Oceanspace S6800TSummaryFeaturesSpecifications

Huawei Symantec's Oceanspace S6800T is a new generation of high-end enterprise-class storage system. Based on its industry-leading hardware specifications, the S6800T integrates the advanced technologies of high-density disk design, TurboModule (high-density and hot-swappable I/O modules), and TurboBoost (three-level performance boost), and multi-level data protection, satisfying the application requirements of large OLTP/OLAP databases, high-performance computing, digital media, Internet operation, centralized storage, backup, disaster recovery, and data migration.

High Performance and Scalability

• Industry-leading hardware: Equipped with 64-bit multi-core processors, high-speed and large-capacity cache, and, high internal bandwidth, improving overall performance by 50%
• Diversified disk types: SAS, NL SAS, SATA, and SSD,FC allowing customers to choose in various scenarios
• Outstanding scalability and flexibility: Up to 12 I/O modules, 48 front-end and back-end I/O ports that support 4 or 8 Gb FC, 1Gb iSCSI or 10 Gb iSCSI（TOE）,10Gb FCoE and 6 Gb SAS 2.0 wide ports. The unique TurboModule technology enables the density of I/O modules to reach the maximum and the number of front-end and back-end I/O modules to be adjustable in proportions, cutting maintenance cost significantly.
• TurboBoost technology: Industry-leading hardware empowers the T series to deliver solid system performance, the SmartCache boosts read performance notably by continuously monitoring hotspot data and caching it to SSDs, and the RAID groups consisting of only SSDs further improve the performance to a new high. The three-level performance boost technology greatly contributes to the proven system performance, lowering the total cost of ownership (TCO).

High Reliability and Availability

• TurboModule Technology: TurboModule technology allows customers to swap the controller, hard disk, I/O module, fan module, power module, or built-in battery unit (BBU) without powering off the system or interrupting services. Online expansion is applicable to hot-swappable I/O modules.
• Cache data protection: The BBUs ensure that cache data is written to the data coffer in case of a power failure, increasing overall reliability.
• Disk pre-copy technology: The systems detects failing disks and copies data on these disks to their spare disks
• Advanced data protection technologies: HyperImage and HostAgent provide consistent snapshots and instant data recovery from snapshots for application systems. HyperClone and HyperCopy implement local data backup and recovery, and HyperCopy across storage platforms enables data protection between heterogeneous storage. HyperMirror achieves synchronous and asynchronous remote replication for backup and disaster recovery.

Efficient, Easy, and Flexible

• Unified IO modules: The S6800T products use the same I/O modules, reducing the TCO to the maximum.
• High disk density: A 2 U or 4 U disk enclosure can house up to twenty-four 2.5-inch or 3.5-inch disks, decreasing the expansion cost by 60% compared with low-density disk enclosures
• Thin Provisioning: HyperThin extends storage capacity automatically and increases disk usage, allowing customers to purchase storage on demand and maximize the return on investment (ROI).
• User-friendly OAM tool: The S6800T supports the Oceanspace^TM Integrated System Manager (ISM) for unified management and maintenance, remarkably reducing the OAM costs. The ISM enables you to complete initial configuration in five steps and upgrade dual controllers' firmware online just in one click. In addition, the ISM supports audible and visual alarms, SMS alarms, and email alarms.

Energy Saving

• Disk spin-down: Hard disks automatically spin down in off-peak hours, lowering power consumption by 40%.
• 16-step intelligent fan speed control: The fans automatically adjust rotational speed according to system temperature. This helps reduce power consumption and noise.
• CPU frequency control: The CPU intelligently adjusts working frequency according to the workload. In off-peak hours, it lowers working frequency to reduce power consumption.