Aerospike has unveiled the results of a petabyte-scale benchmark that illustrates its real-time data platform delivering 4 million to 5 million transactions per second (TPS) with sub-millisecond latencies for read-only and mixed workloads on a 20-node Amazon Web Services (AWS) cluster fueled by Intel Xeon Scalable Processors.
According to Aerospike, achieved in collaboration with AWS and Intel, the benchmark shows that even with significant data growth and extreme workloads, the Aerospike Database performs with hundreds of nodes less than other databases, saving up to $10 million per application in infrastructure costs.
“With Aerospike, real-time petabyte-scale processing can be effective and affordable for enterprises of any size, not only those with billions in annual revenues,” said Srini Srinivasan, chief product officer and founder, Aerospike. “Selecting Aerospike’s real-time data platform early in a company’s growth cycle not only helps them grow faster, but also eliminates expensive and time-consuming rip-and-replace of databases that fail to scale up to meet ever-growing demands.”
“Organizations moving to the cloud want validation that their applications are going to have the high throughput and extreme low-latency required for modern business,” said Amit Shah, principal - product management, Amazon EC2 at AWS. “Aerospike’s cloud-native, real-time data platform provides a significant reduction in cloud server footprint and delivers impressive performance across all memory configurations.”
“Many successful companies quickly scale to massive amounts of data in the pursuit of better insight to run and manage their businesses,” said Rebecca Weekly, VP of hyperscale strategy and execution at Intel. “Intel’s technologies are foundational for cloud computing, and in close collaboration with Aerospike and AWS, are delivering the optimized balance of compute performance, storage and network capabilities to consume up to petabytes of data, analyze it and create actionable insights.”
Download the full benchmark report and watch a full presentation from the recent 2021 Aerospike Digital Summit for detailed descriptions of the workloads, configurations, and performance.