As the race for Artificial General Intelligence (AGI) intensifies in 2026, the bottleneck has shifted from raw compute to data accessibility. Addressing this "I/O starvation" head-on, Kioxia Corporation and Dell Technologies have officially launched a breakthrough 2U server configuration that delivers an unprecedented 9.8 petabytes (PB) of flash storage in a single chassis.
Announced today, May 15, 2026, at the Dell Technologies World conference, this solution represents a 7x increase in density compared to traditional configurations, specifically targeting the massive data lakes that power modern generative AI.
The Hardware: Engineering 9.8 PB in 2U
The record-breaking density is achieved through the integration of two cutting-edge technologies:
Kioxia LC9 Series SSDs: These are the industry's first NVMe™ SSDs to reach a staggering 245.76 TB capacity per drive. Built on 3D flash technology and utilizing the E3.L form factor, these drives utilize PCIe® 5.0 to ensure that bandwidth keeps pace with capacity.
Dell PowerEdge R7725xd: This storage-optimized 2U server is powered by the latest AMD EPYC™ processors. It has been re-engineered to accommodate 40 of these high-capacity drives, creating a single logical pool of nearly 10 petabytes of high-performance flash.
Solving the AI "Data Thirst"
For enterprises training Large Multimodal Models (LMMs), data ingestion is a constant hurdle. Traditional data lakes often rely on spinning disks (HDDs) for capacity, but these are too slow for the random-access patterns required during AI training cycles.
The 9.8 petabyte flash storage system solves this by:
Eliminating Latency: All-flash architecture ensures sub-millisecond response times, keeping expensive GPUs at 100% utilization.
Massive Throughput: With support for up to five 400 Gbps NICs, the system can move data through pipelines at lightning speeds, allowing for near-instant model checkpointing and data reloading.
A "Green" Leap for Data Centers
Beyond performance, the sustainability metrics of the Kioxia-Dell collaboration are staggering. A comparable 9.8 PB configuration using standard 30 TB drives would typically require seven additional servers and 280 extra drives.
Power Efficiency: The new 9.8 PB system consumes 8x less power than a comparable multi-server setup.
Physical Footprint: It reduces the required rack space by nearly 85%, allowing hyperscalers to expand their AI capabilities without building new physical facilities.
The Shift in AI Architecture
"This isn't just higher density; it's a shift in how we architect AI infrastructures," noted Neville Ichhaporia, senior vice president at KIOXIA America. By consolidating nearly 10 petabytes into a 2U footprint, organizations can now deploy massive ingestion streams and scale their data lakes effortlessly, significantly improving the Total Cost of Ownership (TCO).
As AI models move from billions to trillions of parameters, the Kioxia and Dell 9.8 PB system sets the new gold standard for the infrastructure that will define the rest of the decade.