An organization must support random read/write transactions for a high-traffic application. They want to maintain rapid data operations with minimal latency. Which of the following is the BEST reason to use flash-based hardware for this workload?
It reduces archive size by consolidating duplicate data into shared storage
It maintains consistent throughput by using integrated memory chips instead of mechanical platters
It eliminates the need for site-to-site replication by offering native redundancy
It relies on specialized network protocols to simplify data encryption
Devices with integrated memory chips provide strong read/write speeds for random data operations. Other responses mention storage reduction, network protocols, or built-in redundancy, but those do not address the primary performance advantage for high-demand tasks.
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Why are integrated memory chips faster than mechanical platters for random read/write operations?
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What is the difference between random read/write and sequential read/write operations?
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How does latency impact application performance in high-traffic environments?