- Cursusduur24 uur
- CertificeringCisco CCDA
- Examen/CertificaatExamen 640-864
- TaalEngels
- Online toegang6 maanden
- Waardering
- OrganisatieCisco
In deze Cisco CCDA training / cursus leert u de basisvaardigheden voor het ontwerpen van een Cisco netwerk. Allereerst leert u Cisco's ontwerpmethodiek voor het ontwerpen van netwerken. Daarna volgt het structureren van een netwerk om vervolgens de diepte in te gaan op verschillende onderwerpen. Na het afronden van deze training en het bijbehorende examen ontvangt u het CCDA certificaat.
Onderwerpen die onder andere aan bod komen zijn het structureren van een netwerk, campus en datacenter netwerken, WAN ontwerp, IP adressering en routering, voice en video architectuur, beveiliging, wireless en nog veel meer.
Uw resultaat
Na het volgen van deze training bent u klaar om het certificeringsexamen 640-864 met succes af te ronden voor de CCDA certificering. Met deze certificering toont u aan dat u over de basisvaardigheden beschikt om een Cisco netwerk te ontwerpen.
Doelgroep
Netwerkbeheerders van Cisco netwerken en/of IT architecten die het internationaal erkende certificaat Cisco Certified Design Associate (CCDA) willen behalen.
Inhoud CCDA DESGN training
De training / cursus Designing for Cisco Internetwork Solutions is opgebouwd uit verschillende lessen:
- Recognize the business drivers that can impact network architecture
- Recognize descriptions of Cisco Network Architectures for the Enterprise
- Identify the PPDIOO phases and the benefits of the network life-cycle approach
- Identify the steps in the PPDIOO design methodology
- Recognize the process for gathering customer requirements for the enterprise network design
- Identify the steps in characterizing the existing network infrastructure and sites
- Recognize the process for identifying the major features of the existing network
- Identify the information provided by the network audit
- Recognize the tools that help in assessing the existing network in the auditing process
- List the tools that are used for analyzing network traffic
- Recognize how to analyze the health of the existing network that is based on audit and traffic measurements
- Identify statements that describe the top-down network design approach
- Recognize the role of decision tables in network design
- Recognize how to assess the scope of a network design project
- Recognize the structured process of designing a network solution
- Describe the components of a network implementation plan
- Recognize how and when to build a prototype or pilot network
- Describe the characteristics of the access layer
- Describe the role and functions of the distribution layer
- Describe the role and functions of the core layer
- Match the modules of the Cisco Network Architectures for the Enterprise to its description
- Describe the enterprise campus infrastructure modules
- Describe the characteristics of the enterprise edge modules
- Describe the characteristics of the enterprise remote modules
- Describe the role of borderless network services in an enterprise network design
- Identify the security design issues within an enterprise network
- Identify mobility considerations within an enterprise network
- Describe application networking service considerations within an enterprise network
- Describe the considerations involved in the provision of high-availability within an enterprise network
- Describe the features and functions of SNMP
- Identify the basic characteristics of MIBs
- Describe the benefits of using RMON over SNMP
- Describe the basic characteristics of NetFlow
- Describe the primary role of Cisco Discovery Protocol
- Describe the features of syslog
- Describe how network application characteristics and requirements influence network design
- Describe how the campus environment affects network design
- Identify the design considerations when choosing infrastructure devices
- Describe basic design considerations for the enterprise campus network
- Match the STP toolkit elements to their descriptions
- Describe trunk management in the building access layer
- Describe routing implementation in the building access layer
- Describe design considerations of the building distribution layer
- Identify design considerations for the campus core layer
- Identify the security design considerations for edge distribution
- Describe the characteristics of the Cisco Enterprise Data Center Architecture Framework
- Categorize the challenges to the different aspects of the Cisco Enterprise Data Center
- Identify the design considerations for the data center access, aggregation, and core layers
- Describe network and device virtualization design considerations and benefits
- Describe the basic characteristics of a WAN
- Match the features of WAN transport technologies appropriately
- Classify the features of WAN transport technologies
- Describe the influence enterprise edge requirements have on the WAN design process
- Recognize how classification and marking improve link utilization
- Recognize how queuing algorithms improve link utilization
- Recognize the role of traffic shaping and policing in improving link utilization
- Recognize the features of traditional WAN and remote network access designs
- Recognize features of VPN designs
- Identify features of enterprise managed VPN's
- Identify features of service provider managed VPNs
- Identify the primary WAN backup technologies
- Describe how to select the enterprise WAN architecture
- Recognize considerations that are needed when selecting WAN components
- Describe the Cisco enterprise branch architecture technologies
- Identify new features on the ISR G2 routers
- Recognize the enterprise branch design considerations
- Choose a suitable enterprise branch office design for a given example
- Match the IP concepts to their descriptions
- Identify the correct definitions of IP concepts
- Identify the network data required to determine the network size
- Describe the benefits of planning an IP addressing hierarchy
- Determine the number of available host addresses on a subnet for a given scenario
- Describe how the enterprise network uses both static and dynamic address assignment methods
- Describe the benefits of IPv6 addressing
- Describe the types of IPv6 addresses
- Describe how IPv6 addresses are assigned
- Describe IPv6 name resolution methods
- Identify transition strategies for implementing IPv6
- Recognize the differences between distance vector and link-state protocols
- Recognize the differences between interior and exterior routing protocols
- Identify the features of routing protocol convergence
- Identify the basic characteristics of EIGRP that can influence enterprise routing protocol selection
- Identify the basic characteristics of OSPF that can influence enterprise routing protocol selection
- Identify the basic characteristics of BGP that can influence enterprise routing protocol selection
- Identify how routing protocols are applied in the enterprise network
- Identify features of route redistribution and redistribution points
- Identify route summarization best practices
- Identify basic network security considerations
- Describe reconnaissance attacks
- Describe how to mitigate reconnaissance attacks
- Identify the ways to gain access to systems
- Identify the ways to mitigate access to systems
- Identify the characteristics of integrity, confidentiality, and availability threats
- Identify the purpose of a security policy
- Recognize how to build continuous network security
- Identify the key concepts behind the Cisco SAFE architecture
- Select appropriate safeguards to use between domains of trust
- Describe identity authentication methods
- Describe network access control mechanisms
- Recognize trust and identity management technology implementation in an enterprise environment
- Identify best practices for ACL deployment
- Identify the guidelines for incorporating physical security into an overall security policy
- Identify best practices for infrastructure protection
- Describe the function of threat detection and mitigation technologies
- Identify solutions that can be used to support threat detection and mitigation
- Describe the function of confidentiality methods
- Describe how transmission integrity methods for security design work
- Identify functions of security management
- Describe the security features that are integrated into Cisco network devices
- Recognize the appropriate security devices and solutions to deploy at particular locations in an enterprise network
- Describe the drivers for migrating from separate voice and data networks to integrated networks
- Identify the features and benefits of the H.323 standard
- Identify the additional components that are required for VOIP in enterprise environments
- Describe video considerations in Unified Communications
- Describe the control protocols that are used to support voice communications over IP
- Recognize methods for minimizing network delay
- Recognize ways to reduce jitter and packet loss
- Recognize how to prevent echo on telephone calls
- Describe the coding and compression algorithms and standards that are used in packet telephony networks
- Describe the issues that are involved with bandwidth availability
- Recognize the QoS mechanisms for effective service for voice and video traffic
- Describe the QoS considerations to voice and video traffic on the WAN
- Identify voice and video traffic engineering concepts
- Describe the Cisco Unified Wireless Network architecture
- Distinguish between the fundamentals and functions of CAPWAP and LWAPP
- Recognize how the base Cisco Unified Wireless Network components are connected to the enterprise network
- Match the components of Cisco Wireless LAN Controllers to their descriptions
- Determine how access points can be scaled to a network in a given scenario
- Describe how a lightweight access point connects to a WLC
- Describe the basic operational considerations for supporting mobility in a Cisco Unified Wireless Network deployment
- Describe controller redundancy design considerations
- Describe the function of Radio Resource Management and RF groups in wireless networking
- Describe the reasons that an RF site survey is used in wireless network design
- Sequence the steps in the RF Site Survey Process
- Identify design considerations for Cisco Unified Wireless Networks supporting the enterprise campus
- Identify design considerations for branch wireless network design
- Describe how to support guest access in a wireless network
- Describe the features of Mesh deployment
De training bevat een speciale kennistest als afronding. Tijdens deze kennistest wordt al het geleerde nog een keer getest en krijgt u een goed beeld of u uzelf alle lesstof eigen heeft gemaakt.
Benodigde voorkennis
U bent in het bezit van een geldige CCNA of ICND1 certificering of u heeft vergelijkbare kennis.
Vragen stellen aan een mentor
In deze training is het mogelijk om vragen te stellen aan een gecertificeerde trainer. U kunt vragen stellen via de mail of live via een chat functionaliteit. De vragen stelt u in het Engels.
Examen via Pearson VUE
Na afronding van uw training kunt u zichzelf inplannen voor het examen. U kunt optioneel direct een examenvoucher meebestellen of zelf uw examen boeken via Pearson VUE.
> Meer informatie
Het voordeel van uw examen boeken via Pearson VUE is dat u zelf bepaalt waar en wanneer u uw examen doet. Met meer dan 30 beschikbare examenlocaties is er altijd een locatie bij u in de buurt.
Onze examenpartner geeft, namens de certificeringspartij, een origineel certificaat uit. U krijgt dus altijd een geregistreerd en internationaal erkend certificaat.
De kosten van het examen zijn niet inbegrepen in de prijs van de training. Optioneel kunt u direct een examenvoucher meebestellen. Met een examenvoucher kunt u zichzelf voor het examen inschrijven.
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E-learning
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Onze E-learning trainingen zijn volledig zelfstandig. U heeft dus geen aanvullende zaken als boeken en dergelijke nodig. Alles wat nodig is voor het succesvol afronden van de training en het eventueel bijbehorende examen is opgenomen in de E-learning training.
Meer informatie over E-learning.
Online kennis community
Tijdens en na uw training heeft u onbeperkt toegang tot de online kennis community. Binnen deze community staat het delen van kennis centraal. U vindt er achtergrondinformatie, artikelen door experts, informatieve filmpjes en discussies voor en door ICT experts. We nodigen u van harte uit deel te nemen aan deze expert community. Meer informatie over de kennis community.
Certificaat van icttrainingen.nl
Na het succesvol afronden van uw training ontvangt u altijd een certificaat van icttrainingen.nl als bewijs dat u de training met succes heeft gevolgd. Dit certificaat kunt u eenmalig, na afronding van de training, zelf genereren en downloaden.
