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Microsoft Previews Azure Premium SSD V2 Disk Storage
Recently Microsoft announced the preview of Premium SSD v2, the next generation of Microsoft Azure Premium SSD Disk Storage. This new disk offering provides, according to the company, the most advanced block storage solution designed for a broad range of input/output (IO)-intensive enterprise production workloads that require sub-millisecond disk latencies .
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Intel Launch Optane SSD
Intel recently launched their 3D XPoint non-volatile memory (NVM) under the brand name of Optane. The SSD label in some of the branding might imply that it’s a different type of durable storage, but the technology is aimed at applications that would normally use RAM. This marks the beginning of the end of the compromise between in memory and persistent.
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Collision: How Flash Storage Will Transform IT
Massive reductions in cost for flash storage along with new technologies promise to dramatically change how well IT shops can satisfy what's expected of them in the cloud era. John Roese, CTO of EMC lays out a case for why companies need to adopt new technologies in order to out-perform their competitors.
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Google Announces General Availability of Local SSD on Compute Engine
Announced at Google I/O in June 2014, Local SSD moved from beta into general availability mode.
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Microsoft Azure Joins SSD Storage Bandwagon
Microsoft has announced a new family of virtual machines called D-Series that offers better memory, CPU and faster I/O. With this Azure joins the club of elite IaaS providers with SSD backed storage.
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Learning to Scale Websites at Mozilla
Mozilla is scaling websites from thousands to hundreds of millions of users through simple scaling patterns they have learned internally according to Brandon Burton, web operations engineer at Mozilla. The lessons learned include caching, scaling out web servers, asynchronous jobs, and databases.
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MySpace Replaces Storage with Solid-State Drive Technology in 150 Standard Load Servers
MySpace and Fusion-io recently announced they are working together to reduce datacenter operations costs. Using Fusion-io's ioDrive SSDs, MySpace replaced 150 standard load servers, and reduced their number of heavy load servers from 80 to 30. Overall a reduction of 51% in server footprint was achieved, and MySpace will replace over 1700 of their remaining 2U servers as they reach end-of-life.