Open architectures are now a viable option for mission-critical workloads. Decision makers are uniting behind the trend to replace legacy proprietary systems, and with good reason. Applications built with Microsoft SQL Server running on servers based on Intel® Xeon® processors are a cost-effective option to deliver mission-critical scalable performance and advanced reliability. The high degree of co-engineering and
collaboration between Microsoft and Intel that has gone into this solution stack pays off in unparalleled benefits to end customers.
This paper examines the factors that have made the combination of SQL Server and Intel Xeon processors so effective. It consists of the following main sections:
- Standards-Based, Cost-Effective
Mission-Critical Solutions.
- Real-World Success: Temenos
Group AG.
- Performance and Scalability Wins
with the Intel Xeon Processor E7
Family.
- Simplified RISC Migration.
- Further Advances in Microsoft SQL
Server 2012.
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Open architectures are now a viable option for mission-critical workloads. Decision makers are uniting behind the trend to replace legacy proprietary systems, and with good reason. Applications built with Microsoft SQL Server running on servers based on Intel® Xeon® processors are a cost-effective option to deliver mission-critical scalable performance and advanced reliability. The high degree of co-engineering and
collaboration between Microsoft and Intel that has gone into this solution stack pays off in unparalleled benefits to end customers.
This paper examines the factors that have made the combination of SQL Server and Intel Xeon processors so effective. It consists of the following main sections:
- Standards-Based, Cost-Effective
Mission-Critical Solutions.
- Real-World Success: Temenos
Group AG.
- Performance and Scalability Wins
with the Intel Xeon Processor E7
Family.
- Simplified RISC Migration.
- Further Advances in Microsoft SQL
Server 2012.
