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EMC DES-5221 Exam Topics, Blueprint and Syllabus

Specialist - Implementation Engineer-Data Center Networking

Last Update November 17, 2024
Total Questions : 60

Our DCS-IE Datacenter Networking DES-5221 exam questions and answers cover all the topics of the latest Specialist - Implementation Engineer-Data Center Networking exam, See the topics listed below. We also provide EMC DES-5221 exam dumps with accurate exam content to help you prepare for the exam quickly and easily. Additionally, we offer a range of EMC DES-5221 resources to help you understand the topics covered in the exam, such as DCS-IE Datacenter Networking video tutorials, DES-5221 study guides, and DES-5221 practice exams. With these resources, you can develop a better understanding of the topics covered in the exam and be better prepared for success.

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EMC DES-5221 Exam Overview :

Exam Name Specialist - Implementation Engineer-Data Center Networking
Exam Code DES-5221
Actual Exam Duration The duration of the EMC DES-5221 exam is 90 minutes.
What exam is all about The EMC DES-5221 exam is a certification exam for the EMC Data Science and Big Data Analytics Specialist (EMCDSA) certification. It is designed to test the knowledge and skills of professionals in the field of data science and big data analytics. The exam covers topics such as data analysis, data mining, machine learning, predictive analytics, and data visualization.
Passing Score required The passing score required to pass the EMC DES-5221 exam is 70%.
Competency Level required The EMC DES-5221 exam is an entry-level certification exam for EMC Data Science and Analytics. It is designed to assess the knowledge and skills of individuals who are new to the field of data science and analytics. The exam covers topics such as data analysis, data visualization, machine learning, and data engineering. To pass the exam, candidates must demonstrate a basic understanding of these topics and demonstrate the ability to apply them in a practical setting. The recommended competency level for the exam is Associate level.
Questions Format The EMC DES-5221 exam consists of multiple-choice and drag-and-drop questions.
Delivery of Exam The EMC DES-5221 exam is available in two formats: online and paper-based. The online version is delivered through the EMC Proven Professional Certification Portal, while the paper-based version is delivered through Pearson VUE.
Language offered The EMC DES-5221 exam is offered in English.
Cost of exam The cost of the EMC DES-5221 exam is $200 USD.
Target Audience The EMC DES-5221 exam is designed for IT professionals who are looking to gain expertise in the implementation and management of EMC Data Domain systems. This exam is suitable for IT professionals who have experience in storage, networking, and virtualization technologies. It is also suitable for those who have experience in the installation, configuration, and maintenance of EMC Data Domain systems.
Average Salary in Market The average salary for someone with an EMC DES-5221 certification is around $90,000 per year.
Testing Provider The EMC DES-5221 exam is available through the EMC Proven Professional Certification Program. The exam is administered by Pearson VUE, a third-party testing provider.
Recommended Experience The recommended experience for the EMC DES-5221 exam is at least one year of experience in designing, implementing, and managing EMC Data Domain systems. Additionally, candidates should have a good understanding of storage networking, storage protocols, and storage management.
Prerequisite There is no specific prerequisite for the EMC DES-5221 exam. However, it is recommended that you have a basic understanding of data center technologies, including storage, networking, and virtualization. Additionally, it is recommended that you have experience with EMC storage solutions, such as VNX, VMAX, and Isilon.
Retirement (If Applicable) The expected retirement date of the EMC DES-5221 exam is currently unknown.
Certification Track (RoadMap): The EMC DES-5221 certification track/roadmap is a series of exams designed to help IT professionals demonstrate their knowledge and skills in the areas of data storage and management. The DES-5221 exam is the final exam in the certification track and covers topics such as storage architecture, storage networking, storage management, and storage security. Passing the DES-5221 exam is required to earn the EMC Data Storage and Management Professional (DSMP) certification.
Official Information https://education.dellemc.com/content/dam/dell-emc/documents/en-us/DES-5221_Specialist_Implementation_Engineer_Data_Center_Networking_Exam.pdf
See Expected Questions EMC DES-5221 Expected Questions in Actual Exam
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Dell EMC DES-5221 Exam Topics :

Section Weight Objectives
Networks – The Basics 19.6%
  • Identify common data center topologies, protocols, and topologies; describe the Dell EMC data center switch portfolio
  • Basic switch configuration: Identify the normal boot process of a S and Z-Series switch running OS 10. List the first-time switch setup requirements. Perform the steps for upgrading switch firmware in OS 10.
  • Access Control Lists: Explain the purpose of access control; apply appropriate commands to deny or permit IP connectivity; complete the required configuration to permit host access control; determine why particular computers are being blocked from accessing a server
  • AAA Security: Explain the purpose of AAA security; describe AAA process, core components and their function; configure local and RADIUS authentication
  • Dynamic Host Configuration Protocol: DHCP’s basic operation; Explain the role of the DHCP Relay; configure DHCP in OS10; identify the options to secure
  • DHCP from attacks
Layer-2 Technologies and Protocols 20.1%
  • Virtual Lans - Identify the characteristics of a VLAN; explain the differences between tagged and untagged frames; configure VLAN trunking; configure VLAN Port membership; verify trunking and Port Membership; troubleshoot VLANs
  • Spanning-tree Protocol - Identify the operations and use cases for STP; Configure and validate RSTP/MSTP/RSTP-PV; Manipulate spanning tree root bridge and port cost configurations
  • Link Aggregation Groups - Identify the operations and use cases for LAGs; configure, verify, and trouble shoot static LAGs; configure, verify, and troubleshoot dynamic LAGs
  • Discovery Protocols - Describe the characteristics of discovery protocols; describe uses cases for using discovery protocols; explain how to configure
  • and validate. Configure discovery protocols; interpret LLDP outputs
Discovery Protocols - Describe the characteristics of discovery protocols; describe uses cases for using discovery protocols; explain how to configure and validate. Configure discovery protocols; interpret LLDP outputs 30.7%
  • Basic Routing - Configure IPv4 on an interface; identify when to utilize a gateway as a last resort; configure and modify static routes; test inter-VLAN routing
  • Open Shortest Path First - describe OSPF operation, and core components; configure and validate OSPF using; interpret OSPF show commands; describe
  • the operations and use cases for ECMP; test inter-VLAN routing
  • Border Gateway Protocol - Explain operations of BGP;
  • identify design best practices when configuring BGP in a leaf/spine environment; configure and validate BGP; Describe the operations and use cases for ECMP; configure and validate ECMP
  • Policy-Based Routing - Describe the basic operation of PBR; identify PBR use cases; configure and validate PBR
Data Center Technologies and Protocols 29.6%
  • Virtual Link Trunking - Describe the components that makeup a VLT configuration; Configure and validate VLTs; troubleshoot basic VLT
  • configuration issues
  • Virtual Router Redundancy Protocol - describe the basic operation of VRRP; identify the components of VRRP; describe VRRP Priorities; compare Pre-empt and no Pre-empt; configure VRRP on switches configured for VLT
  • Uplink Failure Detection - describe the components and operation of UFD; identify the differences between Active/Active and Active/Standby; configure and verify UFD
  • Virtual Routing and Forwarding - describe the operations and use cases for (VRF); configure and validate VRF
  • Quality of Service - Describe the basic operation of QoS; Describe how QoS identifies and marks traffic; identify the characteristics of QoS; identify QoS
  • protocols and their uses; configure QoS
  • Multicast - Explain in depth the concepts relating to IP Multicast technology; compare IGMP and PIM use cases; identify the steps required to configure
  • multicasting into an existing multicast environment