Backup is a budget area that’s considered an expense, one for which investment is typically minimized. When money is spent it often goes to short-term fixes for the most essential parts of the process, like meeting the backup window. This…
Backup is a budget area that’s considered an expense, one for which investment is typically minimized. When money is spent it often goes to short-term fixes for the most essential parts of the process, like meeting the backup window. This…
“Reliability” in a storage context means that the storage infrastructure can be counted on to keep data safe and to produce that data in a reasonable timeframe when called upon. While it’s true that storage systems have redundancies built in…
Server virtualization has a well-documented problem; it creates an I/O blender that can bring storage networks and storage systems to their knees. The I/O blender vs. the desire to design increasingly dense virtual machine (VM) architectures has created a new…
The use cases for Network Attached Storage (NAS) have changed dramatically in the 20 years since the first NAS appeared. NAS hardware architectures have also changed. So have the capacities and performance levels that NAS systems are asked to support.…
Conventional wisdom suggests that most business data is stored in database applications, however, unstructured data comprises approximately 70-80% of the total data in a typical environment and, according to some industry sources, is growing 5x as fast. File-based data is…
Data has changed. There is more of it, it’s larger and is no longer all located on a single storage device in the middle of the data center. As a result backup, an already challenging process, is now reaching the…
Articles posted on the Storage Switzerland web site that focus on SSD Reliability are consistently among the top read articles on our site. Clearly there is concern about using the technology in the enterprise and IT planners want to know…
Object storage is an enabling technology, one that improves scalability and performance at scale over traditional storage architectures which use RAID and replication to protect data. Using erasure coding and data dispersion within an object storage system can also greatly…
Hyperscale data centers have architectures that are designed to provide a single, massively scalable compute architecture. The architecture is typically made up of small, individual servers, called nodes, that provide compute, storage and networking. These nodes are then clustered together…