Exam Dumps as Additional Knowledge to Prepare for Your Cisco 300-320 Test

Cisco 300-320, Designing Cisco Network Service Architectures (ARCH), was part of the requirements for earning the CCDP credential. This certification exam was retired by Cisco on February 24, 2020, and replaced by a new role-based test. It is recommended that you go through the Cisco website to learn more about the new certificates and their associated exams.

The Cisco 300-320 exam was developed to evaluate one’s specific knowledge and skills in the domain of network designing. In this article, we’ll look at the full details of the test, so that you have an idea about what it could give to the candidates.

Overview of Cisco 300-320 exam details

Cisco 300-320 had about 60-70 questions and the allocated time for its completion was 75 minutes. This means that the examinees had a little above one minute to tackle each question. The passing score was for CCNA, CCNP, CCIE 200-301 300-410 ENARSI – 300-415 ENSDWI – 300-425 ENWLSD Six Sigma VCE Ms-202 70-412 on a scale of 1000. You can easily achieve that by going through Cisco CCNA 200-301 Practice Test Questions.

You can be surprised, but there are still quite a number of resources available for preparation for Cisco300-320. Of course, there is no need to prepare for this exam anymore, but it can be good support for you to enhance the current knowledge for further improvement or for one of the Cisco tests that you are about to take. You can find a rich portfolio of study materials on the PrepAwaywebsite. You can get the premium bundle with a study guide and practice questions at a discount or just download some free braindumps to have them in your possession and use them whenever you need it.

Overview ofCisco 300-320 exam topics

Cisco 300-320 covered a wide range of topics and subtopics. If you want to pass one of the new Cisco tests, we recommend that you take a quick look at the objectives below. There is a chance that you need to learn something similar to your current exam. Therefore, braindumps will be a pleasant addition to your preparation. Let’s dive into it!

Advanced Addressing and Routing Solutions for Enterprise Networks (22%)

The topic focused on the skills related to the formation of structured addressing design for the facilitation of summarization. It covered Hierarchy, Scalability, Efficiency, and NAT. Competence in creating a secure, scalable, and stable routing design for IS-IS was also required. Additionally, the applicants must be able to create a secure design for EIGRP, OSPF, and BGP. Domain-covered transit prevention, authentication, fundamental route filtering, communities, route reflectors, and fundamental traffic engineering. The individuals also should be able to determine the strategies of IPv6 migration, covering Native, Overlay, and Boundaries.

Advanced Enterprise Campus Networks (20%)

This section came with a variety of skills and knowledge. It included the capability to design for high availability, which covered device virtualization and first-hop redundancy protocols. The skills in designing campus L2 infrastructures were also critical. It included STP scalability, fast convergence, and loop-free technologies. The candidates also should also be able to design multi-campus L3 infrastructure, which includes VRFs, optimal topologies, load sharing, route filtering, and router summarization. Competence in designing a network to support its programmability was also essential for success in the Cisco 300-320 exam. It covered describing ACI (Application Centric Infrastructure), choosing the relevant controller to meet prerequisites, as well as recognizing and addressing major security issues within network programmability visit https://www.certbolt.com.

WANs for Enterprise Networks (17%)

You had to be in a position to compare & contrast connectivity options for WAN. It included dynamic multi-point VPN, private lines, IPSec, generic routing encapsulation, L2 VPN, and MPLS L3 VPN. The ability to design site-to-site VPN was also the requirement, and you had to cover DMVPN (dynamic multi-point VPN), group encrypted transport VPN, IPSec, and L2 VPN. The domain also gave the opportunity to gain mastery of skills required to design a resilient WAN strategy, including single-homed, multi-homed, failover, and backup connectivity.

The student’s capability to design extranet connectivity, such as VPN, multi-tenant segmentation, and private lines, was also important for excellent performance in Cisco 300-320. In addition to this, the test takers should be able to design Internet edge connectivity, which entails NAT, DMZ, resiliency, fundamental traffic engineering methods, and Proxy functionality.

Enterprise Data Center Integration (17%)

The ability to explain some concepts was evaluated under this objective. It was also important to be able to describe a modular and scalable data center network, which covers end-of-row, top-of-rack, multi-tier topologies, and multi-tenant environments. The candidates had to get the knowledge of network virtualization technologies, including VSS, VPC, VRFs, VDCs, VCLAN, fabric Path/TRILL, and multi-chassis Ether-Channel.

Demonstration of one’s capability to explain high availability in the data center network, which entails VSS, VPC, and multi-chassis Ether-Channel was also vital. Additional skills include data center interconnectivity design (covering OTV, L2 vs. L3, A-VPLS, VPLS, and Private Line)as well as data center & network integration design (including Traffic flow, Resiliency, Security, and Bandwidth).

Security Services (13%)

The skills required to explore this topic included designing IPS solutions and firewalls, which entails modes of operations, high availability methods, multiple contexts, clustering, and IPS placement & functionality. It also covers skills in designing solutions for network access control, covering EAP, 802.1x, authentication services, RBAC, TrustSec, and fundamental denial of service mitigation methods. In addition, the applicants had to be able to design the infrastructure protection, which covers CoPP, L2 and L3 security considerations, and Infra Structure ACLs.

Network Services (11%)

This topic area has the lowest percentage of all the exam objectives but it’s not the least important. Your competence in this domain can make a significant positive impact on the outcome of your preparation. To develop skills in this subject, it is important that you understand how to select relevant QoS strategies to meet the requirements of customers, which cover IntServ and DiffServ.

You also need to be able to design end-to-end QoS policies, covering policing, shaping, queuing, classification and marking. The examinees should also be able to explain network management methods, including segmented management networks, in-band versus out-of-band, and network management traffic prioritization. Other areas were as follows: multicast routing concepts (rendezvous point, RPF, share trees, source trees) and multicast services, such as MSDP, SSM, and PIM bidirectional.