PureFlex Systems are fully integrated systems with unified management of compute, storage, networking, and virtualization resources that utilize built-in Patterns of Expertise based on IBM's decades of experience and thousands of client deployments. It is built on elements of the IBM Flex System. IBM Flex System includes compute, storage, systems management, and networking components. These components are pre-configured and pre-integrated.
IBM Flex System offers intelligent, integrated, and flexible network architecture that can fit with your existing or future environment. These high performance Ethernet offerings coupled with on demand scalability offer an easy way to scale as IT requirements grow.
IBM Flex System Fabric is:
Integrated: Helps manage discrete aspects of the data center as an integrated system through the built in management appliance.
Optimized: High performance scalable offerings with available 1Gb, 10Gb and 40Gb uplinks allow easy integration with existing network. Simple and cost effective scalability for future growth.
Automated: Automate provisioning and setup of both physical and virtual networks.
This three day course has been written to teach everything from the basics of IBM switch administration to the most advanced features of networking in the market today. You will not only learn the traditional physical networking concepts like layer 2 and layer 3 features but also work with virtual networks using features like VMready and Virtual Fabric. You will also learn high availability features to make your networking infrastructure redundant and more fault tolerant. The course will also cover the networking configurations seen in the two editions of the PureFlex System offerings: Express, and Enterprise.
Enrollment in this intermediate course is not restricted. Typical students may include those persons involved with the planning, installation, configuration and upgrade of the IBM Flex System Networking products. This may include:
Upon completing this course, students will be able to:
You should have completed: