Pass Cisco CCDE 352-001 Exam in First Attempt Easily

Cisco CCDE 352-001 Practice Test Questions, Cisco CCDE 352-001 Exam Practice Test Questions

Looking to pass your tests the first time. You can study with Cisco CCDE 352-001 certification practice test questions and answers, study guide, training courses. With Exam-Labs VCE files you can prepare with Cisco 352-001 CCDE Design Written exam practice test questions and answers. The most complete solution for passing with Cisco certification CCDE 352-001 exam practice test questions and answers, study guide, training course.

The Cisco CCDE written exam, also known under the codename 352-001, is designed to validate the expertise of the professionals in gathering and clarifying the network functional requirements, developing network designs to satisfy functional specifications, developing an implementation plan, conveying design decisions as well as their rationale, and possessing the expert-level network infrastructure competency.

Target Audience

The Cisco 352-001 exam is intended for the expert-level network leads of IT infrastructure teams, network design engineers, and expert-level network leads of architecture teams who are involved in translating the business needs, budget, as well as operational restrictions into a converged solution design.

Prerequisites

There are no formal prerequisites for this Cisco CCDE written exam. The candidates do not need to undertake any specific training or hold other professional-level certifications. However, the applicants should have a good comprehension of the topics before attempting the test.

Exam Details

The content of the Cisco 352-001 exam is made up of 90-110 questions. The individuals are given 120 minutes to complete all of them. It is delivered in the English language through the Pearson VUE testing company. The certification exam is closed book and no reference materials are allowed during the session.

The Cisco 352-001 exam is one of the requirements for obtaining the Cisco Certified Design Expert (CCDE) certification. To get certified, the applicants also need to ace the lab test known as CCDE practical exam v2.0. After completing these two requirements, you will be awarded this sought-after certificate, which is valid for three years.

Skills Measured

The Cisco 352-001 exam evaluates the network design knowledge and skills of the candidates in the areas of tunneling, routing, management, quality of service, capacity, cost, and security. The specific topics covered in this certification test are outlined below:

• Layer 2 Control Plane – 24%

  Within this topic, the candidates must possess the skills in describing fast convergence mechanisms and techniques (including down detection, interface dampening); describing loop detection as well as mitigation protocols (including spanning tree types as well as spanning tree tuning techniques); describing mechanisms that can be utilized for developing loop-free topologies (including switch clustering, multipath, flex links, REP, loop detection & mitigation); describing the effect of transport mechanisms as well as their interaction with routing protocols over various kinds of links (including describing multicast routing concepts); describing the impact of fault isolation and resiliency on network design (including fate sharing, fault isolation, virtualization, redundancy, segmentation).

• Layer 3 Control Plane – 33%

  This domain requires that the examinees have the skills, such as describing the route aggregation concepts as well as techniques (including the purpose of route aggregation, when to leak routes/avoid suboptimal routing; determine aggregation location and techniques); describing the theory as well as implementation of network topology layering (including Layers as well as their purposes in various environments); describing the theory & application of network topology abstraction (including the purpose of link state topology summarization as well as the use of link state topology summarization); describing the impact of fault isolation and resiliency on network design or network reliability (including fate sharing, fault isolation, redundancy); describing metric-based traffic flow as well as modification (including metrics to modify traffic flow and third-party next hop). In addition, the applicants should demonstrate that they are capable of describing fast convergence mechanisms as well as techniques (including protocol timers as well as loop-free alternates); describing factors that have impact on convergence (including microloops, recursion, and transport); describing unicast routing protocol operation (including OSPF, ISIS, BGP, and RIP) in regards to network design (including loop-free paths, flooding domains & stubs, neighbour relationships, iBGP scalability). Moreover, they need to have proficiency in analyzing operational complexity & costs (including routing policy as well as redistribution methods); describing the interaction between routing protocols as well as topologies; describing generic routing as well as addressing concepts (including policy-based routing, NAT, subnetting, RIB-FIB relationships); describing multicast routing concepts (including common multicast concepts, source specific, MSDP/anycast, PIM, mVPN); describing IPv6 operations as well as concepts (including general IPv6 concepts & IPv6 security).

• Network Virtualization – 15%

  Here the test takers must confirm their competency in describing Layer 2 as well as Layer 3 tunneling technologies (including tunneling for security, tunneling for network extension, tunneling for resiliency tunneling for protocol integration, tunneling for traffic optimization); analyzing the implementation of tunneling (including tunneling technology selection, tunneling endpoint selection, tunneling parameter optimization of end-user applications, effects of tunneling on routing, routing protocol selection as well as tunnel tuning).

• Design Considerations – 18%

  This section encompasses the individuals’ expertise in analyzing various QoS performance metrics (including application requirements pas well as performance metrics); describing types of QoS techniques (including classification & marking, policing shaping, queuing); defining QoS strategies on the basis of the customer requirements (including DiffServ and IntServ); defining network management requirements; defining network application reporting requirements; describing tools, technologies, as well as protocols that are utilized for handling a network; describing the reference processes as well as models that are utilized for handling a network (including ITIL, TOGAF, and FCAPS); describing best practices utilized to protect network infrastructure (including securing administrative access as well as controlling plane protection); describing best practices to protect network services (including deep packet inspection as well as data plane protection); describing tools as well as technologies for identity management; describing tools as well as technologies for 802.11 wireless deployment; describing tools as well as technologies for optical deployment; describing tools as well as technologies for SAN fabric deployment.

• Evolving Technologies v1.1 – 10%

  This subject area includes your familiarity with Cloud that entails comparing and contrasting private, hybrid, public, and multicloud design considerations as well as describing Cloud infrastructure & operations. Besides that, the learners need to demonstrate the awareness of network programmability that includes describing architectural & operational considerations for a programmable network. In addition, the candidates should be conversant with the Internet of Things (IoT) comprising the ability to describe architectural framework & deployment considerations for IoT.

Career Opportunities

After clearing the Cisco 352-001 exam and obtaining the Cisco Certified Design Expert certification, the professionals can take up numerous job roles. Some of the titles that you will qualify for after getting certified include a Network Administrator, a Network Engineer, a Network Designer, a Senior Network Engineer, a Network Architect, an Operational Technologist, a Solutions Architect, and a Consulting Engineer, among others. All of these positions can bring you a decent salary. Thus, according to PayScale, the average salary for a Network Engineer amounts to $74,570 per annum, while a Solution Architect can earn about $119,021 per year.

Use Cisco CCDE 352-001 certification exam practice test questions, study guide and training course - the complete package at discounted price. Pass with 352-001 CCDE Design Written practice test questions and answers, study guide, complete training course especially formatted in VCE files. Latest Cisco certification CCDE 352-001 exam practice test questions and answers will guarantee your success without studying for endless hours.