Storage Disaggregation via DPU: Local NVMe Performance over NVMe-oF

Deploying large arrays of local NVMe drives inside every single server creates massive capacity silos and skyrockets data center cooling costs.
🚀 The Borderless Alternative: The DPU emulates local storage to the host while translating data requests across the network using storage-optimized SRv6 segment paths.
Why this represents a structural transformation for storage engineering:
⚡ Virtual Local Storage: Appears to the host OS as a physically attached drive, while operating over remote arrays at lightning-fast speeds.
💾 Dynamic Path Optimization: Leverages SRv6 Traffic Engineering (SRv6-TE) to route storage traffic along the lowest-latency path across the data center grid.
📐 Elastic Scalability: Allows storage volumes to be dynamically resized, moved, or reallocated across the data center network without downtime.
Decouple your storage from physical server chassis without dropping below local-bus read and write speeds.
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