Hitachi Virtual Storage Platform and Huawei OceanStor 9000 are competing in the data storage market. Hitachi is preferred for superior support and pricing, while Huawei offers a feature-rich solution justifying its cost.
Features: Hitachi Virtual Storage Platform offers scalability, reliability, and advanced data protection and recovery capabilities. Huawei OceanStor 9000 is noted for high performance, user-friendly management, extensive data storage capacity, and intelligent resource management.
Ease of Deployment and Customer Service: Hitachi Virtual Storage Platform provides a straightforward deployment process with efficient customer support. Huawei OceanStor 9000 requires more expertise during deployment but offers excellent scalability and flexible integration. Huawei’s customer service is knowledgeable and supports smoother transitions.
Pricing and ROI: Hitachi Virtual Storage Platform is cost-effective with strong ROI and competitive pricing structures. Huawei OceanStor 9000 is at a higher price but ensures good ROI with vast features and storage capacity, appealing for long-term value.
RETHINK YOUR DEFINITION OF SPEED AND PERFORMANCE
With adaptive, guaranteed data reduction and a 100% data-availability guarantee, Hitachi Virtual Storage Platform F series helps you tackle complicated business challenges. Hitachi Data Systems (HDS) VSP F series delivers up to 4.8M IOPS with sub-millisecond response times.
Featuring legendary Hitachi reliability, VSP F series arrays are backed by the industries only 100% availability guarantee. For these reasons, 80% of the Fortune 500 choose Hitachi all-flash arrays to accelerate the performance of mission-critical applications like Oracle, SAP, Virtualization, Microsoft apps etc. With over 350 patents in flash technology, Hitachi’s innovative mix of flash hardware and software accelerates ROI with enterprise-class reliability and performance.
OceanStor 9000 is a scale-out NAS storage system specifically designed for massive data storage.
It employs a fully symmetric distributed architecture, supports either file or object storage, and delivers superior performance, extensive scale-out capabilities, and super-large single file system for unstructured data storage.
It is widely applied in media, satellite mapping, gene sequencing, energy exploration, scientific research, education, backup and archiving.
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