднего размера * VLAN и магистральные технологии * Маршрутизация между VLAN * Построение избыточных коммутируемых топологий * Улучшенная производительность избыточных коммутируемых топологий с использованием технологии EtherChannel * Настройка DHCP - сервера на устройствах Cisco * * Понимание избыточности на третьем уровне модели OSI (HSRP, VRRP) * Принципы работы и настройки протокола RIPv2 * Лаборатория 3: Конфигурация RIPv2 |
3 |
3 |
|
4 |
Module 4. Introduction to IPv6 * Introduction to the basics of the IPv620 protocol * Understanding how IPv6 works • IPv6 Routing configuration * Lab 4: Configuring Static IPv6 routes |
4 |
4 |
- |
5 |
Module 5. Troubleshooting basic network failures * Troubleshooting basic IPv4 connection failures * Using SPAN technology for network troubleshooting * Lab 5: Troubleshooting basic IPv4 connection issues * Troubleshooting basic IPv6 connection failures * Lab 6: Troubleshooting basic IPv6 Connectivity issues |
4 |
4 |
- |
6 |
Module 6. Network Device Security * Basic device access protection * Lab 7: Secure remote access to devices • Device hardening, • Port Security * * Lab 8: Implementing Device Hardening * Access-level threat prevention techniques |
4 |
4 |
- |
7 |
Module 7. Implementation of dynamic routing based on the EIGRP protocol * Features of the EIGRP protocol in the IPv4 network, path selection, route metric calculation * Implementation of the EIGRP protocol in IPv6 networks * Troubleshooting of the protocol operation * Lab work 9 troubleshooting basic EIGRP problems * Lab work 10, 11: final work 3, 4 |
4 |
4 |
- |
8 |
Module 8. Implementing a scalable solution based on the OSPF protocol • OSPF Protocol Components * Implementation of the OSPF protocol for single and multiple scopes in IPv4 networks * Introduction to OSPFv3 for IPv6 * Troubleshooting the OSPF protocol * Lab Work 12: OSPF Basic Troubleshooting |
2 |
2 |
- |
9 |
• Module 9. Global Networks (WAN) Understanding WAN technologies * Point-to-point WAN connection configuration» * Configuration of GRE tunnels • Single-homed eBGP configuration * Lab 13: Single-homed eBGP configuration |
4 |
2 |
2 |
10 |
Module 10. Managing network devices * Syslog Protocol * SNMP Protocol * Operation of switches in the stack * Cloud technologies and their impact on the network • * Cisco PACKET • * Intelligent WAN (EWAN) • QoS mechanisms * Manage Cisco devices * Licensing * Lab work 14, 15: Final work 5, 6 |
4 |
2 |
2 |
TOTAL |
36 |
27 |
9 |