Infrastructure Solutions for Mission-Critical Solutions

An enterprise-IT shift to open, standard hardware platforms.

Transform Your Mission-Critical Computing Environment

A mission-critical computing environment built on Intel® Xeon® processor-based servers delivers the flexibility, scalability, high performance, advanced reliability, and data protection that IT expects for their most data-intensive enterprise applications.

Migrate Mission-Critical Workloads

The results of a survey of 200 IT managers provide insights into how organizations are migrating their mission-critical applications from RISC/UNIX* systems to Intel®-based architecture.

See the mission-critical peer research (24 pages) >

Modernize Mission-Critical Deployment

Get the information to guide your move of mission-critical workloads from legacy RISC/UNIX* platforms to Intel® Xeon® processor-based solutions running Linux* or Windows* operating systems.

Read the migration planning guide (16 pages) >

Financial institutions are investing in modern, flexible infrastructure for mission-critical workloads to improve return on investment, reduce risk, and deliver greater value.

See the ROI white paper (6 pages)

Server Migration

A step-by-step guide for a successful migration from expensive legacy RISC platforms to lower-cost, commodity Intel® Xeon® processor-based servers.

Read the migration white paper (16 pages)

Learn about migrating SAP* enterprise resource planning software from a Solaris* to a Red Hat Enterprise Linux* Advanced Platform system on IBM* servers with Intel® Xeon® processors.

See the SAP migration guide (36 pages)

Case Studies: Mission Critical

The Glasgow 2014 Commonwealth Games uses Intel®-powered technology to help deliver its event with a global audience of more than 2 billion people.

Read the Glasgow Games case study (3 pages)

Intel® Xeon® processors helped D&D Distribution create a next-generation modular storage solution with new levels of flexibility, availability, and scalability.

Check out the D&D solution brief (2 pages)

California’s Department of Health Care Services (DHCS) has reduced energy consumption and costs with the Intel® Xeon® processor E7 family as the foundation for server virtualization and data center consolidation.

Read the DHCS case study (2 pages)

The National Credit Card Center (NCCC) adopts an Intel® Xeon® processor-based platform to build a data processing center that boasts speed, stability, and easy maintenance.

See the NCCC case study (4 pages)

NYSE Technologies turns to Intel® and IBM* technology to deliver lightning-fast messaging and analytics, reductions in latency, and increased productivity.

Check out the NYSE case study (6 pages)

Intel® processor-based, mission-critical technology helps Manila Electric Company (Meralco) transform its aging and inflexible data center into a strategic asset.

See the Meralco case study (2 pages)

Case Studies: RISC Migration

When you migrate software to a Linux* environment and servers based on Intel® Xeon® processors, you get superior performance and improved reliability that reduces costs.

Read the RISC migration case study (4 pages)

The British Columbia Assessment Authority explores RISC migration for its mission-critical databases that doubles performance and reduces operating costs with Intel® based servers.

See the database performance case study (2 pages)

GS Home Shopping reduces costs and increases performance by replacing its UNIX*-based IT environment with Intel® Xeon® processor-based servers.

Check out the GS case study (2 pages)

Gap migrates its database and applications to run on Intel®-based servers which reduced costs and speed up app service deployment.

Read the Gap case study (2 pages)

After migrating mission-critical applications, Intel® Xeon® processor E5 family-based server migration improves performance and lowers costs for Gneis.

See the Gneis case study (2 pages)

Veyance Technologies’ migration provided a cloud solution that reduced costs, increased capacity, and improved global efficiencies.

Read the RISC-to-cloud solution brief (4 pages)

Hackensack University Medical Center (HackensackUMC) migrates its databases to an Intel®-based virtualized environment for performance, scale, and an accelerated ROI.

See the HackensackUMC case study (4 pages)

Madrid Health Service migrates from RISC to Intel® Xeon® processor-based servers to support critical applications, reduce spending, and increase flexibility.

Check out the Madrid case study (2 pages)

Solutions and Technology

Control costs while scaling your IT ecosystem with this migration guide for the recommended process for moving from AIX* to Red Hat* Enterprise Linux* Advanced Platform systems.

Check out the Linux planning guide (48 pages)

Designed to create a better way to scale critical information processing, Oracle* Database 12c is the latest jointly engineered solution from Intel and Oracle.

Read the Oracle solution brief (7 pages)