Overview

High-performance and energy-efficient client NVMe SSD for mainstream compute workloads and AI-enabled workflows.The SanDisk PC SN7100S NVMe SSD with PCIe Gen 4.0 exceeds expectations for mainstream client NVMe SSDs for laptop and desktop PC designs. Engineered with a full vertically-integrated design and built with the next-generation SanDisk TLC 3D NAND, the SanDisk PC SN7100S NVMe SSD combines a new level of TLC performance and power efficiency for DRAM-less client SSDs providing sequential read and write speeds up to 7,250 MB/s and 6,900 MB/s, and random read and write speeds up to 1M IOPS and 1.4M IOPS (1,024GB-2,048GB models). Capacities are available in 256GB,512GB,1,024GB,and 2,048GB in M.2 2280 and M.2 2230 form factors to accommodate a range of system designs. The SanDisk PC SN7100S NVMe™ SSDs is equipped with upgraded security features including RSA-3K and SHA-384 and offers optional self-encryption for data-at-rest protection with TCG Opal Version 2.02.Our next generation mainstream client NVMe SSDDesigned for laptop and desktop PCs or small form-factor system designs, the SanDisk PC SN7100S NVMe SSD delivers high storage bandwidth and unmatched energy efficiency. Harnessing the power of PCIe® Gen 4.0 and NVMe 2.0c technologies, the SanDisk PC SN7100S NVMe SSD is the ideal storage for mainstream compute workloads and AI-enabled workflows.Unrivaled engineeringThe SanDisk PC SN7100S NVMe SSD is engineered with a vertically integrated DRAM-less design with the next generation SanDisk TLC 3D NAND and the SanDisk nCache 4.0 Technology to deliver unrivaled performance and cost-effectiveness for NVMe storage.Designed for demanding workloadsWith a new level of performance for DRAM-less SSDs, the SanDisk PC SN7100S achieves up to 7,250 MB/s sequential read speeds and 6,900 MB/s sequential write speeds (1,024GB-2,048GB models), fueling storage performance for demanding workloads and AI-enabled workflows. And with random read speeds up to 1M IOPS and random write speeds up to 1.4M IOPS (1,024GB-2,048GB models), system designs are exceptionally responsive, giving low latency access to storage.