EGUIDE:
Once you know how to make a business case for migration, learn how to train your Unix staff to manage Linux environments. Find out about key differences between the two operating systems and provide your team with tactics for optimal backup and performance monitoring.
CASE STUDY:
Read this case study and learn how Intrado introduced a dynamic, Internet Protocol, based 9-1-1 environment that can be upgraded through software downloads to meet these challenges.
EGUIDE:
Access this essential e-guide from our editors to discover how migrating from Unix to Linux platform can increase flexibility while reducing overall licensing costs. Also, get implementation tips for porting, upgrading and testing applications for optimal stability and performance.
EBOOK:
View this E-Book to discover why Oracle's SPARC T3 servers represent the next wave of innovation for mission-critical computing and are a logical next step for dealing with today’s most critical data center challenges.
WEBCAST:
Watch this webcast to learn about Oracle's refresh of their SPARC Server portfolio, and how you can benefit from this refresh with operational gains such as increased performance, seamless scalability, and more.
WHITE PAPER:
Oracle’s Sun SPARC Enterprise servers are designed specifically as general-purpose application, database, data warehousing, and consolidation servers. They are especially suited to address the needs of enterprise datacenters, with a goal of increasing performance and flexibility while consolidating systems to reduce datacenter costs and complexity.
PRESENTATION TRANSCRIPT:
In this presentation transcript learn why moving to Unix can help address concerns of uptime, flexibility and improved service levels when managing mission critical systems.
WHITE PAPER:
Explore this informative resource to learn about a server hardware and operating system paring from Oracle that can provide you the instant benefits of improved application performance, availability, increased eco-efficiency, and more.
WHITE PAPER:
Learn how Dell IT made the transition from proprietary Unix-based servers to running mission critical supply chain management applications on standards-based servers to avoid significant expenditures, increase server uptime, and improve scalability.