Intel® Optane™ SSD 905P delivers breakthrough performance to meet the most demanding storage workloads in your desktop or client single-user workstations.

The Intel® Optane™ SSD 905P is designed for the most demanding storage workloads in client systems, delivering high random read/write performance coupled with low latency and industry-leading endurance. Built with Intel® Optane™ technology, a revolutionary class of non-volatile memory, the Intel® Optane™ SSD 905P is empowering professional users, content creators, and enthusiasts to extract greater platform performance.

Breakthrough Performance for Workstations

The Intel® Optane™ SSD 905P delivers read/write performance optimized for client workstations. The performance and responsiveness of the SSD 905P means the processor can spend less time waiting and more time computing, resulting in greatly increased efficiency.

With exceptional random storage performance of up to 575K/550K IOPs (4K random reads/writes), and low latency of less than 11µs, these key capabilities make the SSD 905P a highly responsive client storage solution. The SSD 905P also enables software developers to optimize applications to take advantage of the unique attributes of Intel® Optane™ technology: Low latency, and high throughput at low queue depth.

High Endurance Ensures Storage Reliability

The ability to deliver these levels of performance with large and demanding workstation workloads also requires high endurance to ensure storage reliability.

The Intel® Optane™ SSD 905P provides an industry-leading 10 DWPD, making it the highest endurance client SSD in the market today. Professionals with the most demanding storage workloads can now tackle even bigger projects with peace of mind, counting on years of performance without the need for frequent drive replacements.

New Possibilities with Higher Capacity

The Intel® Optane™ SSD 905P U.2 and AIC form factors introduce high capacities allowing users to handle large data sets to better extract the value of Intel® Optane™ technology with workloads that place heavy demands on the storage I/O subsystem. The slim new M.2 form factor offers increased versatility.