Collection: Huawei Computational storage
Evolution of Hyper-Converged Infrastructure (HCI): Huawei's OceanStor computational storage is a significant evolution in the field of HCI. It takes the traditional HCI model and enhances it by comprehensively upgrading both storage and compute capabilities. This upgrade is aimed at improving the overall user experience by providing a more robust and responsive infrastructure.
Enhanced Reliability and Integration: The OceanStor computational storage integrates dual-controller primary storage with advanced SAN (Storage Area Network) and NAS (Network Attached Storage) features, which are essential for enterprise-level operations. This integration ensures an exceptionally high level of reliability, with a carrier-class uptime of 99.9999%, making it suitable for critical applications that demand minimal downtime.
Simplified Deployment with Switchless Architecture: One of the key innovations of OceanStor computational storage is its switchless architecture, which simplifies the deployment process. This design eliminates the need for complex network switches, allowing for a plug-and-play setup that is both time-saving and user-friendly.
Diversified Computing Power: The system is designed to deliver a range of computing power options, providing the flexibility to adapt to various application scenarios and workload demands. This feature is particularly valuable for organizations that require the ability to scale their computing resources according to their specific needs.
Rapid Delivery and Time Efficiency: OceanStor computational storage is engineered for rapid deployment, with the ability to be operational within one hour. This quick setup time is a significant advantage for businesses that need to scale up their storage solutions quickly or that are looking to replace their existing storage infrastructure without causing significant disruptions.
In summary, Huawei's OceanStor computational storage is an innovative HCI solution that offers enhanced reliability, simplified deployment, and the flexibility to meet diverse computing needs. Its rapid deployment capabilities and high reliability make it an attractive option for enterprises seeking to modernize their edge infrastructure to keep pace with the ever-changing demands of application scenarios.
