In the early days of All-Flash Arrays (AFA) deduplication was a key catalyst for adoption. Server and Desktop virtualization environments benefited greatly from the technology because of the similarity between virtual machine images. The environments also didn’t have the same…
When vendors claim that have a solution to optimize production storage, they are typically talking about optimizing one of two areas. They either have a solution that maximizes performance through the use of flash memory, SSD drives, and a caching…
Generally speaking, most All-Flash Arrays (AFA) increase performance by adding more processing power, more RAM and more drives. Adding more of any of these components also adds more cost. The only significant cost reduction method that most storage software solutions…
The raw performance of a single enterprise flash drive is often higher than 70,000 IOPS. Most all-flash arrays, even though vendors fill them with 12 to 24 flash drives, deliver only a few hundred thousand IOPS. The cause of the…
In most data centers, Tier 1 production storage has evolved from high-end hard disk-based systems to hybrid systems supported by flash to all-flash arrays. These Tier 1 systems are also typically well equipped with enterprise features like snapshots, replication and…
Next generation all-flash arrays (AFA) face a serious problem; they will provide more capacity than most data centers need. While too much capacity doesn’t sound like a problem it will be because organizations are still going to pay for it.…
The first generation of all-flash arrays has come and gone. For many organizations, the time is now to consider the “next” all-flash array. In our on demand webinar, Storage Switzerland and X-IO Storage discuss five things to look for in…
