Avere Systems said this week that the Genomics Institute at Mount Sinai School of Medicine has implemented the firm's FXT Series network-attached storage appliance in a bid to reduce the time needed to process genome sequencing jobs.
Specifically, Mount Sinai implemented the FXT 2300, which is comprised of eight 146 GB 15K SAS drives and supports an application working set of 1.2 TB per appliance and up to 29 TB per cluster.
In a statement, Ravi Sachidanandam, an assistant professor of genetics and genomic sciences at Mount Sinai, explained that the center's SNP analysis "parallelized pipeline" is used to align hundreds of millions of fragments of RNA/DNA against the human genome and "is very disk-intensive with lots of reads and writes."
He said that Avere's system has helped "minimize these read/write bottlenecks" and reduced the amount of time needed to process jobs from 12 hours to less than six hours.
Avere's FXT Series contains both solid state storage and traditional hard drives and allocates reads, writes, and metadata to storage media using a tiered approach. The platform uses allocation algorithms running on the FXT appliances monitor to access frequency patterns and workload type and manage data placement on multiple internal tiers.