Tips

Tips

• 5 Windows network drivers supported by containers

  NAT is the default network for container applications, but there are four other available drivers. Each container network driver poses some limitations and must be used carefully.  Continue Reading

• Multi-hypervisor environments provide cost savings, flexibility

  Adopting multiple hypervisors might make more sense than going with a single vendor, depending on cost, the types of workloads you run, and your performance and reliability needs.  Continue Reading

• Bare-metal vs. VM container deployment considerations

  Consider your performance requirements, portability needs and what level of isolation and security you want when deploying containers in your environment.  Continue Reading

• 4 branch office server management best practices

  Setting up a ROBO server involves specific hardware and software configuration considerations, such as ensuring redundancy and connectivity for remote management.  Continue Reading

• Use PowerShell Docker to manage Windows container components

  Take advantage of the PowerShell for Docker module to easily create and manage Windows containers in your environment with this step-by-step installation guide.  Continue Reading

• How to configure Windows container networking

  The default network setting for Windows containers is Network Address Translation, but you can also set up a transparent Dynamic Host Configuration Protocol or non-DHCP network.  Continue Reading

• Compare the pros and cons of container management tools

  From the ever-popular to the obscure, evaluate different container management options based on the user interface, documentation, ease of use, available features and integrations.  Continue Reading

• What container management software features are important?

  Because containers are easy to spin up, the infrastructure can quickly get out of hand. A tool that simplifies container management can help, if it provides certain capabilities.  Continue Reading

• Create Hyper-V containers in Windows Server 2016

  Once you enable the Hyper-V role and Windows container feature, install Docker Engine, container modules and a base OS image to prepare the host for Hyper-V container deployment.  Continue Reading

• Major I/O virtualization vendors and technologies explained

  Technologies that virtualize I/O components offer a number of additional capabilities, such as direct memory access remapping and network queuing for each VM.  Continue Reading

• GPU virtualization evolves with new chip types on the horizon

  GPU-makers Intel, AMD and Nvidia all provide virtualization support; the next step is to merge CPU and GPU functionality to handle both application and math/graphics-related tasks.  Continue Reading

• Understand hardware support for virtualization

  Intel, AMD and ARM processors optimize virtualization in a number of ways, from instruction set extensions to interrupts, via Intel VT, AMD-V, ARMv8, Intel APICv and AMD AVIC.  Continue Reading

• Evaluate remote office/branch office technology trends

  Traditional data center technology, including SD-WANs, HCI, and virtual backup and disaster recovery devices, often supports remote and branch offices.  Continue Reading

• How NFV architecture works

  NFV enables organizations to virtualize operations and replace network equipment such as routers and switches. It's built on three components: VNFs, NFVI and the MANO framework.  Continue Reading

• How to configure a gMSA for Windows containers

  You must start Windows containers with a CredentialSpec file and gMSA name to enable applications to use gMSA credentials in place of local system and network service accounts.  Continue Reading