E20-329 - Study Material - Technology Architect Backup and Recovery Solutions Design

The duration of the EMC E20-329 exam is 90 minutes.

The EMC E20-329 exam is designed for technology architects who specialize in backup and recovery solutions design. The exam tests the candidate's knowledge and skills in designing and implementing backup and recovery solutions for various types of data and systems. The exam covers topics such as backup and recovery concepts, backup and recovery design, backup and recovery implementation, and backup and recovery management. The exam is intended for professionals who have a minimum of three years of experience in backup and recovery solutions design. The exam is conducted online and consists of multiple-choice questions. The exam is designed to test the candidate's knowledge and skills in designing and implementing backup and recovery solutions for various types of data and systems. The exam is a comprehensive test of the candidate's knowledge and skills in backup and recovery solutions design and is an important step in becoming a certified technology architect in backup and recovery solutions design.

The EMC E20-329 exam consists of 60 multiple-choice questions.

The passing score for the EMC E20-329 exam is 63%.

The EMC E20-329 exam is designed for technology architects who specialize in backup and recovery solutions design. The exam is intended for professionals who have a minimum of three years of experience in backup and recovery solutions design.

The EMC E20-329 exam consists of multiple-choice questions.

EMC E20-329 exam can be taken both online and at testing centers. Online exams are proctored and can be taken from anywhere with a stable internet connection. On the other hand, testing centers provide a controlled environment for taking the exam. It is recommended to choose the option that suits you the best. If you are comfortable taking exams online, then you can opt for the online exam. However, if you prefer a more traditional approach, then you can go for the testing center option. It is important to note that both options have their own set of rules and regulations that need to be followed.

EMC E20-329 exam is offered in English language only.

The cost of EMC E20-329 exam may vary depending on your location and the testing center you choose. However, the average cost of the exam is around $200. It is recommended to check the official website of EMC for the latest pricing information.

EMC E20-329 exam is designed for storage administrators, system administrators, and implementation specialists who are responsible for managing and maintaining EMC storage technologies. The exam is also suitable for those who want to validate their skills and knowledge in EMC storage technologies.

The average salary of EMC E20-329 certified professional varies depending on their job role, experience, and location. However, according to Payscale, the average salary of an EMC storage administrator is around $85,000 per year. The salary may increase with experience and additional certifications.

The testing provider for EMC E20-329 Exam is Pearson VUE.

It is recommended that candidates have at least two years of experience in storage administration.

There are no prerequisites for the EMC E20-329 Exam.

The EMC E20-329 Exam has already retired. For more information, please visit https://education.dellemc.com/content/dam/dell-emc/documents/en-us/E20-329_Storage_Area_Networks.pdf.

The EMC E20-329 Exam is part of the Dell EMC Proven Professional - Storage Administrator, Storage Engineer and Platform Engineer tracks.

The EMC E20-329 Exam covers topics such as Symmetrix VMAX architecture, management, and configuration, as well as the concepts of virtual provisioning, FAST, and SRDF.

Sample questions for the EMC E20-329 Exam can be found on the official EMC website or through various exam preparation resources.

The difficulty level of the EMC E20-329 Exam is considered to be moderate to difficult, requiring a strong understanding of the topics covered and hands-on experience with Symmetrix VMAX systems.