HP0-J67 · Question #151
Scenario 3: A leading automotive technology company wants to increase the performance and capacity of the storage infrastructure that supports the design and manufacture of its line of Formula 1…
The correct answer is C. how much data has changed during a race weekend D. which online storage is used at the race track and data center. To optimize and safeguard the mission-critical storage infrastructure across two data centers and a race track for high-performance applications and continuous data delivery, it is crucial to understand data change dynamics and existing storage technologies.
Question
Scenario 3:
A leading automotive technology company wants to increase the performance and capacity of the storage infrastructure that supports the design and manufacture of its line of Formula 1 racing cars. The company is also interested in safe-guarding its mission-critical data and eliminating the threat of business disruption. Due to the massive engineering and technical effort required to create a new race car design and to enable regular delivery of upgraded parts to the race track while maintaining a competitive edge, it is necessary to have advanced applications running on a high-performance IT infrastructure. The company operates out of two data centers. The centers support a Plant Lifecycle Management database, an Enterprise Resource Planning (ERP) system, and various trackside systems to set up the race car and aid race strategy. In addition, the centers run applications for Computer-Aided Design (CAD) Computer-Aided Manufacturing (CAM), and Computational Fluid Dynamics (CFD) packages. The company has deployed Oracle and SQL databases, VMware virtual machines, email, and all other applications on an HP 6400 Enterprise virtual Array (EVA). The EVAs automatically replicate between the two data centers to guard against failure. The EVAs are aging, applications are more sophisticated, data volumes have grown exponentiaily, and bottlenecks in the storage system are now having a significant effect on the performance of the simulation and analysis tools that are vital to the company's competitive position. The data storage problem has reached a point where the company is forced to store primary data at the secondary site causing the loss of their disaster recovery capability. The company's top five IT Improvement goa's are:
- Reduce compiaints about storage system availabiiity.
- increase support for sophisticated design and manufacturing
applications.
- Provide a robust repication capability between data centers.
- increase storage utilzation while depioying additional capacity.
- Simplify operatons during peak workloads.
Moreover, the company's top three business benefit goals are:
- Ensure rapid data retrieval to aid in quick decision making.
- Protect mission-critical data and ensure business continuity.
- Recover costs from existing infrastructure, thus providing increased
IT funds for additional projects. The company has asked that you create multiple solution proposals and prioritize one when you return for a presentation. Refer to the scenario. You are planning to use HP StoreOnce Backup Systems and HP StoreOnce Catalyst to replicate data to the primary data center after a Formula 1 race and then to the secondary data center. Which information is relevant to size this solution component? (Select two.)
Options
- Awhich type of application data is used at the Formula 1 race track
- Bhow many users will access the data during the weekend
- Chow much data has changed during a race weekend
- Dwhich online storage is used at the race track and data center
- Ewhich hypervisor is used on the servers at the race track
How the community answered
(32 responses)- A13% (4)
- B6% (2)
- C50% (16)
- E31% (10)
Why each option
To optimize and safeguard the mission-critical storage infrastructure across two data centers and a race track for high-performance applications and continuous data delivery, it is crucial to understand data change dynamics and existing storage technologies.
While knowing the type of application data (e.g., CAD, telemetry) is helpful for context, the quantitative aspect of how much data changes and what storage is used are more direct drivers for storage infrastructure design and performance requirements.
The number of users accessing data is a factor for general scalability, but the scenario's emphasis on data delivery, high-performance applications, and safeguarding across multiple sites makes data change rates and existing storage technology more pertinent.
Understanding how much data changes during a race weekend is critical for designing efficient data synchronization, replication, and backup strategies between the main data centers and the trackside operations. This directly impacts the ability to deliver upgraded parts and maintain competitive edge.
Knowing the specific online storage technologies deployed at both the race track and the data centers is essential for designing a compatible, high-performance, and scalable storage infrastructure. This information dictates integration capabilities, potential performance bottlenecks, and overall management strategy.
The choice of hypervisor is important for server virtualization but is less central to the primary objective of enhancing the performance and capacity of the storage infrastructure and ensuring data availability across geographically dispersed locations.
Concept tested: Storage infrastructure planning considerations
Source: https://learn.microsoft.com/en-us/azure-stack/hci/concepts/storage-planning
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