AIX

Businesses today need to maximize their return on investment in information technology. Their IT infrastructure should have the flexibility to quickly adjust to changing business computing requirements and scale to handle ever expanding workloads—without adding complexity. But just providing flexibility and performance isn’t enough; the IT infrastructure also needs to provide rock solid security and near-continuous availability and while managing energy and cooling costs.
These are just some of the reasons why more and more businesses are choosing the AIX operating system (OS) running on Bull Escala designed with Power Architecture™ technology. With its proven scalability, advanced virtualization, security, manageability and reliability features, the AIX OS is an excellent choice for building an IT infrastructure. And, AIX is the only operating system that leverages decades of POWER technology innovation designed to provide the highest level of performance and reliability of any UNIX operating system.
The newest version of AIX, Version 7, is binary compatible with previous versions of the AIX OS, including AIX 5L™ and even earlier versions of AIX. This means that applications that ran on earlier versions will continue to run on AIX 7—guaranteed. AIX 7 is an open standards-based UNIX OS that is designed to comply with the Open Group’s Single UNIX Specification Version 3.
AIX 7 runs on systems based on POWER4™, PPC970, POWER5™, POWER6™ and the latest generation of POWER™ processor, POWER7. Most of the new features of AIX 7 are available on the earlier POWER platforms, but the most capability is delivered on systems based on the new POWER6 processors. The AIX OS is designed for the Bull Escala server product line, including Bull Escala blades based on Power Architecture technology.
AIX 7 extends the capabilities of the AIX OS to include new virtualization approaches including the ability to relocate applications between systems without restarting the application, new security features to improve and simplify security administration, new availability features and numerous features designed to make the AIX OS easier and less expensive to manage.
| Features | Benefits |
| Virtualization | |
| Workload Partitions | Reduced administration, improved system efficiency |
| Live Application Mobility | Increased application availability, enhanced workload manageability and energy savings |
| Live Partition Mobility | Increased application availability, enhanced workload manageability and energy savings |
| Multiple Shared Processor Pools | Greater resource management flexibility and reduced application software expense |
| Shared Dedicated Processors | Improved server utilization |
| Security | |
| Role Based Access Control | Improved security, decreased administration costs |
| Encrypting File system | Improved security |
| Trusted AIX | Highest level of security for critical government and business workloads |
| AIX Security Expert | Improved security, decreased administration costs by enabling federated management of security across multiple AIX systems |
| Secure by Default | Improved security on initial installations of AIX 7 |
| Trusted Execution | Improved security |
| File system Permissions Tool | Improved security |
| Near-continuous availability | |
Concurrent AIX Updates |
Greater system availability, improved security by enabling critical security patches to be installed without causing an outage |
| Storage Keys | Improved AIX availability and improved application availability |
| Dynamic Tracing | Easier resolution to application execution and performance problems |
| Enhanced First Failure Data Capture | Increased AIX reliability and quicker problem resolution |
| Non-intrusive Service Aids | Increased AIX reliability and quicker problem resolution |
| Functional Recovery Routines | Increased AIX and application reliability and availability |
| Manageability | |
| Workload Partitions | Reduced administrative expense by reducing the number of AIX operating systems to maintain. Greater flexibility to deploy and manage workloads |
| Live Application Mobility | Improved flexibility to improve application availability and performance and to reduce energy costs |
| Workload Partitions Manager | Reduced management costs by providing federated management of workload partitions across the enterprise |
| Live Partition Mobility | Improved flexibility to improve application availability and performance and to reduce energy costs |
| IBM System Director Console for AIX | Reduced administrative costs and improved administrative effectiveness by enabling Web-based administration across multiple AIX instances |
| Automatic Variable Page Size | Improved performance with reduced administrative effort |