The Liqid Composable Disaggregated Infrastructure (CDI) Lab showcases how to create impossible hardware configurations that are unfeasible in the physical world. Compose bare metal servers with any number of configurations via software. The lab consists of Dell PowerEdge compute, Liqid PCIe4 Fabric, Liqid Matrix Software, Intel NVMe and NVIDIA GPUs.

To keep up with the growing speed of business demands, there's a pressing need to make programmability and automation an inherent part of operational IT processes. WWT offers hands-on Ansible Automation Training Labs to help customers learn how to get started using centralized automation tools to manage and deploy configurations.

In today's fast-paced digital landscape, managing complex network environments has become a necessity for organizations looking to optimize their infrastructure. VMware, a pioneer in virtualization technologies, offers a powerful solution: the vSphere Distributed Switch (vDS). This advanced networking tool enables seamless management of networking configurations across multiple hosts, streamlining network administration and improving performance. One of the key features of vDS is the ability to create Distributed Port Groups (DPG), which provide a consistent network configuration across multiple hosts within a data center. In this lab, we will take a deep dive into the world of VMware Distributed Switches, guiding you step-by-step on how to create and configure Distributed Port Groups.

Lab users are provided a dedicated nested VMware environment to use as for an intro to VMware's server virtualization products, ESXi and Virtual Center.