Build comprehensive storage and compute-intensive environments

ExpressNVM, a high-performance, ultra-low latency solution designed for applications like Artificial Intelligence, Machine Learning, the Internet of Things, Edge Computing, and Virtualization, connects up to 16 PCIe Gen 4 NVMe drives, adding complete enterprise-grade management and scalability that is otherwise unavailable. ExpressNVM delivers a cost-effective large-capacity solution that allows users to enjoy the high performance of NVMe SSDs.

Unprecedented NVMe management and flexibility

Enhance NVMe storage management capabilities with ExpressNVM’s drive configuration and analytics engine. ATTO ExpressNVM restores crucial management features needed by IT admins that enhance NVMe storage deployment and performance. The onboard FPGA implements innovative management tools that allow device containment, drive health and reliability monitoring, predictive failure analyses, extensive telemetry and logging information, and act as a gateway for OS integration and firmware updates.

Boost performance and reduce TCO

Unlock enterprise-grade storage expansion and management capabilities with a solution that fully harnesses the potential of NVMe. ATTO ExpressNVM is the answer to tighter IT budgets and the exponential growth of data to deliver the performance and desired economics of data at scale. Inbox driver support, persistent drive connectivity, secure UEFI boot and hot swap enable data centers to reduce downtime and maximize ROI.

Innovative features to maximize performance

ExpressNVM adapters provide enterprise-class options for NVMe solid state drives (SSDs), while delivering innovative features to maximize ROI and prevent user downtime.

Choose the right product for your needs

ATTO ExpressNVM host bus adapters offer a unique option to create shareable NVMe storage pools with unparalleled storage performance—all while delivering enterprise-level management and configuration capabilities. Using ExpressNVM host bus controllers, integrators are able to create scalable high-capacity, dense storage that can be shared and managed across distributed storage networks.