When it comes to storage and backup, the old tape may not ‘cut the mustard’ in today’s world. But how does one move on from tape? This Computerworld Australia Guide, sponsored by EMC, examines whether the Cloud will provide a viable long-term archiving option to magnetic tape. This guide also looks at eliminating tape by examining storage and backup alternatives, taking examples of organisations that have managed to overcome problems with tape. Read more.
With an emphasis on storage, this document is a primer to understanding the technical value of Sun hardware in Oracle VM environments. In particular, this paper provides key guidelines for storage architects to plan for Oracle virtualisation utilising a reference configuration based on Oracle's Sun ZFS Storage Appliances and Sun Fire servers.
Datacenter sprawl is one of the larger challenges that datacenter managers are facing today. Over time, applications, servers, and storage can create many unique architectures across the IT infrastructure. This can introduce complexity, increase costs, and compromise business-critical application performance and availability. Read on.
The total volume of data being processed and stored by
businesses is rising exponentially. IDC has estimated
that the size of the “digital universe” will increase 29
fold between 2010 and 2020. Data storage technology
has sustained a steady increase in capacity, along with
a steady decline in the cost per unit to store information.
Unfortunately, the amount of storage capacity is not
growing as fast as the data, necessitating greater intelligence
in the storage infrastructure. Read on.
This paper is an introduction to the concept of tiered storage, the business needs that drive it and the value of implementing a tiered storage strategy. This strategy helps realize the value of information, drives down costs, lowers risks, improves accessibility, ensures the correct information is saved and protected and even takes advantage of technology changes into the future.
This paper describes how the business advantages of virtualization have sparked a new wave of
innovation in storage for virtualized servers—and a ripple effect of business benefits. It summarizes
how the new generation of solutions can deliver higher IT efficiency, better resource and application
management, stronger and more flexible data protection, and lower costs.
The rapid growth of new digital data demands new storage architectures that offer more flexibility and radically different storage economics. IDC estimates that the total amount of digital information created, captured, and replicated will grow at a rate of 50 percent in 2010 reaching 1.2 million petabytes, and that by the year 2020, the total will be 50 times what it was in 2009.1 With application storage requirements growing at this tremendous rate, storage costs are skyrocketing. At the same time, a challenging global economy has kept IT budgets flat or declining. IT managers are thus caught in a bind. They are trying to meet the growing needs for increased storage capacity and performance while also containing costs.
Explosive data growth is causing storage costs to skyrocket, which is forcing IT organizations
to look for more cost-effective archival and backup solutions. To cope with today's explosive data growth, many IT organizations are using a tiered storage approach that balances the cost of different types of storage media against application performance requirements. Tape solutions still offer the most cost-effective means to maintain long-term copies of infrequently used data and to backup large data sources. Read on.
After more than 40 years of leadership in tape and tape library solutions, Oracle's StorageTek
offerings are still the clear winner. This paper compares Oracle’s enterprise tape offerings to
the latest IBM enterprise tape offerings and describes how Oracle’s industry-leading capacity,
performance and flexibility can help IT organizations manage complexity, control costs, and
deliver on service level agreements. Read on.
There’s no question that the tremendous challenge of managing and storing business data is on everyone’s short list. International Data Corporation estimates that 1.2 zettabytes (ZB) of data will be generated in 2010—with that number growing an average of 1.8 times each year. If all data were equal, a “one size fits all”
data storage strategy is all anyone would need. But the fact is that older data is used less often than new data. So, while it makes sense to use fast, high-density media to store current or mission-critical data, using that same media to store older data is an unnecessary expense.
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