Endless insight. Deep learning. Speed reading.
Before the age of AI, data center read-to-write ratios1 were typically 4:1. Now it’s more like 5,000:1 and solutions to problems are increasingly found in the patterns data makes. Whether you’re querying a 10TB SQL database, streaming content and adjusting to traffic, or analyzing daily transactions to tune your business model, real-time speed reading is key.
Spin Struggles. You Don’t Have to.
Get 175X faster random reads, 30X faster random writes, 2X faster sequential throughput and 3X more energy efficiency than the largest 10K hybrid HDDs.2
Quickly Access and Analyze Data Stores
Cull oceans of data for answers while writing lots of data.3 Adjust endurance and write performance with our signature Flex Capacity feature.
Unlock the Potential of Huge Data Sets
Capacities starting in terabytes, not gigabytes. QLC technology allows you to store 33 percent more bits per cell and get more fast capacity for less.
Rely on a Trusted, Proven Architecture
The same controller and core components as our popular Micron 5200 series of SSDs. New QLC NAND. The result? Easy to qualify at comparable value to 10K RPM hard drives.
Experience a Full Enterprise Feature Set
Get everything you expect: AES 256-bit encryption, TCG Enterprise options, end-to-end data path protection, power loss protection, and 5-year warranty.
1. Based on public datasheet values for the 1.92TB Micron 5210 SSD (70,000 IOPS random reads, 13,000 IOPS random writes) and SNIA PTSe IOPS industry-standard test results on 2.4TB 10k hybrid HDDs (rounded up to 400 IOPS for both random reads and writes). Actual performance may vary. Energy efficiency comparison based on datasheet values for active average reads.
2. Endurance varies by workload and drive capacity. See the Key Specifications table in the Micron 5210 product brief for additional workload-specific information.
3. Endurance varies by workload and drive capacity. See the Key Specifications table in the Micron 5210 ION SSD Product Brief for additional workload-specific information.