OceanStor 6810 High-End Hybrid Flash Storage System
In today's data-driven landscape, enterprises require storage infrastructure that delivers uncompromising performance, constant availability, and the flexibility to adapt to evolving workloads. The Huawei OceanStor 6810 High-End Hybrid Flash Storage system is engineered to meet these demands, providing a robust and efficient data services platform for your most critical applications.
By integrating an innovative hardware platform with intelligent software, the OceanStor 6810 addresses performance bottlenecks and simplifies data management. Its End-to-End (E2E) NVMe architecture achieves latency as low as 0.05 ms, delivering a premium, all-flash-like experience for databases, virtualization, and cloud computing. This system ensures your core business operations are supported by a foundation of speed and stability.
The core of the OceanStor 6810 is its industry-leading SmartMatrix full-mesh architecture. This design provides exceptional resilience, capable of tolerating the simultaneous failure of three out of four controllers without any service interruption, ensuring business continuity for mission-critical services. Coupled with gateway-free active-active deployment for both SAN and NAS, the system delivers a highly available and reliable storage environment.
Performance is accelerated through SmartAcceleration technology, which uses a dynamic adaptive data layout algorithm to intelligently prioritize hot data, effectively doubling performance over the preceding generation. As a unified storage platform, the OceanStor 6810 consolidates block, file, container, and virtualization services, streamlining infrastructure, improving storage utilization, and helping to lower the Total Cost of Ownership (TCO).
Navigating the complexities of high-end storage solutions like the Huawei OceanStor 6810 requires a clear understanding of how its capabilities align with your specific operational and business goals. Nexus ITX provides independent advisory to help organizations evaluate this advanced hybrid flash system against their unique requirements, ensuring the selected architecture is a precise fit for current and future needs.
The process of selecting the right storage platform involves a detailed analysis of performance metrics, interoperability, and long-term scalability. We help you map the technical specifications of the OceanStor 6810 to your workload demands and strategic objectives.
Q: What makes the OceanStor 6810 a "hybrid flash" storage system?
A: The OceanStor 6810 is classified as a hybrid system because it is designed to support a mix of storage media types. It accommodates high-performance NVMe SSDs and SAS SSDs for speed-critical data, as well as cost-effective, high-capacity SAS and NL-SAS hard drives for less frequently accessed data, providing a balance of performance and TCO.
Q: How does the SmartMatrix architecture improve reliability compared to traditional designs?
A: The SmartMatrix full-mesh architecture creates redundant paths between all controllers. This design allows the system to tolerate the failure of up to three out of four controllers in a single enclosure without interrupting services, offering a significantly higher level of availability than traditional dual-controller setups.
Q: What is the main benefit of the End-to-End NVMe architecture?
A: The primary benefit is extremely low latency. By using the NVMe protocol from the host server all the way to the back-end SSDs, the system minimizes data transfer overhead and processing delays, achieving latency as low as 0.05 ms. This is critical for accelerating response times in databases, VDI, and other latency-sensitive applications.
Q: Can the OceanStor 6810 support both block and file storage simultaneously?
A: Yes. The OceanStor 6810 is a unified storage system that natively supports both SAN (block) and NAS (file) services. It supports a wide range of protocols, including FC, iSCSI, FC-NVMe (for block) and NFS, CIFS, NFS over RDMA (for file), allowing organizations to consolidate diverse workloads onto a single platform.
Q: What is RAID-TP and how does it enhance data protection?
A: RAID-TP is a proprietary RAID level developed by Huawei that provides triple-parity protection. It is designed to tolerate the simultaneous failure of up to three disks within a RAID group, offering a higher level of data protection than standard RAID 6 (which tolerates two disk failures). This is especially valuable when using large-capacity disks where rebuild times can be longer.
Q: How does the system scale to accommodate future growth?
A: The OceanStor 6810 is designed for scale-out growth. It supports up to 16 controllers, allowing organizations to increase performance and capacity incrementally as their business demands grow, without requiring a forklift upgrade.
Contact Nexus ITX to discuss your technical requirements and evaluate the optimal OceanStor 6810 configuration for your workloads.
