AccelStor, an all-flash array vendor software-defined, will be demonstrating their new 3706-ES1 NeoSapphire range all flash Memory Summit -flash 2016. This high availability all-flash array model provide sustained 360K IOPS for 4KB random writes with the iSCSI standard 10GbE connections, while its architecture undivided not allow single point of failure and avoid downtime.
Even under a huge workload random I / O, unique high-availability software AccelStor expansion, combined with the backbone of the "low latency" InfiniBand interlink allow efficient transfer of data between two nodes. Therefore, the incoming data can be synchronized in real time and safely stored on both nodes, according AccelStor.
The NeoSapphire 3706-ES1 redundant design takes the flash-drive or critical Hardware- module failures in his stride. Also, when the fault recovery is required, the NeoSapphire 3706-ES1 can still take advantage of proprietary software AccelStor and RDMA Direct Memory Access (remote) of the interlink InfiniBand for synchronization of real time data between nodes storage, bringing forward the goal of recovery time (RTO).
the loss of a single node would not knock offline NeoSapphire 3706-ES1 because each node is a complete system with controller and data storage. The active-active failover design of NeoSapphire 3706-ES1 means that both nodes operate simultaneously. If a node fails, the other takes over seamlessly, so there is almost no service interruption - the nodes communicate via a high-speed, low-latency InfiniBand interlink. AccelStor promises reduced TCA and TCO while maintaining high performance.
"It is time for our industry to finally rest the outdated idea that flash networks can offer either performance or reliability, but not both," said Weafon Dr. Tsao, vice -President of AccelStor -. will give a presentation at the Flash memory Summit "a AccelStor, our systems are designed from the ground for the flash, and our software-defined approach gives us the flexibility to respond quickly changing market demands, and extract the full potential of the best material. Here's how we are able to provide highly available storage device that offers amazing performance and great endurance and reliability. "
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