Micron PCIe Gen6 SSD Leads the Move to PCIe 6.0 Enterprise Drives
6 Articles
6 Articles
Micron has confirmed the beginning of mass production of its solid state unit called 9650, thus becoming the first to bring a PCIe 6.0 SSD to commercial volume manufacturing in history. We are not talking about sampling as ES, nor of initial validation, but of active production to begin shipments to OEM and data centers already in this 2026. With this movement, PCIe 6.0 ceases to be a paper specification and becomes available in real business st…
To start the week, let's get to know one thing again: Micron's SSD NVMe 9650. The company had unveiled it for the first time in July 2025...
Read the original note in the following link: Micron starts mass production of the first PCIe Gen6 SSD for datacenters Micron confirmed the start of manufacturing its NVMe 9650 SSD. This storage device is the first of its kind to adopt the PCIe Gen6 interface for servers. The device is designed to meet the demands of modern datacenters that manage AI-based workloads. The architecture seeks to remove bottlenecks in data transfer between storage a…
PCIe 6.0 hasn't really arrived in the server area yet, it will take years for desktops. But the first SSDs are coming soon.
Micron PCIe Gen6 SSD Leads the Move to PCIe 6.0 Enterprise Drives
Highlights Mass-produced Micron 9650 SSDs will offer storage to data center machines at significantly higher speeds than conventional hard disk drives and, therefore, will increasingly serve as a means of supporting AIs, cloud computing, et cetera, with PCI-E 6 doubling the bandwidth of its predecessor (PCI-E 5). Additional speed/efficiency will be attained in applications using […]
Micron has begun mass production of its new 9650 NVMe SSD, positioning it as the world's first PCIe Gen6 SSD for the data center market. With the introduction of the 9650, PCIe Gen6 is finally being used in production hardware. This new generation is specifically targeted at AI infrastructures, hyperscale data centers, and high-performance environments where data movement is increasingly becoming a core system factor. The Micron […] Source
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