Logo5Duur: 7 dagen
Lesvorm: klassikaal
Examen: 200-125 – CCNA Cisco Certified Network Associate Routing and Switching v3.0
Investering: € 3.495,00 exclusief BTW en inclusief examen.
Data:
• 13-03-2017 – 17-03-2017 te Utrecht
• 10-04-2017 – 10-04-2017 te Utrecht
• 08-05-2017 – 12-05-2017 te Utrecht
• 12-06-2017 – 16-06-2017 te Utrecht

Cursusbeschrijving
Het CCNA Bootcamp is een klassikaal opleidingsprogramma van 7 opeenvolgende trainingsdagen dat de deelnemer versneld voorbereidt op het 200-125 CCNA Routing & Switching-examen.
De deelnemer ontvangt, naast het officiële Cisco-cursusmateriaal, een CCNA Routing & Switching-examenvoucher.

Voorkennis
Deze training is bedoeld voor personen die al ervaring hebben met Cisco-netwerken en -apparatuur en/of die eerder Cisco IOS-trainingen hebben gevolgd. Dit is belangrijk omdat de trainingsdagen intensief zijn en de leerstof in hoog tempo wordt behandeld.

Inhoud
Module 1: Building a Simple Network
Identify the components of a computer network
Describe network characteristics
Host-to-host communications
OSI reference model
TCP/IP protocol suite
Peer-to-Peer Communications
Encapsulation and De-Encapsulation
Local area networks (LAN) components
Cisco IOS software features, functions and modes
Switch installation and configuration
Ethernet LAN connection and frame structure
Troubleshoot common switch network issues

Module 2: Establishing Internet Connectivity
Describe IPv4 and its addressing scheme
Describe subnets, subnetting, and the role of subnet masks
Describe the role of VLSM
Describe the TCP/IP transport layer functions
TCP vs. UDP analogy and characteristics
Functions and roles of a router
Cisco router configuration
Host-to-host communications across switches and routers
Static routing operations, benefits and configurations
ACL operation and configurations
Configure internet access using DHCP clients on Cisco routers
Configure and verify NAT
Configure and verify PAT

Module 3: Implementing Scalable Medium-Sized Networks
Enterprise network design
VLAN introduction and creation
Configure an 802.1Q Trunk
VLAN Trunking protocol
VLAN design
Redundancy in LAN
Spanning-Tree operation and protocols
EtherChannel protocols
Options and purpose for inter-VLAN routing
DHCP server operation and configuration
Layer 3 redundancy
FHRP
HSRP
RIPv2 operation and configuration

Module 4: Introducing IPv6
IPv6 features and addresses
Describe ICMPv6
Routing types for IPv6
Configure and implement static routes

Module 5: Troubleshooting Basic Connectivity
Troubleshoot IPv4 network connectivity
Use SPAN for troubleshooting
Troubleshoot IPv6 network connectivity

Module 6: Implementing Network Device Security
Implement a basic security configuration
Device hardening
Port security
Access layer threat mitigation techniques

Module 7: Implementing an EIGRP-Based Solution
EIGRP features, path selection, and composite metric
Implement EIGRP for IPv6
Troubleshoot EIGRP issues

Module 8: Implementing a Scalable OSPF-Based Solution
OSPF overview and features
OSPF area structure
Single-area and multiarea OSPF
OSPFv3 for IPv6
Troubleshoot multiarea OSPF

Module9: Implementing Wide-Area Networks
WAN topology and connectivity options
Managed VPS
WAN devices
Point-to-Point protocols
GRE tunnels

Module 10: Network Device Management
Configure Syslog
Configure SNMP
Switch stacking
Cloud computing and its effect on enterprise network
Cisco APIC-EM
Intelligent WAN (IWAN)
QoS concepts
Managing Cisco devices
Locating and loading Cisco IOS image files
Managing device configuration files
licensing

Labs:
Establish internet connectivity
Troubleshoot internet connectivity
Implement RIPv2
Configure IPv6static routes
Troubleshoot IPv4 network connectivity
Troubleshoot IPv6 network connectivity
Secure administrative access
Implement device hardening
Troubleshoot EIGRP
Troubleshoot a medium-sized network
Troubleshoot a scalable medium-sized network
Troubleshoot multiarea OSPF
Configure single-homed EBGP
Troubleshoot a scalable multiarea network
Implement and troubleshoot a scalable multiarea network