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Overview Estimated reading time: 4 minutes One of the reasons Docker containers and services are so powerful is that you can connect them together, or connect them to non-Docker workloads. Docker containers and services do not even need to be aware that they are deployed on Docker, or whether their peers are also Docker workloads or not. Whether your Docker hosts run Linux, Windows, or a mix of the two, you can use Docker to manage them in a platform-agnostic way. This topic defines some basic Docker networking concepts and prepares you to design and deploy your applications to take full advantage of these capabilities.

Search among more than 1.000.000 user manuals and view them online in.pdf. Qualified Apple Mac Systems for Media Composer 7.0 System GPU Earliest MC/Sym Version Supported* Nitris DX Mojo DX ISIS MediaNetwork (Fibre only) Notes** Mac Desktops Mac Pro 3.5 Ghz 6-core, 3.0 Ghz 8-core, or 2.7 Ghz 12-core “Ivy Bridge” CPU Media Composer will not Dual AMD FirePro D500 or D700 6.5.4.1 or 7.0.3 No DX Thunderbolt Adapter. Qualified Apple Mac Systems for Media Composer 2018.8 Skip to Laptops System GPU MC Earliest Version Supported* DNxIO DNxIQ DNxIV. Avid-qualified Mac-based computer. O Graphics and driver must be supported by Apple. Qualified apple mac systems for media composer 7 free. Qualified Apple Mac Systems for Media Composer 7.0 System GPU Earliest MC/Sym Version Supported*. Avid-qualified Mac-based computer1 1. Dual core i5, i7, and lower systems do not support HD baseband capture. * Some Intel i5 and dual core i7-based systems qualified for previous versions of Media Composer have been qualified for basic. Qualified Apple Mac Systems for Media Composer 8.8.X Skip to Laptops System GPU Version Earliest MC Supported* DNxIO DNxIQ Nitris DX. (as supported by Apple). Please refer to the Avid-qualified Windows-based computer list or Avid-qualified Mac-based computer list.

Most of this content applies to all Docker installations. However, are only available to Docker EE customers. Scope of this topic This topic does not go into OS-specific details about how Docker networks work, so you will not find information about how Docker manipulates iptables rules on Linux or how it manipulates routing rules on Windows servers, and you will not find detailed information about how Docker forms and encapsulates packets or handles encryption. See and for a much greater depth of technical detail. In addition, this topic does not provide any tutorials for how to create, manage, and use Docker networks. Each section includes links to relevant tutorials and command references.

Network drivers Docker’s networking subsystem is pluggable, using drivers. Several drivers exist by default, and provide core networking functionality: • bridge: The default network driver. If you don’t specify a driver, this is the type of network you are creating. Bridge networks are usually used when your applications run in standalone containers that need to communicate. • host: For standalone containers, remove network isolation between the container and the Docker host, and use the host’s networking directly. Host is only available for swarm services on Docker 17.06 and higher.

• overlay: Overlay networks connect multiple Docker daemons together and enable swarm services to communicate with each other. You can also use overlay networks to facilitate communication between a swarm service and a standalone container, or between two standalone containers on different Docker daemons. This strategy removes the need to do OS-level routing between these containers. • macvlan: Macvlan networks allow you to assign a MAC address to a container, making it appear as a physical device on your network.

The Docker daemon routes traffic to containers by their MAC addresses. Using the macvlan driver is sometimes the best choice when dealing with legacy applications that expect to be directly connected to the physical network, rather than routed through the Docker host’s network stack. • none: For this container, disable all networking.

Usually used in conjunction with a custom network driver. None is not available for swarm services. •: You can install and use third-party network plugins with Docker. These plugins are available from or from third-party vendors. See the vendor’s documentation for installing and using a given network plugin. Network driver summary • User-defined bridge networks are best when you need multiple containers to communicate on the same Docker host.

• Host networks are best when the network stack should not be isolated from the Docker host, but you want other aspects of the container to be isolated. • Overlay networks are best when you need containers running on different Docker hosts to communicate, or when multiple applications work together using swarm services.

• Macvlan networks are best when you are migrating from a VM setup or need your containers to look like physical hosts on your network, each with a unique MAC address. • Third-party network plugins allow you to integrate Docker with specialized network stacks.