A user requests upgrades to a company-issued laptop to increase its performance while working with a large database stored on drive C. Which of the following tasks should a systems administrator complete to best meet this goal? (Select two).
Increase the RAM and migrate to an SSD.
Both increasing the RAM and migrating to an SSD significantly enhance a laptop's performance, especially when working with large databases. Upgrading RAM allows for better multitasking and faster data processing, while an SSD provides quicker data access and retrieval speeds compared to traditional drives, resulting in improved overall system responsiveness.
RAID 1 focuses on data redundancy rather than performance improvement, as it mirrors data across two drives. While it can enhance data security, it does not directly address the need for faster access and processing speeds, which are crucial when handling large databases. Therefore, RAID 1 is not suitable for improving performance in this scenario.
A hybrid drive combines a traditional hard drive with a small SSD for caching, which can offer some performance improvements over a standard HDD. However, it does not provide the full speed advantages of a dedicated SSD. For optimal performance with large databases, a full SSD migration is a more effective choice.
Upgrading to a 10Gb Network Interface Card (NIC) may enhance network speed, which is beneficial for data transfer over a network. However, it does not directly improve the laptop's local processing speed or data access times when working with a large database stored on drive C. This task does not contribute significantly to the primary goal of enhancing performance.
Increasing the RAM allows for more data to be processed simultaneously, which is particularly beneficial when working with large databases. This upgrade reduces the likelihood of performance bottlenecks that occur when the system runs out of memory, thus enabling smoother operations and faster data handling.
Migrating to an SSD significantly boosts data access speeds due to faster read and write capabilities compared to traditional hard drives. This upgrade is particularly effective for tasks involving large databases, as it reduces load times and enhances overall system responsiveness.
Upgrading the power supply is generally not related to performance improvements in terms of speed or efficiency for database tasks. It may be necessary if new hardware components demand more power, but it does not directly enhance the laptop's ability to handle large databases effectively.
To maximize performance while working with large databases, increasing the RAM and migrating to an SSD are the most effective strategies. These upgrades directly address the issues of speed and efficiency, ensuring that the laptop can handle data-intensive tasks with improved responsiveness and capability. Other options, while potentially beneficial in different contexts, do not provide the same level of performance enhancement for this specific requirement.
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