Instant Download EMC: D-XTR-DS-A-24 Free Updated Test Dumps
Valid D-XTR-DS-A-24 FREE EXAM DUMPS QUESTIONS & ANSWERS
NEW QUESTION # 13
XtremlO encrypts data that is stored on which drive?
- A. DAE only
- B. Storage Controller and DAE
- C. Storage Controller only
- D. Physical XMS, Storage Controller, and DAE
Answer: A
Explanation:
The Dell EMC XtremIO X2 Storage Array uses Data at Rest Encryption (D@RE) to encrypt data. This encryption occurs on the Self Encrypting Drives (SEDs) within the Data Availability Enclosures (DAE).The DAEs house the physical drives where the actual data is stored and encrypted1.
References:
* Introduction to Dell EMC XtremIO X2 Storage Array document2.
* Dell EMC XtremIO v6.3 document1.
NEW QUESTION # 14
A customer has a workload with the following attributes:
. Generates 500,000 IOPs
. Maximum bandwidth of 14 GB/s
Which XtremlO X2 solution should be recommended to the customer?
- A. 4 X-Bricks
- B. 1 X-Brick
- C. 2 X-Bricks
- D. 3 X-Bricks
Answer: A
Explanation:
To accommodate a workload that generates 500,000 IOPS with a maximum bandwidth of 14 GB/s, the recommended XtremIO X2 solution would be 4 X-Bricks.This recommendation is based on the specifications that a fully populated X-Brick module with 72 flash drives supports 220,000 IOPS1. Therefore, to support
500,000 IOPS, more than two X-Bricks are required. Additionally, the bandwidth requirement of 14 GB/s must be considered, and typically, more X-Bricks can provide higher bandwidth capabilities.
References:
* Dell EMC Ready Solutions for Oracle with XtremIO X2 document2.
* Reference Architecture Guide-Ready Solutions for Microsoft SQL: Design for Dell EMC XtremIO1.
NEW QUESTION # 15
Which host OS supports both 512 bytes and 4 KB XtremIO logical block (LB) volumes?
- A. Linux
- B. VMware
- C. HP-UX
- D. IBM AIX
Answer: B
Explanation:
The Dell EMC XtremIO X2 storage array offers flexible scaling options with building blocks called X-Bricks1.The system can start with a single X-Brick and scale up to 72 SSDs for a single X-Brick1.When additional performance and capacity are required, the system can be expanded by adding additional X-Bricks1.
Among the options provided,VMwareis the host OS that supports both 512 bytes and 4 KB XtremIO logical block (LB) volumes23.VMware vSphere 6.7 and later versions support both 512-byte and 4K logical block sizes23.This is because VMware ESXi detects and registers the 4Kn devices and automatically emulates them as 512e3.
The other options, while they may be part of the overall process, are not specifically known to support both
512 bytes and 4 KB XtremIO logical block (LB) volumes:
* Linuxtypically supports multiple file system block sizes of 512, 1024, 2048, and 40964.However, it's not specifically mentioned that it supports both 512 bytes and 4 KB XtremIO logical block volumes5.
* IBM AIXalso supports multiple file system block sizes of 512, 1024, 2048, and 40966.But again, it's not specifically mentioned that it supports both 512 bytes and 4 KB XtremIO logical block volumes7.
* HP-UXdoes not specifically mention support for both 512 bytes and 4 KB XtremIO logical block volumes89.
Therefore, the verified answer isA.VMware, as it is the host OS that supports both 512 bytes and 4 KB XtremIO logical block (LB) volumes23.
NEW QUESTION # 16
A customer's environment is configured as follows:
. Dual X-Brick cluster
. 8 ESXi hosts with 2 Emulex HBAs
. Each ESXi hosts has 8 LUNs
. Each LUN is visible through 4 paths
What should be the LUN queue depth setting per path?
- A. 0
- B. 1
- C. 2
- D. 3
Answer: A
Explanation:
The LUN queue depth setting per path in a customer's environment configured with a dual X-Brick cluster, 8 ESXi hosts with 2 Emulex HBAs, each ESXi host having 8 LUNs, and each LUN visible through 4 paths, should be set to1281.
This is based on the best practice recommendation for Emulex HBAs in an XtremIO environment, as mentioned in the Dell Community1.The LUN queue depth on the Emulex HBA should be set to
1281.However, this setting might need to be adjusted based on the specific storage environment and the other storage arrays that are being used12.
NEW QUESTION # 17
What are the I/O Elevators?
- A. The amount of SCSI commands (including I/O requests) that can be handled by a storage device at a given time.
- B. Setting which controls for how long the ESX host attempts to login to the iSCSI target before failing the login.
- C. 1/O scheduling algorithm which controls how I/O operations are submitted to storage.
- D. The maximum number of consecutive "sequential" I/Os allowed to be submitted to storage.
Answer: C
Explanation:
Explore
I/O Elevators refer to the I/O scheduling algorithms used in operating systems to control how I/O operations are submitted to storage12.These algorithms, also known as elevators, determine the order in which I/O requests from different processes or devices are serviced by the underlying hardware, such as hard drives or solid-state drives (SSDs)12.The goal of these algorithms is to improve the efficiency of data access and reduce the time wasted by disk seeks3.
The other options provided are not typically referred to as I/O Elevators:
* Option OB, "The maximum number of consecutive 'sequential' I/Os allowed to be submitted to storage", refers to a specific parameter of a storage system, not an I/O Elevator4.
* Option OC, "Setting which controls for how long the ESX host attempts to login to the iSCSI target before failing the login", refers to a specific setting in ESXi host configuration, not an I/O Elevator567.
* Option OD, "The amount of SCSI commands (including I/O requests) that can be handled by a storage device at a given time", refers to the command handling capacity of a storage device, not an I/O Elevator89.
Therefore, the verified answer isA.I/O scheduling algorithm which controls how I/O operations are submitted to storage, as it accurately describes what I/O Elevators are according to the Dell XtremIO Design Achievement document10and other sources123.
NEW QUESTION # 18
You have been requested to connect to the TECH port of a physical XtremIO X2 XMS by Global Technical Support. Which port should the service machine be connected to onthe server?
- A. USB-BOTTOM
- B. USB-MIDDLE
- C. MGMT ETHO
- D. USB-TOP
Answer: C
Explanation:
When Global Technical Support requests a connection to the TECH port of a physical XtremIO X2 XMS, the service machine should be connected to the MGMT ETH0 port on the server. This port is typically used for management purposes and allows for the necessary communication between the service machine and the XtremIO X2 XMS for technical operations and support.
References:
* The Dell EMC support document outlines issues related to the management network configuration failure and mentions the physical XMS management port, which is relevant to the TECH port connection1.
* Additional information on the XtremIO X2 system operation and management can be found in the
"Introduction to XtremIO X2 Storage Array" document, which includes details on the XtremIO Management Server (XMS) and its ports2.
NEW QUESTION # 19
What is the correct sequence of steps to perform a UNMAP operation on a VMware ESXi host that is mapped to an XtremlO volume containing very little data and the XtremIO array shows the space in use?
Answer:
Explanation:
NEW QUESTION # 20
Which slot on a physical XtremIO X2 XMS holds the server's boot disk?
- A. 0
- B. 1
- C. 2
- D. 3
Answer: B
Explanation:
The Dell XtremIO X2 XMS is designed with a specific slot for the server's boot disk. According to the documentation and specifications provided by Dell, the boot disk is located in a designated slot within the system.While the exact slot number is not explicitly mentioned in the snippets provided, the Dell XtremIO design documents, such as the support documentation1, technical whitepapers2, and specification sheets345, contain detailed information about the system architecture and component layout, including where the boot disk is situated.
For a verified and accurate answer, one should refer to the official Dell XtremIO design documents, which provide a comprehensive overview of the system, including detailed diagrams and descriptions of the hardware components and their respective slots. These documents are accessible through Dell's official support page or technical resources related to the XtremIO X2 product line.
NEW QUESTION # 21
Which performance monitoring utility can be used for data gathering on Windows?
- A. iostat
- B. sar
- C. PerfMon
- D. resxtop
Answer: C
Explanation:
ThePerformance Monitor (PerfMon)is a built-in tool in Windows that allows users to monitor and analyze the performance of their system in real time123456.It provides a visual display of built-in Windows performance counters, either in real time or as a way to review historical data7. You can add performance counters to Performance Monitor by dragging and dropping, or by creating custom Data
NEW QUESTION # 22
Which statement is accurate about deduplication on an XtremlO array?
- A. As the deduplication ratio decreases, bandwidth decreases while latency increases
- B. As the deduplication ratio decreases, bandwidth increases while latency decreases
- C. As the deduplication ratio increases, bandwidth increases while latency increases
- D. As the deduplication ratio increases, bandwidth increases while latency decreases
Answer: D
Explanation:
Deduplication on an XtremIO array is a process where redundant data blocks are identified and only unique data is stored. This results in a reduction of the physical storage required, which is referred to as the deduplication ratio. As the deduplication ratio increases, meaning more redundant data is eliminated, the bandwidth effectively increases because less data needs to be transferred over the network.Additionally, latency decreases because the system has to process fewer data blocks, leading to faster response times1.
References:
* The Dell EMC XtremIO X2: Next-Generation All-Flash Array document explains that XtremIO's in-memory deduplication is global across the entire cluster, which means that only unique data is written to the SSDs.This inline deduplication not only saves significant capacity but can also improve performance1.
* The Introduction to XtremIO X2 Storage Array document details how the XtremIO X2 Storage Array automatically reduces (deduplicates and compresses) data on the fly, as it enters the system, which reduces the amount of data written to flash, improving the longevity of the media and driving down cost2.
NEW QUESTION # 23
When troubleshooting SAN performance problems what would be a key indicator of a physical issue?
- A. High CRC error count
- B. High Class 3 Discards
- C. High Buffer to Buffer Credits
- D. Low Buffer to Buffer Credits
Answer: A
Explanation:
When troubleshooting SAN performance problems, a key indicator of a physical issue is a high CRC (Cyclic Redundancy Check) error count. CRC errors are indicative of corrupt data packets during transmission, which often points to issues such as faulty cables, bad ports, or other physical problems in the network infrastructure.
High CRC error counts can lead to retransmissions, reduced throughput, and overall degradation of SAN performance. Addressing the physical components associated with high CRC error counts is essential for restoring optimal SAN operations.
References:
* While the specific Dell XtremIO Design document was not available, general SAN troubleshooting guidelines and best practices indicate that CRC errors are a critical metric to monitor for physical connectivity issues1.
* Additional resources on SAN performance troubleshooting can be found in the support documentation for the XtremIO Family on Dell's official website2.
NEW QUESTION # 24
Which SCSI instructions are used to build a bitmap of the changes between the first snapshot and subsequent snapshots when RecoverPoint is used with XtremIO?
- A. SCSI UPDATE
- B. SCSI TRANSFER
- C. SCSI DELTA
- D. SCSI DIFF
Answer: D
Explanation:
TheSCSI DIFFinstruction is used to build a bitmap of the changes between the first snapshot and subsequent snapshots when RecoverPoint is used with XtremIO1.
The DIFF protocol is a vendor-specific SCSI command which RecoverPoint uses to query XtremIO in order to obtain a bitmap of changes between two snapshot sets1.RecoverPoint uses the output of the DIFF command to read the actual data and transfer it to the target side1.
The other options provided are not typically used for this purpose:
* SCSI DELTAis not a recognized SCSI command2.
* SCSI TRANSFERis not a recognized SCSI command3.
* SCSI UPDATEis not a recognized SCSI command4.
Therefore, the verified answer is A.SCSI DIFF, as it is the SCSI instruction used to build a bitmap of the changes between the first snapshot and subsequent snapshots when RecoverPoint is used with XtremIO1.
NEW QUESTION # 25
What can be demonstrated with the XMS Simulator?
- A. Creating volumes
- B. Configuring connectemc
- C. Initializing cluster
- D. Deploying XMS
Answer: A
Explanation:
The XtremIO XMS Simulator can be used for various purposes, including demos, product training, comparing XMS/XtremIO version release functionality, testing scripts against XtremIO's RESTful API, and XtremIO development, testing, and simulation1. Among the options provided, creating volumes is a task that can be demonstrated with the XMS Simulator.This is because the simulator allows users to interact with a simulated XtremIO environment, which includes managing and operating volumes as part of the overall management simulation1.
NEW QUESTION # 26
You are connecting a Linux host to an XtremlO array. The host will be connected to the array using the QLogic HBA's. Based on the recommended best practice, what is the value for the queue depth?
- A. 0
- B. 1
- C. 2
- D. 3
Answer: B
Explanation:
When connecting a Linux host to an XtremIO array using QLogic HBAs, the recommended best practice for the queue depth value is 256.This setting ensures that the XtremIO X2 storage arrays handle an optimal number of SCSI commands, including I/O requests, which is crucial for maintaining high performance and efficient data processing1.
References:
* The Dell EMC Ready Solutions for Oracle with XtremIO X2 document specifies the LUN queue depth to the recommended value of 256 for the QLogic HBAs used in their virtualized databases server1.
* Additional discussions on HBA Queue Depth and host settings for environments utilizing XtremIO can be found in the Dell Community forums2.
NEW QUESTION # 27
Which standalone tool should be used to demonstrate various XtremlO management capabilities?
- A. VMware Workstation
- B. XIOS 6.0
- C. XMS Simulator
- D. Technician Advisor
Answer: C
Explanation:
The XMS Simulator is a standalone tool designed to demonstrate the various management capabilities of XtremIO. It allows users to interact with a simulated XtremIO environment, providing a safe space to learn and understand the management operations without affecting actual data or systems.The simulator includes features that replicate the actual XtremIO Management Server (XMS), making it an ideal tool for training, demonstrations, and gaining familiarity with XtremIO's management features1.
References:
* The Dell XtremIO Design Achievement document outlines the critical components and best practices for designing solutions with XtremIO, which includes the use of tools like the XMS Simulator for demonstration purposes1.
* Additional resources and documentation on the XtremIO Family support page may provide further
* insights into the use of the XMS Simulator2.
NEW QUESTION # 28
A storage administrator is configuring SAN switches and zoning to connect a four X-Brick XtremlO array. A VMware ESXi server is hosted on a blade chassis with 16 HBA ports.
In addition, the SAN consists of two separate SAN switches.
What is the recommended XtremlO best practice for zoning?
- A. Two HBA connections per host
Single initiator/multiple targets per zone
Maximum of 16 paths for each device
Host connected to each SAN switch - B. First Storage Controllers' HBA ports to the first switch
Second Storage Controllers' HBA ports to the second switch
Multipath all host ports to single LUNs per zone - C. Single Storage Controller HBA port to the first switch
Single Storage Controller HBA port to the second switch
Single initiator/multiple targets per zone
Maximum of 4 paths for each LUN per zone - D. Two HBA connections per host connected to a single switch
Multiple initiators/multiple targets per zone
Maximum of 4 paths for each LUN per zone
Answer: A
Explanation:
For a four X-Brick XtremIO array, the recommended best practice for zoning in a SAN environment with VMware ESXi servers is to have two HBA connections per host, with each host connected to both SAN switches. This configuration allows for redundancy and high availability. The zoning should be set up with a single initiator (the HBA on the host) to multiple targets (the storage controllers' HBA ports) per zone. This ensures that each host has multiple paths to the storage, allowing for failover and load balancing.The maximum number of paths for each device should be 16 to prevent exceeding the path limits and to maintain optimal performance1.
References:
* Dell Technologies community discussions on XtremIO Zoning Best Practices provide insights into the recommended zoning configurations for different XtremIO setups1.
* The Host Configuration Guide for XtremIO, which can be found on the Dell EMC support site, offers detailed instructions on zoning best practices for XtremIO storage arrays2.
NEW QUESTION # 29
A customer has Microsoft Windows servers running Microsoft Multipath IO (MPIO). Which path selection policy should be set for optimal performance when connected to anXtremlO cluster?
- A. Least Queue Depth
- B. Least Blocks
- C. Weighted Paths
- D. Round Robin
Answer: D
Explanation:
For Microsoft Windows servers running MPIO, the optimal path selection policy when connected to an XtremIO cluster is Round Robin. This policy allows for load balancing across all available paths by distributing I/O evenly, which can lead to better performance and utilization of the storage resources.The Round Robin policy ensures that no single path is overloaded with I/O requests, which helps in maintaining consistent performance levels1.
References:
* The Dell EMC SC Series: Microsoft Multipath IO Best Practices document provides insights into the recommended path selection policies for optimal performance2.
* Additional information on MPIO and path selection policies can be found in the Dell EMC knowledge base articles1.
NEW QUESTION # 30
What are four outputs generated using the Dell EMC Power Calculator?
- A. Power consumption, annualized energy costs, weight distribution, and list price
- B. Power consumption, heat dissipation, annualized energy costs, and weight
- C. Power consumption, heat dissipation, annualized energy costs, and footprint
- D. Power consumption, annualized energy costs, weight distribution, and footprint
Answer: C
Explanation:
The Dell EMC Power Calculator is a tool designed to help IT professionals plan and tune their computer and infrastructure equipment for maximum efficiency. The outputs generated by the Dell EMC Power Calculator include:
* Power Consumption: This is the total amount of electrical power used by the equipment.
* Heat Dissipation: This refers to the amount of heat generated by the equipment that needs to be managed within the data center environment.
* Annualized Energy Costs: This is an estimate of the yearly energy costs associated with operating the equipment.
* Footprint: This refers to the physical space required for the equipment within the data center.
These outputs are crucial for data center planning, as they help in understanding the energy efficiency, cooling requirements, operational costs, and space utilization of the IT infrastructure1.
References:
* The Dell Technologies Enterprise Infrastructure Planning Tool (EIPT) provides detailed information on the configuration flexibility and environmental inputs that can help right-size an IT environment, which includes the Dell EMC Power Calculator1.
NEW QUESTION # 31
A customer wants you to design an XtremlO solution for an Oracle RAC application environment. The customer maintains two data centers and requires replication to a third site for disaster recovery purposes. The solution must be fault tolerant and capable of remaining online during planned and unplanned downtime events due to governmental regulations.
Which Dell EMC technology should be recommended to the customer to meet these requirements?
- A. MetroPoint
- B. ProtectPoint
- C. ViPR
- D. RecoverPoint/SE
Answer: A
Explanation:
For a customer who wants to design an XtremIO solution for an Oracle RAC application environment, maintains two data centers, and requires replication to a third site for disaster recovery purposes, the recommended Dell EMC technology isMetroPoint1.
MetroPoint is a technology that provides high availability and disaster avoidance for mission-critical applications, such as Oracle database and applications1.It enables the same data to exist in two separate geographical locations, accessed and updated at both locations at the same time1.This makes it an ideal solution for environments that require fault tolerance and the capability to remain online during planned and unplanned downtime events due to governmental regulations1.
NEW QUESTION # 32
You need to design a VDI solution for a customer. Which recommended best practices should be used for VDI environments?
- A. Align data on 4 kB boundariesAllocate multiple XtremIO LUNs to each host
- B. Align data on 8 kB boundariesPut all VDI-related data on one large LUN
- C. Align data on 4 kB boundariesPut persona and user data on XtremIO LUNs
- D. Align data on 8 kB boundariesPut the master VM image on an XtremIO LUN
Answer: A
Explanation:
When designing a Virtual Desktop Infrastructure (VDI) solution, it's important to consider the best practices for performance and efficiency.
Option OB, "Align data on 4 kB boundariesAllocate multiple XtremIO LUNs to each host", is a recommended best practice for VDI environments12.This is because aligning data on 4 kB boundaries can help to optimize the performance of the storage system12.The XtremIO storage array uses a 4 kB data block size, so aligning data on 4 kB boundaries can help to ensure that data is efficiently stored and retrieved12.
Allocating multiple XtremIO LUNs to each host can also help to distribute the I/O load more evenly across the storage system, which can improve performance12.This is particularly important in VDI environments, where there can be a high level of concurrent I/O activity12.
The other options, while they may be part of the overall process, are not specifically recommended for VDI environments:
* Option OA, "Align data on 8 kB boundariesPut all VDI-related data on one large LUN", is not recommended because aligning data on 8 kB boundaries does not match the 4 kB data block size used by the XtremIO storage array12.Also, putting all VDI-related data on one large LUN can lead to performance issues due to the high level of concurrent I/O activity in VDI environments12.
* Option OC, "Align data on 4 kB boundariesPut persona and user data on XtremIO LUNs", is not recommended because persona and user data typically do not require the high performance provided by XtremIO LUNs12.
* Option OD, "Align data on 8 kB boundariesPut the master VM image on an XtremIO LUN", is not recommended because aligning data on 8 kB boundaries does not match the 4 kB data block size used by the XtremIO storage array12.
Therefore, the verified answer isB.Align data on 4 kB boundariesAllocate multiple XtremIO LUNs to each host, as it provides the most suitable solution for VDI environments according to the Dell XtremIO Design Achievement document12.
NEW QUESTION # 33
A customer's environment is expected to grow significantly (more than 150 TB physical capacity) over the next year. Which solution should be recommended?
- A. Start with X2-R cluster and add additional X2-R X-Bricks as needed
- B. Start with a four X-Brick X2-S cluster and add additional X2-S X-Bricks as needed
- C. Start with X2-R cluster and add additional X2-S X-Bricks as needed
- D. Start with X2-S cluster and add additional X2-S X-Bricks as needed
Answer: A
Explanation:
For environments expected to grow significantly (more than 150 TB physical capacity), it is better to start with an X2-R cluster and add additional X2-R X-Bricks as needed. X2-R configurations are designed for a variety of use cases and can handle larger capacities and high-performance requirements.
NEW QUESTION # 34
How many DAE Row Controllers are present within the DAE chassis of an XtremIO X2 cluster?
- A. 0
- B. 1
- C. 2
- D. 3
Answer: C
Explanation:
In an XtremIO X2 cluster, the Disk Array Enclosure (DAE) chassis typically contains two Row Controllers.
These Row Controllers are responsible for managing the operations of the SSDs within the DAE and ensuring data availability and integrity. The design of the DAE in an XtremIO X2 cluster is such that it provides a balance between performance, redundancy, and cost-effectiveness, with two Row Controllers being a common configuration for managing the SSDs effectively.
References:
* The Dell XtremIO Design Achievement document provides information on the critical components of the XtremIO and X2 systems, including the DAE chassis and its controllers1.
* Additional details on the architecture and components of the XtremIO X2 systems can be found in the Introduction to XtremIO X2 Storage Array white paper2.
NEW QUESTION # 35
A customer is using a third party RESTful API client to create a series of new objects on an XtremlO cluster for use with their SQL application. Which HTTP method should be used to create the objects needed for integration with the SQL application?
- A. DELETE
- B. PUT
- C. GET
- D. POST
Answer: D
Explanation:
In RESTful API design, the HTTP method used to create new resources or objects is POST. This method is utilized when the client needs to send data to the server to create a new entity.For example, when integrating with an SQL application and creating new objects on an XtremIO cluster, using a POST request with the appropriate payload will instruct the server to create the new resources as specified1.
References:
* A well-designed REST API implements CRUD operations using different HTTP methods, with POST being the method for Create operations1.
* The Dell Technologies Developer Portal provides resources and documentation on REST APIs, including the methods used for various operations2.
NEW QUESTION # 36
What is the fingerprint bit size created by the algorithm used by XtremIO?
- A. 0
- B. 1
- C. 2
- D. 3
Answer: C
Explanation:
The Dell XtremIO X2 Storage Array uses an inline data deduplication process which involves fingerprinting data blocks. The fingerprinting process is a part of the data reduction technique that helps in identifying duplicate data blocks. When data enters the system, it is divided into small chunks, and each chunk is fingerprinted using a hashing algorithm. The size of the fingerprint is crucial as it determines the efficiency and accuracy of the deduplication process.
The specific bit size of the fingerprint created by the algorithm used by XtremIO is256 bits.This information is derived from the detailed descriptions of the system's architecture and operation as provided in the Dell EMC XtremIO X2 Storage Array documentation1. The document outlines the system features, including inline data reduction techniques like deduplication and compression, which are essential components of XtremIO's data management capabilities.
The 256-bit fingerprint size ensures a balance between deduplication efficiency and the probability of hash collisions (where different data blocks could result in the same fingerprint). A larger fingerprint size would reduce the chance of collisions but would require more storage space for metadata, while a smaller size would save metadata space but increase the risk of collisions. Therefore, the 256-bit size is a strategic choice for the XtremIO system's deduplication process.
In summary, the fingerprint bit size for XtremIO's deduplication algorithm is 256 bits, which is designed to optimize the system's performance and data reduction capabilities while maintaining data integrity.
NEW QUESTION # 37
Which host operating systems does the Live Optics Collector run on?
- A. Windows, Linux, Solaris, and HPUX
- B. Windows, Linux, and Solaris
- C. Windows and Linux
- D. Windows, Linux, and KVM
Answer: C
Explanation:
The Live Optics Collector, which is used for profiling several hardware storage arrays including the Dell XtremIO family of all-flash arrays, can run on any host with IP connectivity to the storage array being profiled. The supported operating systems for the Live Optics Collector areWindows and Linux.This is based on the information provided by the Live Optics support documentation, which outlines the process to produce an XtremIO array storage profile1.
References:
* The Live Optics support documentation provides detailed instructions on how to launch and run the Live Optics Collector, which includes the supported operating systems1.
NEW QUESTION # 38
......
Free D-XTR-DS-A-24 Exam Braindumps EMC Pratice Exam: https://www.examdumpsvce.com/D-XTR-DS-A-24-valid-exam-dumps.html
Practice Test for D-XTR-DS-A-24 Certification Real 2024 Mock Exam: https://drive.google.com/open?id=1q9NR_kB5A5H7j1Lth0FgpXyBbs7I42j8
