IBM on Wednesday expanded its family of all-flash arrays with two new high-performance models aimed specifically at connecting customers' IT environments to the cloud.
The Armonk, N.Y.-based vendor also introduced a new all-flash storage array for its high-performance mainframe servers, and said later this year it expects to introduce a model specific to big data environments.
The new product introductions are part of a move to expand IBM's reach in the all-flash storage market, said Eric Herzog, vice president of marketing for the vendor.
"We see all-flash arrays as important for the full range of user platforms," Herzog told CRN. "So we're expanding the technology to the mainframe and to the cloud."
That expansion is important as IBM plays in a very competitive environment, Herzog said. IBM has the second-largest share of the all-flash storage array market, after EMC, and has the leading position in the software-defined storage business, he said.
Leading Wednesday's news are two new models featuring IBM's FlashCore technology. Unlike standard SSDs, which are used in a majority of all-flash arrays, IBM's FlashCore was custom-built by IBM in partnership with Boise, Idaho-based Micron specifically for use in high-performance flash arrays, Herzog said.
New to IBM is the FlashSystem A9000, which packs up to 300 TBs of FlashCore capacity after compression and deduplication into an 8U enclosure. Performance is up to 500,000 IOPS.
The company also unveiled the FlashSystem A9000R, which scales to a full rack of all-flash storage capacity of up to 900 TBs raw or 1.8 petabytes of effective capacity. It offers up to 2 million IOPS.
Both feature minimum latency of 250 microseconds. Herzog said that latency number is better than it might seem at first glance. "Many all-flash arrays feature latency of 100 microseconds," he said. "But that is with no data services turned on. The A9000 and A9000R latency of 250 microseconds is measured with data services such as replication and security turned on."
Both were also optimized for use in cloud environments, Herzog said. This includes the addition of multitenancy operation, built-in quality of service, and links to IBM SoftLayer and OpenStack clouds.