OceanStor Computational Storage
An innovative new approach to hyper-converged infrastructure (HCI).
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An innovative new approach to hyper-converged infrastructure (HCI).
Three Challenges of Edge Infrastructure
Reliable Data Foundation
Traditional solutions lack workload reliability required for mission-critical applications, such as online transactional processing (OLTP) databases and file sharing.
Lightweight Deployment
Traditional solutions are designed for data centers, meaning high total cost of ownership (TCO) at the edge.
Scalable & Open Hardware
In traditional solutions, storage and compute are tightly coupled and must be expanded simultaneously.
Computational Storage Redefines HCI
With constantly changing application scenarios, the edge infrastructure needs a new solution. Huawei OceanStor computational storage is the next step in the evolution of HCI. Based on traditional HCI, OceanStor computational storage comprehensively upgrades storage and compute capabilities to improve user experience. It also integrates dual-controller primary storage and enterprise-level SAN and NAS features to provide 99.9999% carrier-class reliability. Furthermore, OceanStor computational storage features a switchless architecture and optimal open hardware, delivering plug-and-play, diversified computing power, and rapid delivery within one hour.
Why Huawei Computational Storage?
Storage + Compute Convergence
The converged compute, network, and storage, switchless architecture, and full-mesh interconnection reduce TCO by 20% compared with traditional solutions.
Ultimate Reliability
Built upon primary storage, all components are redundant, meaning 99.9999% reliability, stable low latency, and professional SAN and NAS features.
Simple yet Flexible
Deployment through barcode scanning is shortened to just 1 hour, Huawei Blue Whale Marketplace makes app deployment easier in one click, and simplified O&M boosts remote O&M efficiency for multiple devices.
Ultimate Hardware Openness
The decoupled design enables flexible configuration of compute and storage resources, and the open hardware supports plug and play for third-party standard compute mainboards.
