DEA-5TT1 approach - Associate - Networking test Updated: 2024
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DEA-5TT1 Associate - Networking Exam
Exam Code : DEA-5TT1
Exam Name : Associate - Networking test (DELL)
Duration : 90 minutes
Questions : 60
Passing Score : 60
This certification validates the ability to perform basic skill level tasks in installing,
configuring, maintaining and troubleshooting Dell EMC Networking products
This test is a qualifying test for the Associate - Networking track.
This test focuses on basic Networking foundational skills and portfolio introduction.
Dell Technologies provides free practice questions to assess your knowledge in preparation
for the exam. practice questions allow you to become familiar with the courses and question
types you will find on the proctored exam. Your results on a VCE test offer one
indication of how prepared you are for the proctored test and can highlight courses on
which you need to study and train further. A passing score on the VCE test does not
guarantee a passing score on the certification exam.
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
|Associate - Networking Exam
DELL-EMC Networking approach
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Associate - Networking Exam
Question #52 Section 1
What accurately describes OSPF?
A. Interior gateway link-state protocol
B. Exterior gateway distance-vector protocol
C. Interior gateway distance-vector protocol
D. Interior gateway path-vector protocol
Question #53 Section 1
What accurately describes the Network Time Protocol (NTP)?
A. Implemented on a Dell EMC Network OS 6.
B. Time synchronization algorithms do not account for clock drift.
C. Client synchronizes among a set of distributed time servers.
D. Client makes sudden changes in time to keep synchronized.
Question #54 Section 1
In which Spanning Tree protocol state does a port record MAC addresses but does not forward the data?
Question #55 Section 1
Which route type is added to the routing table by a routing protocol?
A. Default route
D. Directly connected
Question #56 Section 1
Which IP address is in the Class B range?
Question #57 Section 1
What accurately describes the comparison between stacking and VLT?
A. VLT allows for more physical devices to appear as one virtual device than stacking does.
B. Stacked switches share a common control plane while VLT peers maintain their own control plane.
C. Stacked switches and VLT peers allow "single pane of glass" management by maintaining a single control plane.
D. Both VLT and stacking allow devices to use different versions of firmware provided that the switch family/series is the same.
Question #58 Section 1
On which OSI layers do standard ACL filters operate?
A. 2 and 3
B. 2 and 7
C. 3 and 4
D. 4 and 7
Question #59 Section 1
A network administrator has a stack of four Dell EMC Networking S4800 Series switches. Each stack unit is configured with a different priority. Which
switch will be elected as the management device?
A. Switch with priority 0
B. Switch with priority 1
C. Switch with priority 14
D. Switch with priority 21
Question #60 Section 1
DRAG DROP -
What is the correct sequence of steps when a web browser accesses a web server?
Select and Place:
Question #61 Section 1
Which port type does a Dell EMC Networking N-Series switch have for its console connection?
C. USB A
D. USB B
Answer: page 197A
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Dell EMC says it is using its commitment to open networking to put competitive pressure on industry powerhouse Cisco Systems and other market leaders, and will unveil state-of-the-art networking products during the Dell EMC World conference in Las Vegas this week.
According to Dell EMC's networking boss, Tom Burns, the company will unveil the industry's &shy; first 25-Gigabit Ethernet top-of-rack platform enabled for open networking, as well as a new 10/100-Gigabit Ethernet open networking top-of-rack switch, 100-Gigabit Ethernet fabric uplinks, and a 10/100-Gigabit Ethernet switching platform for campus environments.
The 10-Gigabit Ethernet and 25-Gigabit Ethernet platforms will run on a new version of Dell EMC's Linux-based OS10 operating system, which will be released as OS10 Enterprise Edition.
[Related: Dell EMC World 2017]
The new releases come as Dell EMC's open networking charge begins to bear fruit. In its most latest &shy; fiscal quarter, Dell EMC's service and networking business was up 12 percent year over year to $12.8 billion. Although the Round Rock, Texas, company does not break out networking, that business saw a "double-digit" increase, its highest level in two years, said Burns, senior vice president of networking, service provider and enterprise infrastructure.
That success, he said, is coming from customers such as large web technology &shy;firms and service providers and shows that Dell EMC's open, disaggregated networking approach can be a serious contender in a market dominated by Cisco. Dell EMC's ability to provide a large portfolio of options that can be offered as complete, ‑ flexible solutions is key, according to Burns.
A good example, he said, is its ability to offer VMware NSX in an open strategy. "When you look at the Dell Technologies networking capabilities, and pull in an NSX, it's a formidable challenger that's growing very quickly in the networking space whether it's virtual, automated or physical," he said.
"NSX is agnostic as to what hardware it sits on," Burns said.
"Our networking is disaggregated. You have a choice of software. Within the physical data plane, it's merchant silicon. Customers want to move forward with a more commodity/open approach. ... In many circumstances [Cisco] ACI ... requires a relatively large infrastructure upgrade to enable the ACI to work on the infrastructure and [it] won't work on anything but Cisco infrastructure. You've got to buy more Cisco stuff, and you're going to be locked in for a period of time," Burns said.
Dell EMC also has invested in training so its team can help partners. "We trained about half of our networking sales force that are now NSX-certified, and I'm not talking about the light reading," said Burns. "This is the deep-dive sessions into the product where they can do demos and proofs-of-concept. We're spending a lot of time seeing how we can be better together even though a lot of NSX is on non-Dell EMC infrastructure. How can we create more simpli&shy;fication to the process for our customers and our partners?"
Dell EMC networking has seen strong growth in its channel business on a global basis, said Burns. "We've been focused on that," he said. "We put some resources in place at certain large VARs. We have more networking specialists to work hand in hand with them, and we saw close to double-digit growth in our channel business and our distribution business as well."
Scott Winslow, CEO of Winslow Technology Group, a Waltham, Mass., solution provider that works with Dell EMC, said the message around openness and ‑ flexibility resonates with customers.
"You can also provide them the ‑ flexibility with a hyper-converged solution with XC Nutanix, VxRail, VxRack. If you can provide them the software and networking solutions and add the consumption model in there, you've got an enterprise cloud experience on their floor. People are moving apps to the cloud or doing a lot of Software-as-a-Service. They're getting accustomed to that model, and it seems like it's incumbent on the OEM providers to answer that call."
Dell EMC launched a new family of 25-GbE switches on Tuesday that provide the ideal network underlay for VMware NSX and software-defined storage implementations with sights on taking share from Cisco through Dell’s open networking approach.
"There's a big tug-of-war between those who want to lean heavily into NSX versus those that might be taking more of a Cisco approach and investing in what's embedded in the network," said Jeff Baher, director of product and technical marketing for Dell EMC's networking and service provider solutions, in an interview with CRN. "There's a big performance upgrade with the move away from the standard 10-GbE. That's when people start to consider, 'Should I go down an open networking path where I have the option to run different flavors of software on those switches? Or do I want to double down and have that be locked down with a specific flavor of software from a specific vendor?' … We're helping our customers here deploy a more robust and cost-effective VMware software-defined data center."
Cisco did not respond for comment by press time.
Dell EMC's new S5200 top-of-rack open networking switches aim to help customers meet the growing demands of in-rack and storage network traffic with features such as advanced buffering, higher forwarding tables and data plane support for VxLAN routing.
The key factor included in the S52000 leaf series is Dell EMC's flagship open-source 10 Enterprise Edition networking operating system. The OS10 Enterprise Edition is designed to allow multi-layer disaggregation of the network functionality. The OS combines Linux and open computing to advance open network disaggregation by supporting multiple architectures and environments.
"We have customers asking for [OS 10 Enterprise Edition] because they don’t want to get locked into proprietary systems," said Michael Murphy, president of Nanuet, N.Y.-based solution provider and VMware partner VirtuIT Systems. "It gives them a lot of flexibility and more options with no single vendor lock-in."
Murphy said it's a competitive advantage for Dell EMC’s networking portfolio against Cisco to have switches tailor-made for VMware environments.
"One of the biggest challenges that we see is Cisco politics. When we're going into large shops with something like VxRail, when it comes to the networking part on why they should consider Dell open networking, it doesn't matter to customers if they're a Cisco shop. We hit a roadblock," said Murphy. "The tighter integration with VMware and NSX and VMware software-defined data centers should help that."
Dan McCormick, executive vice president of Davenport Group, a St. Paul, Minn.-based Dell EMC partner and 2018 CRN Triple Crown winner, said customers are starting to take a closer look at Dell EMC's open networking strategy because they don't want to be constraint by network hardware.
"The approach both Dell EMC and VMware have taken around networking that has been more about integrating within the entire virtualization software stack without feeling like you have to be constrained within a particular ecosystem or that you're penalized if you go outside of the ecosystem," said. "For most customers, these 25-GbE top of rack switches are going to be their sweet spot and they can step into it knowing that they have flexibility going forward versus feeling like they're trapped within a limited ecosystem which might be the approach some competitors are putting forward."
The S5200 switches accelerate software-defined data centers with robust underlay for VMware NSX and target customers who have invested in VMware's Software-Defined Data Center (SDDC) architecture, according to Dell EMC's Baher.
"There's a big economic driver as well to simplify and lower the cost structure of the physical underlay as people are looking to invest more in their virtual networking and the NSX capabilities," he said.
VMware NSX has been reinvented in 2018 and is spreading across the company's entire portfolio. Various NSX-based network and security solutions were pushed into the public cloud this year along with new products such as NSX Cloud, which provides consistent networking and security for applications running in both private VMware-based data centers and natively in public clouds.
In a latest keynote presentation at the 2018 Best of Breed (BoB) Conference, VMware CEO Pat Gelsinger said he wants to disrupt the security industry leading with NSX.
"I want to disrupt everything about the security industry. It's all screwed up," said Gelsinger. "I think security [vendors have] failed our customers in the past. … The No. 1 use case for NSX is security, and I expect that's going to [continue.]"
Additionally, Dell EMC's new S5200 family helps form high-performance 100-GbE data center fabrics for traffic between racks.
"People are increasing their speeds, moving to 25-Gig or 100-Gig, but they're trying to flatten out these architectures as well to get faster performance across the racks for a lot of these applications," said Dell EMC's Baher. "There's a significant opportunity for our partners to help customers of various sizes figure out what is the appropriate strategy as they re-architect their data centers."
By the beginning of 2023, the biggest storage provider (Dell EMC) had seen growth in market share, while a giant of the past (IBM) had seen things slide.
At the same time, Huawei consolidated its position near the top of the league and Pure Storage benefitted from increasing market share.
At the same time, all storage suppliers rejigged their offer for a new norm of hybrid cloud and multicloud working, cloud-native applications and containerisation, and as-a-service procurement models in storage.
We look at how storage suppliers have responded to the changing IT landscape. We also bring market share figures for 2022 and 2021 and examine the shifts in fortunes of storage suppliers as recorded by IDC research.
Here are Computer Weekly’s top 10 stories on storage suppliers in 2023.
We look at the top suppliers in data storage by market share and run the rule over their storage offer, strategies for hybrid cloud, containerisation and as-you-go purchasing.
In this storage profile, we look at Dell EMC, the result of the biggest tech acquisition ever, and find a company well set for ubiquitous cloud operating models and as-a-service.
In this storage profile, we look at HPE, its Alletra storage refresh and Greenlake, and the ways the company is rebranding as a full-stack provider across on-premise and hybrid cloud.
Huawei is a leading storage player with an enterprise product offer across file, block and object storage, and the cloud, despite controversy and trading difficulties.
In this storage profile, we look at NetApp, which built a reputation in file access storage but seems to be set fair to navigate a future of hybrid cloud, cloud-native and containerisation.
In this storage profile, we look at Pure Storage, the youngest of the array makers, which comes to market with a well-developed flash, hybrid cloud and consumption purchasing model.
In this storage profile, we look at Hitachi Vantara, its storage, its cloud offer, the workloads it targets, and its efforts in containerisation and consumption models of storage purchasing.
In this storage profile, we look at IBM and the strategic shifts it has made towards the cloud, cloud-native and as-a-service offerings that aim to reverse a long-term decline in revenues.
We look at the growing list of possibilities when it comes to paying for storage infrastructure, ranging from upfront purchases with upgrades to pure pay-as-you-go options.
Container storage is a complex but vital task. We survey the big six storage makers and see methods are starting to align around management platforms.
After acquiring acquired EMC in a $60 billon-plus deal last year, the merged entity, Dell EMC has now announced major platform refreshes to its enterprise storage platform, VMAX, as well as the next generation XtremIO purpose-built All-Flash array to provide IT
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