Migrating from RISC platforms onto Intel® technologies helps a Canadian agency increase Oracle Database* performance and reduce operating costs.
Migrating from RISC platforms onto Intel® Xeon® processor E5 family-based servers is expected to boost database performance by 100 percent and reduce annual operating costs by more than 80 percent for the British Columbia Assessment Authority.
Principled Technologies Migration Guide: from Solaris 10 Enterprise* to Linux Advanced Platform* for SAP applications with Intel® Xeon® processors.
Migration guide: Migrating SAP ERP 6.0* and IBM DB2 LUW Version 9.1* from Solaris 10 Enterprise* on Sun Fire T2000* to Red Hat Enterprise Linux Advanced Platform* for SAP applications on IBM System x3650 M2* with Intel® Xeon® processors.
Peer Research: Intel’s IT manager survey on how organizations are approaching mission-critical application migration.
Insights from an Intel IT Center survey of 200 IT managers on how they’re approaching data center modernization and moving mission-critical workloads from RISC/UNIX* systems to Intel-based architecture running Linux* or Windows* operating systems.
Migration Guide: planning, implementing, performance reports, TCO analysis for migrating from a Sun SPARC Solaris* to a Dell PowerEdge* server.
Discusses planning, implementation, performance comparison reports, TCO analysis, process guide, and videos for transitioning from a Sun SPARC Solaris* server to an Intel-based Dell PowerEdge* server running Red Hat Enterprise Linux*.
Case Study: Gap migrates its RISC environment to Intel®-based servers, reducing costs and speeding app deployment for greater service delivery.
Case Study: Gap Inc. migrates from a RISC environment to Intel® Xeon® processor-based industry-standard servers, reducing data center footprint and costs and speeding app deployment for greater service delivery.
Solution Brief: China Telecom builds an Intel® Xeon® processor-based business platform resources pool, improving its server performance, computing density, and reliability for more convenient and cost-effective info services for customers.
Case Study: HackensackUMC standardizes databases on an Intel®-based virtualized environment for performance and scale to reduce TCO and speed ROI.
Case Study: HackensackUMC standardizes and migrates to an Intel® technology-based virtualized environment for Epic EHR and Caché* database, delivering affordable performance and economies of scale to help reduce TCO and speed ROI.
Case Study: Madrid Health Service improves performance, reduces costs, and increases flexibility by migrating from RISC architecture to Fujitsu PRIMERGY* servers with Intel® Xeon® processors E7-8870 and E5-5500 to support critical applications.