DEA-5TT1 Associate – Networking Exam
Dell EMC DCA-Networking
Certification Overview
This certification validates the ability to perform basic skill level tasks in installing, configuring, maintaining and troubleshooting Dell EMC Networking products
Certification Requirements
To complete the requirements for this certification you must:
1. Pass the following Exam
• DEA-5TT1 Associate – Networking Exam
Note: These details reflect certification requirements as of December 14, 2018.
Other Certification Recommendations
This certification will qualify towards the following Specialist level certifications in the Dell EMC Proven Professional Program
• Specialist – Infrastructure Security Version 1.0
• Specialist – Implementation Engineer, Campus Networking Version 1.0
• Specialist – Implementation Engineer, Data Center Networking Version 1.0
The Proven Professional Program periodically updates certification requirements.
*Please check the Proven Professional CertTracker website regularly for the latest information and for other options to meet the Associate level requirement.
Overview
This exam is a qualifying exam for the Associate – Networking track.
This exam focuses on basic Networking foundational skills and portfolio introduction.
Dell Technologies provides free practice tests to assess your knowledge in preparation for the exam. Practice tests allow you to become familiar with the topics and question types you will find on the proctored exam. Your results on a practice test offer one indication of how prepared you are for the proctored exam and can highlight topics on which you need to study and train further. A passing score on the practice test does not guarantee a passing score on the certification exam.
Products
Products likely to be referred to on this exam include but are not limited to:
• Dell EMC Networking Switches
Exam Topics
Topics likely to be covered on this exam include:
Networks – The Basics (7%)
• Explain the purpose and function of network devices such as switches and routers, WANs and LANs, and common Campus and Datacenter topologies
• Explain the purpose and basic operations of the OSI model
• Describe the concepts and use cases for Layer 2 – Data Link Layer, Discovery protocols
Ethernet Networking (7%)
• Describe Ethernet networking
• Describe the standards of how Ethernet operates and how addressing is used to move data on the Ethernet network
Switching Fundamentals and Creating a Switched Network (23%)
• Explain the reason for network switching and the process of moving frames within a switched network
• Explain how to differentiate between a broadcast domain and collision domain
• Explain how to select cabling and the cables that are certified for network connectivity
• Describe the concepts of VLANs, Spanning-Tree protocol, and Link Aggregation and how each functions within the network
Internet Protocol v4 and v6 (14%)
• Identify and describe the differences between private and public IP addressing, and describe classful and CIDR addressing
• Describe IPv4 addressing and explain the process of using IPv4 in the network
• Describe IPv6 addressing and explain the process of using IPv6 in the network
Transport Layer (7%)
• Describe the function of the Transport layers, how it supports host-to-host connectivity, and protocols used by the Transport layers and their use cases
IP Routing Technologies and Routing Protocols (15%)
• Describe basic routing concepts and explain how to interpret a routing table
• Identify and describe the differences between static and dynamic routing
• Identify and describe the classifications of routing protocols and how they are used to route within and between autonomous systems
• Explain the routing process used by RIPv2, OSPF, and BGP (link state and distance vector routing) routing protocols
IP and Network Services (7%)
• Describe the DHCP and NTP service and explain the configuration steps
• Describe Access Control Lists (ACLs) and Network Address Translation
Security, Authentication, and ACLs (3%)
• Describe the options and processes of securing access to the network
Switch Stacking, Dell EMC Campus, Datacenter, and Modular Switch Portfolio (10%)
• Describe the key concepts of stacking and the hardware required to configure stacking using OS 6, OS 9, and OS 10
• Describe the switch models that are part of the Dell EMC Campus, Datacenter, and Modular Switch portfolio
Dell EMC Switch Software, Configuration, and Management (7%)
Explain how software is used to configure and manage Dell EMC switches, and describe the steps to complete an initial switch configuration
Recommended Training
The following curriculum is recommended for candidates preparing to take this exam.
QUESTION 1
What are Network Address Translation (NAT) inside global addresses?
A. Addresses used by NAT router when sending frames to devices on the local network
B. Public IP addresses used by the local network to communicate with the Internet
C. Private IP addresses used by the local network
D. Pubic addresses used by other networks outside of the local network
Correct Answer: B
QUESTION 2
Which topology is considered a best practice when stacking switches?
A. Ring
B. Cascade
C. Serial
D. Daisy-chain
Correct Answer: A
QUESTION 3
Which option is used to configure Network Address Translation (NAT) to provide one-to-one mapping between local and global addresses?
A. Outside source static
B. Overload
C. Inside source static
D. PAT
Correct Answer: C
QUESTION 4
What is the valid range assigned to a client during a TCP connection?
A. 20 – 25
B. 443 – 1000
C. 1023 – 2024
D. 40000 – 65535
Correct Answer: D
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