Zadara Storage and VMware combined provides an unbeatable storage solution. The Zadara Storage Cloud is unique in that it’s completely flexible — available in any
This fall from November 14th through November 17th, Zadara Storage will host its 4th annual Zadara Summit in sunny Southern California. There will be a variety of speakers ranging from Zadara employees, customers, and partners as well as industry analysts and experts from around the world. While these speakers will touch on many different topics, the overall theme and messaging is the same: with storage-as-a-service, you are always aligned for success. Continue reading to learn more about our Zadara Summit 2016 speakers and topics, or click here to see the full agenda.
On June 7th, Zadara announced our launch of the “Zadara Cube”, now available via AWS 1-Click.
If you’ve paid any attention to the IT blogs, news magazines, and tech journals, you’ve likely noticed the trend toward everything being ‘software defined’. You’ve probably heard of software-defined data centers, software-defined networking, and more. Software-defined storage marks a revolutionary new way of building and managing storage — one which costs less, yet is more agile, more reliable, and better supports multi-tenancy. So, what are the differences between software-defined storage and traditional SAN and NAS?
SAN Versus NAS: What’s the difference? First, let’s define what they are. SAN (Storage Area Networks) and NAS (Network Attached Storage) are both network storage solutions, and may seem very similar at first glance. In many cases, either will work about as well as the other. Both usually utilize RAID, and both typically offer a variety of storage management and data protection features. In a cloud-based solution like Zadara’s, SAN and NAS are both supported, so that users can choose the architecture that makes the most sense for them.
Reduce Amazon Charges and Increase B2S3 Throughput Utilizing an HTTPS Proxy in EC2
Even though Microsoft’s Robocopy is multi-threaded, the utility inherently limits the number of outstanding I/Os which it can issue to your VPSA. This is simply due to the fact that it has to read and traverse your directory structure while collecting the data for backup. This causes delays in processing which are exacerbated by network latency.
