Coraid Inc., developer of Ethernet SAN solutions with more than 1,500 customers, unveiled the ZX-Series family of NAS servers.
Designed for cloud, video and big data customers, this unified storage solution is powered by the Oracle Solaris ZFS file system combined with Coraid's EtherDrive technology to enable scalability, performance and operational simplicity.
"Organizations are increasingly challenged to provide predictable, cost-effective file performance in the face of uncontrolled data growth," said Carl Wright, EVP at Coraid. "By extending our product family to include a best-in-class NAS offering, Coraid can meet that challenge with a unified storage solution that takes full advantage of the scalability and performance of Ethernet SAN."
For Cloud, Video and Big Data Workloads
Capturing, storing and analyzing ever-larger sets of human- and machine-generated data stresses the scalability of legacy NAS systems. The ZX-Series is for processing large data sets such as consumer behavior analysis or HD and 3D video format editing because it provides the throughput and scale necessary to support accelerating data growth.
The ZX-Series delivers performance using read- and write-optimized flash caches and parallel 1Gb/10GbE connectivity.
By connecting to Coraid EtherDrive SRX arrays via ATA over Ethernet for a scale-out architecture, the ZX-Series scales performance to multi-petabyte capacity across a shared pool. The performance and scale is complemented by data protection and features including triple-parity RAID, redundant array of independent nodes (RAIN), active-active clustering, unlimited snapshots, deduplication and compression.
"Our research confirms that scale-out storage designs built on Ethernet align well with the evolving architecture of the virtualized data center," said Roger Cox, research VP at Gartner. "Functions such as hybrid storage pools, data deduplication and compression optimize storage utilization, thus reducing acquisition costs and improving TCO."
ZX-Series features include:
- EtherDrive integration for multi-petabyte scalability and simplicity
- Real-time analysis and diagnosis of performance to monitor and enforce service levels
- Active-active cluster option for high availability
- Data compression and in-line deduplication to improve storage efficiency
- File-based snapshots, clones and replication for data protection
- Automated storage hierarchy with hybrid storage pools (HSPs) containing DRAM, flash cache and HDDs to optimize performance
- Seamless multiprotocol integration and secure data sharing between Microsoft Windows, Linux and Unix environments
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