Highlights from VMware Explore 2024 Barcelona

General Session Insights:

  • Private Cloud as the Future of Innovation: Broadcom’s President and CEO, Hock Tan, emphasized that private cloud has become the foundation for enterprise innovation.
  • Balancing AI with Compliance: Chris Wolf highlighted the importance of aligning AI advancements with organizational privacy and compliance needs.
  • Community Acknowledgments: Joe Baguley celebrated the vibrant VMware community, from 1,600+ vExperts to 150,000 VMUG members, for their global contributions.
  • Agile IT for Business Success: Paul Turner emphasized the need for IT agility to rapidly deliver applications and services, crucial for achieving business goals.
  • VeloRAIN Architecture: Sanjay Uppal introduced the VeloRAIN (Robust AI Networking) architecture, leveraging AI/ML to enhance distributed AI workloads’ performance and security.

For more details, check the general session recap.

Notable Sessions and Presentations:

  • Distributed Security Simplified: Dive into the intricacies of distributed security in VMware Cloud Foundation. Read more.
  • VMware vSAN ESA: Explore how VMware vSAN ESA serves as a robust storage platform for VMware Cloud Foundation. Details here.
  • Demystifying DPUs and GPUs: Understand the role of DPUs and GPUs in VMware Cloud Foundation for advancing AI and data workloads. Learn more.
  • AI Without GPUs: Discover innovative ways to harness CPU power for AI workloads in GPU-limited environments. Read more.
  • Data Unlocking with VMware and NVIDIA: Broadcom and NVIDIA offer deep insights into unlocking data potential through AI-powered solutions. Deep dive.
  • VMware Fusion and Workstation: Exciting news—VMware Fusion and Workstation are now available for free. Get the details.

For a complete list of VMware Explore 2024 Barcelona presentations, visit this link.

An inspiring evening of networking and meaningful conversations at the Community Leadership Reception at Explore in Barcelona.
The VMware Community truly is the heart of Explore.
It was an honor to meet Hock Tan CEO,

and engage with incredible leaders like Corey Romero hashtag#vExpert leader and Josef Zach, our hashtag#VMUG Czech leader.

VMware Cloud Foundation (VCF) Brownfield Deployments

VMware Cloud Foundation (VCF) provides a unified platform for managing hybrid clouds, but the deployment process differs between Greenfield (new) and Brownfield (existing) environments. Brownfield deployment involves integrating pre-existing infrastructure into the VCF framework.

Preparing to Use the VCF Import Tool

The VCF Import Tool is essential for transitioning existing infrastructure into the VCF framework. Here’s a step-by-step guide to preparing the tool:

  1. Download the Necessary Files:
    • SDDC Manager OVA: The foundation for managing VCF.
    • VCF Import Tool: Enables import and integration of existing infrastructure.
    • NSX Install Bundle: Configures the networking components for VCF.
  2. Deploy SDDC Manager:
    • This step is necessary for “convert” use cases to establish centralized management within VCF.
  3. Extract the Import Tool:
    • Transfer and configure the import scripts within the SDDC Manager.
  4. Copy NSX Bundle:
    • Ensure the NSX configuration is uploaded for seamless network integration.

Convert Workflow: Transitioning Infrastructure to VCF

The Convert Workflow addresses the challenge of adapting existing environments to align with VCF’s architecture. Follow these steps:

  1. Verify Prerequisites:
    • Confirm that SDDC Manager is running version 5.2 or later.
    • Ensure all required files (Import Tool, NSX bundles) are uploaded.
  2. Run Pre-Check Scripts:
    • Validate the current environment using the Import Tool’s pre-check capabilities. This step identifies configuration issues or incompatibilities.
  3. Create NSX JSON:
    • Generate a JSON file to map the existing network configurations into VCF’s NSX environment.
  4. Convert Management Domain:
    • This final step transitions the management domain to align with VCF’s integrated control and automation.

Import Workflow: Integrating Existing Components

For specific components or domains, the Import Workflow provides a framework to incorporate them into VCF:

  1. Check Prerequisites:
    • Confirm readiness by ensuring the infrastructure meets the required configurations.
  2. Generate NSX JSON:
    • Map existing NSX configurations into a JSON format suitable for VCF integration.
  3. Import Workload Domains:
    • Import and integrate vSphere and NSX components into the VCF ecosystem.

Sync Workflow: Maintaining Infrastructure Alignment

The Sync Workflow ensures continued alignment between the existing infrastructure and VCF:

  1. Verify Prerequisites:
    • Confirm that SDDC Manager is operational and all required scripts are present.
  2. Sync Workload Domain:
    • Synchronize the workload domains with VCF’s management systems, ensuring consistency and reliability.

VCF Import Tool Options and Parameters

Below is an overview of the key actions and parameters available in the VCF Import Tool:

1. Help and Version Commands

  • -h, --help
    Displays the help menu for the VCF Import Tool, outlining available commands and their usage.
  • -v, --version
    Shows the current version of the VCF Import Tool.

2. Core Actions for Brownfield Deployments

  • convert
    Converts an existing vSphere infrastructure into a management domain within SDDC Manager.
  • check
    Validates if a vCenter is suitable for import as a workload domain in SDDC Manager.
  • import
    Imports an existing vCenter as a VI workload domain into SDDC Manager.

3. Sync and Deployment Operations

  • sync
    Synchronizes configuration between an imported VI workload domain or a workload domain deployed from SDDC Manager. This helps manage configuration drift between vCenter Server and SDDC Manager.
  • deploy-nsx
    Deploys NSX Manager as a standalone operation. This is useful for preparing networking configurations for workload domains.
  • precheck
    Runs validation checks on a vCenter to identify any potential issues before starting the import or conversion process.

Demystifying DPUs and GPUs in VMware Cloud Foundation

At VMware Explore EU 2024, the session “Demystifying DPUs and GPUs in VMware Cloud Foundation” provided deep insights into how these advanced technologies are transforming modern data centers. Presented by Dave Morera and Peter Flecha, the session highlighted the integration and benefits of Data Processing Units (DPUs) and Graphics Processing Units (GPUs) in VMware Cloud Foundation (VCF).

Key Highlights:

  1. Understanding DPUs:
    • Offloading and Acceleration: DPUs enhance performance by offloading network and communication tasks from the CPU, allowing more efficient resource usage and better performance for data-heavy operations.
    • Enhanced Security: By isolating security tasks, DPUs contribute to a stronger zero-trust security model, essential for protecting modern cloud environments.
    • Dual DPU Support: This feature offers high availability and increased network offload capacity, simplifying infrastructure management and boosting resilience.
  2. Leveraging GPUs:
    • Accelerated AI and ML Workloads: GPUs in VMware environments significantly speed up data-intensive tasks like AI model training and inference.
    • Optimized Resource Utilization: VMware’s vSphere enables efficient GPU resource sharing through virtual GPU (vGPU) profiles, accommodating various workloads, including graphics, compute, and machine learning.
  3. Distributed Services Engine:
    • This engine simplifies infrastructure management and enhances performance by integrating DPU-based services, creating a more secure and efficient data center architecture.

Getting started with VCF 4.0 Part 3 – vSphere…

Getting started with VCF 4.0 Part 3 – vSphere with Kubernetes in a Workload Domain

Getting started with VCF 4.0 Part 3 – vSphere…

At this point, we have a fully configured workload domain which includes an NSX-T Edge deployment. Check here for the previous VCF 4.0 deployment steps. We are now ready to go ahead and deploy vSphere with Kubernetes, formerly known as Project Pacific. Via SDDC Manager in VMware Cloud Foundation 4.0, we ensure that an NSX-T Edge is available, and we also ensure that the the Workload Domain is sufficiently licensed to enable vSphere with Kubernetes. Disclaimer: “To be clear, this post is based…Read More


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Getting started with VCF 4.0 Part 2 –…

Getting started with VCF 4.0 Part 2 – Commission hosts, Create Workload Domain, Deploy NSX-T Edge

Getting started with VCF 4.0 Part 2 –…

Now that a VCF 4.0 Management Domain has been deployed, we can move onto creating our very first VCF 4.0 Virtual Infrastructure Workload Domain (VI WLD). We will require a VI WLD with an NSX-T Edge cluster before we can deploy Kubernetes on vSphere (formerly known as Project Pacific). Not too much has changed in the WLD creation workflow since version 3.9. We still have to commission ESXi hosts before we can create the WLD. But something different to previous versions of VCF is that today in…Read More


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Getting started with VMware Cloud Foundation…

Getting started with VMware Cloud Foundation (VCF) 4.0

Getting started with VMware Cloud Foundation…

On March 10th, VMware announced a range of new updated products and features. One of these was VMware Cloud Foundation (VCF) version 4.0. In the following series of blogs, I am going to show you the steps to deploy VCF 4.0. We will begin with the deployment of a Management Domain. Once this is complete, we will commission some additional hosts and build our first workload domain (WLD). After that, we will deploy an NSX-T 3.0 Edge Cluster to our Workload Domain. The great news here is that…Read More


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