Cisco CCDE Certification Exam Practice Test Questions, Cisco CCDE Exam Dumps

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The Cisco Certified Design Expert (CCDE) certification validates the skills and knowledge of the expert-level professionals in the domain of network design. It also validates the expertise and advanced knowledge of the network designers in the support of increasingly intricate networks of global enterprises through the effective translation of business strategies into specific evolutionary technical strategies.

The candidates for this certification are the expert-level network leads of the Information Technology infrastructure team and expert-level network design engineers. This certificate is also designed for the network leads of the architecture teams who work in the job roles that involve the translation of operational constraints, business requirements, and budget into designs of converged solutions.

To obtain the Cisco CCDE certification, the candidates must pass two tests: written and practical lab. The applicants are not required to fulfill any mandatory prerequisites to pursue this certificate. There are also no specific training courses that the learners must complete to get it. However, they should have extensive knowledge of the exam topics. It is also recommended that they have five to seven years of practical experience in designing and architecting network solutions. The individuals should also have competence in other related technical activities, including pre-sales work.

Exam Details

The applicants for the CCDE certificate are required to ace two exams. The first is a written test, Cisco 352-001. It focuses on one’s skills and knowledge in the domains of network design, translating the technical and business requirements into business strategies, specifications, and technologies. The exam is 120 minutes long and consists of 90-110 questions. The second is an 8-hour practical lab test that evaluates the ability of the learners to carry out design analysis, develop design implementations based on best practices, and justify the design prerequisites. The candidates must achieve the passing score in the written exam before they can register for the second test.

Cisco does not offer any recommended training course for the 352-001 CCDE exam. However, it provides an array of resources that the candidates can explore to prepare for this qualifying test. The official website offers extensive tools, including study materials for both the written and practical exams as well as the evolving technologies prep resources. You can also download the spreadsheet for the qualifying test, which contains the specific books, including the chapters and pages that you can use to prepare for your written exam. Everything you need to achieve success in Cisco 352-001 can be found on the vendor’s platform.

Exam Topics

The Cisco CCDE written exam combines your understanding of network design principles and in-depth technical concepts. It also covers the knowledge of product-specific domains, including operations and implementation of concepts and version codes. The highlights of the topics covered in the 352-001 test are enumerated below:

Layer 2 Control Plane: 24%

• Explain the mechanisms and techniques of fast convergence
• Explain loop mitigation & detection protocols
• Explain the mechanisms available for the loop-free topology creation, including REP, Flex links, Switch clustering, Multipath, and Loop mitigation & detection
• Explain the influence of transport devices & the interaction with routing protocols in various links types
• Explain the consequences of resiliency & fault isolation on network design, including segmentation, redundancy, virtualization, and fate sharing

Layer 3 Control Plane: 33%

• Explain the concepts & techniques of route aggregation
• Explain the theory & implementation of network topology layering
• Explain the theory & implementation of the abstraction of network topology
• Explain the consequences of resiliency & fault isolation within network reliability or network design
• Explain metric-based traffic modification and flow
• Explain the mechanisms and techniques of fast convergence
• Explain the factors impacting convergence
• Explain the unicast routing protocol operation concerning network design, including OSPF, BGP, EIGRP, RIP, and ISIS
• Analyze complexity and operation costs, including redistribution methods and routing policy
• Explain the interaction between topologies and routing protocols
• Explain the addressing concepts and generic routing, including RIB-FIB relationships and subnetting
• Explain the multicast routing concepts
• Explain the IPv6 concepts & operations, including IPv6 security, general IPv6 concepts, and IPv6 transition methods

Network Virtualization: 15%

• Explain Layer 2 & 3 tunnelling technologies, including tunneling for resiliency, security, network extension, traffic optimization, and protocol integration
• Analyze the tunneling implementation, including tunneling of technology selection, endpoint selection, routing, and parameter optimization for end-user applications

Design Considerations: 18%

• Analyze various performance metrics for QoS, including performance metrics and application requirements
• Explain the QoS method types, including queuing, shaping, policing, and classification & marking.
• Identify the strategies of QoS according to the customer requirements
• Identify the requirements for network application reporting as well as network management
• Explain protocols, technologies, as well as tools used for network management
• Explain the reference models & procedures used in network management
• Explain best practices used for the network infrastructure protection
• Explain best practices used for the network service protection
• Explain the tools & technologies for identity management, optical deployment, SAN fabric deployment, and IEEE 802.11 wireless deployment

Evolving Technologies v1.1: 10%

• Cloud: compare & contrast private, public, hybrid & multi-Cloud design considerations and explain Cloud infrastructure & operations, among others
• Network programmability: explain the architectural & operations considerations for programmable networks
• Internet of Things: explain the IoT architectural framework & deployment considerations

Career Opportunities

The Cisco CCDE certificate is designed to prepare the professionals for the expert-level job roles in the field of network design and architecture. These positions include the integration of various network elements in a manageable, scalable, and sustainable architecture that supports the increasingly growing needs of customers and enterprises. The individuals with this certification can apply for the titles, such as a Network Engineer, a Network Administrator, a Senior Network Engineer, a Computer Network Technician, a Senior IT Administrator, a Linux Systems Engineer, a Network Architect, a Sales Engineer, a Data Center Solutions Architect, and an IT Manager, among others. The average salary for these roles is $103,000 per annum.

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