E10-001 Information Storage and Management Version 2 Exam, Retiring December 31, 2015
E10-001 exam is a qualifying exam for EMC Information Storage Associate v2 (EMCISA) certification. The EMC Information Storage Associate (EMCISA) certification is a prerequisite Associate level certification for the following EMC Proven Professional tracks: Cloud Architect (EMCCA), Data Center Architect (EMCDCA), Storage Administrator (EMCSA), Technology Architect (EMCTA), Implementation Engineer (EMCIE), and Platform Engineer (EMCPE).
E10-001 exam focuses on information storage and management in classic, virtualized and cloud environments. It includes data center key elements, intelligent storage systems, storage networking technologies, and various business continuity options – along with security and management of a storage infrastructure. It also covers various aspects of cloud computing. A limited number of questions refer to product examples that are used in the training to reinforce the knowledge of technologies and concepts.
Download the latest E10-001 exam questions and answers to practice for your test.
Introduction to information storage
Data center environments
Intelligent storage system
Storage Networking Technologies
Fibre Channel SAN (FC SAN)
IP SAN and FCoE
Network-attached storage (NAS)
Object-based and unified storage
Backup, Archive, and Replication
Introduction to business continuity
Backup and archive
Cloud Computing, and Security and Management of Storage Infrastructure
Securing storage infrastructure
Managing storage infrastructure
1.Which data center characteristic ensures that data is stored and retrieved exactly as it was received?
2.Which capability does big data analytics provide?
A.Translating large volumes of data into right decisions
B.Storing large volumes of data without affecting availability
C.Reducing the data storage capacity requirement
D.Performing analytics using traditional tools
3.Which I/O characteristics, generated by an application, influence the overall performance of storage system and storage solution designs?
A.Seek time, rotational latency, and data transfer time
B.Read versus write-intensive, rotational latency, and I/O size
C.Read versus write-intensive, sequential versus random, and I/O size
D.Data transfer time, sequential versus random, and seek time
4.Which technology enables the detachment of the user state, the O/S, and has the applications from end-point devices?
5.What accurately describes the seek time of a disk drive?
A.Time taken to position the read/write head over the correct track
B.Time taken by the platter to position the data under the read/write head
C.Time taken to read a block of data from the platter
D.Time taken by the controller to service an I/O from the application