Next is world's highest-capacity solid state disk; a monster with 60TB of storage capacity! This disk uses a 3.5" SFF form factor, it has a dual 12Gbps SAS interface and promises read speeds of up to 1500MB/s, write speeds of up to 1000MB/s and random 4K read IOPS of up to 150,000. The power consumption is rated at 15W. It appears this is more of a technology demonstration, availability is slated for sometime in 2017.
Seagate Technology plc (NASDAQ:STX) announced today at the Flash Memory Summit conference two new flash innovations that extend the limits of storage computing performance in enterprise data centers to unprecedented levels. The new products include a 60 terabyte (TB) Serial Attached SCSI (SAS) solid-state-drive (SSD) — the largest SSD ever demonstrated — and the 8TB Nytro® XP7200 NVMe SSD. These two new products represent the high performance end of Seagate’s Enterprise portfolio – a complete ecosystem of HDD, SSD and storage system products designed to help customers manage the deluge of data they face and move the right data where it’s needed fast to meet rapidly evolving business priorities and market demands.
The 60TB SAS SSD and 8TB Nytro XP7200 NVMe SSD are the newest additions to Seagate’s data center portfolio and are designed to help enterprise IT leaders obtain more value from the rapidly expanding amount of data they must contend with, even under the most demanding application requirements. The 60TB SAS SSD features twice the density and four times the capacity of the next highest-capacity SSD available today — equivalent to the capacity needed to accommodate 400 million photos on a typical social media platform, or 12,000 DVD movies. This single controller architecture also delivers the lowest cost per gigabyte for flash available today.
The 60TB SAS SSD also simplifies the configuration process of accommodating “hot” and “cold” data, enabling data centers to use the same enterprise HDD 3.5 inch storage form factor. This eliminates the added step of separating out different types of data for near-term availability versus long-term storage — largely based on estimations or best-guesses of future data usage. Instead, data centers can rely on an SSD that helps address their need to quickly accommodate and ensure accessibility of ever-increasing large amounts of data without having to add additional servers or incorporate additional management steps. And, because of the drive’s flexible architecture, it also provides a pathway for data centers to easily grow from the current 60TB capacity to accommodate 100TB of data or more in the future — and all in the same form factor.
Similarly, the 8TB Nytro XP7200 NVMe SSD can accommodate the hyperscale needs of today’s data centers seeking to easily grow with their data without losing the ability to quickly access and process it — a scenario commonly seen in applications involving high performance computing, scale-out databases and big data analytics, such as scientific research and weather modeling. It features a single PCIe interface for high-speed data transfers and four separate controllers, providing processing power up to four times faster than comparable drives, but without the higher cost, power levels and latency required from a PCIe switch or bridge. Applications can process more transactions faster using the industry’s highest bandwidth through one PCIe slot, and without having to invest in more hardware. Additionally, the technology easily integrates into all-flash system arrays.
“AccelStor’s core focus is on providing all-flash arrays that offer tremendous performance and reliability to meet the demands of the fast-growing cloud and enterprise markets. Critical to achieving this, though, is having the right building blocks — including exacting solid-state engineering and software innovation,” said Dr. Charles Tsai, president of AccelStor, Inc. “AccelStor works with Seagate Technology to seamlessly integrate our state-of-the-art FlexiRemap software technology with Seagate Nytro NVMe SSDs. The result: we’re able to translate SSD performance into complete all-flash arrays that help data centers extract the most value from their data.”
The 8TB Nytro XP7200 NVMe SSD will be available through channel partners in calendar Q4, 2016. Future availability of the 60TB SAS SSD, currently a demonstration technology, is anticipated for some time in 2017.
“The explosion of data can translate into more value for enterprises, if they have the right means to accommodate that data,” said Brett Pemble, Seagate’s general manager and vice president of SSD products. “If anything is certain, it’s the fact that across industries, the limits of data growth are boundless. Seagate is committed to staying on top of this growth and, in turn, ever-changing customer needs, and providing new and varied technologies to help customers stay ahead of the data management curve. New products like the 8TB Nytro XP7200 NVMe SSD and 60TB SAS SSD are testament to that.”
“Given the demands on today’s data centers, optimal technologies are those that can accommodate an immense amount of data as needed—and without taking up too much space. As such, we are constantly seeking new ways to provide the highest density possible in our all-flash data center configurations,” said Mike Vildibill, vice president, Advanced Technologies and Big Data, Hewlett Packard Enterprise. “Seagate’s new 60TB SAS SSD offers an exciting possibility for customers to achieve higher server storage performance and capacity configurations never seen before.”
Flash Memory Summit - Product Demos and Keynote Presentation
Seagate will demonstrate the 8TB Nytro XP7200 NVMe SSD and 60TB SAS SSD — in addition to the recently announced enterprise products including the 2TB Nytro XM1440 M.2, the Nytro 7102 PCIe AIC and the Nytro 1230 SATA SSD — in booth #505 at the Flash Memory Summit 2016 conference.
Phil Brace, president of Seagate Cloud Systems and Silicon Group, will present the FMS keynote address, “Design Efficient Storage Systems with Both Flash and HDDs,” on Wednesday, Aug. 10, at 2:40 p.m. Pacific. The presentation will address the role of flash memory and hard drives in meeting the data storage and management needs of today’s data centers.
Photo source: Neowin