Feed abonnieren

If we’ve learned one thing about IT at-scale over the past several years, it’s that there is no “silver bullet” when it comes to choosing deployment environments. Virtualization, private cloud, public cloud, and Kubernetes have all entered the arena, but there is no clear winneryet. Instead, IT organizations face layers of complex infrastructure technologies, each with various facets of abstraction and their own “rules” with the added challenge of making these disparate stacks play nicely together for the benefit of the business at-large.

The virtualization layer is frequently a fulcrum for deploying emerging technologies like Linux containers and Kubernetes but the ultimate connector across all layers of a technology stack, both cloud-native and existing, is networking. All workloads be it VMs, containers or bare metal apps need to efficiently traverse these technology stacks and reach the server’s NIC level in order to communicate with other nodes, servers or the outside world. 

In order to move these workloads fast a variety of bespoke solutions have been developed by the network equipment providers achieving wirespeed performance. However these solutions have developed in a non-standard manner, sometimes propagating to the workloads themselves. This is where the virtio-networking community intends to help.

Explaining virtio-networking

Led by Red Hat, Intel, Mellanox and many other software and hardware vendors, the virtio-networking is built around virtio, a standardized open interface for virtual machines (VMs) to access simplified devices such as block storage and networking adaptors. The virtio-networking community focuses on the networking device of virtio.

The emerging use cases around virtio-networking

While the virtio networking device was originally developed as a network virtualization interface between physical hosts and guests in virtual environments, a number of open source communities have adopted this networking device as a means to addressing emerging networking challenges. The Linux Kernel community, the Data Plane Development Kit (DPDK) community, QEMU and OASIS among others all lean on these specifications, broadly forming the virtio-networking community. The problems that this community aims to solve include:

  • VM network acceleration by developing an open standard interface for VM network acceleration using kernel tools, DPDK tools and hardware acceleration techniques to offload traffic directly onto physical network interface cards (NICs).

  • Pod network acceleration to speed up networking in Kubernetes by adding dedicated layer 2 (L2) high-speed interfaces to Kubernetes pods.

  • Mixed virtual/cloud-native environment acceleration through an open standard interface for running (efficiently and swiftly) virtual machines and Kubernetes pods side-by-side.

  • Hybrid cloud acceleration via an interface to abstract away the different public and private clouds from the VMs and Kubernetes pods running on them, especially when network acceleration is required.

Exploring virtio and the community further

The challenges listed above are no small matters. They impact businesses today and, if successfully solved, will help to shape the interconnected enterprise IT world of the future. We believe that virtio is part of the solution to address these challenges, and we want to explain how and why this effort can make it a reality in the near future. 

The next blog posts will include solution overviews for audience interested in the big picture, technical deep dive for architects interested in the nuts & bolts of things and hands on sessions for developers to experiment with these technologies first handed. 

So stay tuned for future blog posts as we further explore how virtio works and how it can help address these emerging use cases!


Über die Autoren

UI_Icon-Red_Hat-Close-A-Black-RGB

Nach Thema durchsuchen

automation icon

Automatisierung

Das Neueste zum Thema IT-Automatisierung für Technologien, Teams und Umgebungen

AI icon

Künstliche Intelligenz

Erfahren Sie das Neueste von den Plattformen, die es Kunden ermöglichen, KI-Workloads beliebig auszuführen

open hybrid cloud icon

Open Hybrid Cloud

Erfahren Sie, wie wir eine flexiblere Zukunft mit Hybrid Clouds schaffen.

security icon

Sicherheit

Erfahren Sie, wie wir Risiken in verschiedenen Umgebungen und Technologien reduzieren

edge icon

Edge Computing

Erfahren Sie das Neueste von den Plattformen, die die Operations am Edge vereinfachen

Infrastructure icon

Infrastruktur

Erfahren Sie das Neueste von der weltweit führenden Linux-Plattform für Unternehmen

application development icon

Anwendungen

Entdecken Sie unsere Lösungen für komplexe Herausforderungen bei Anwendungen

Original series icon

Original Shows

Interessantes von den Experten, die die Technologien in Unternehmen mitgestalten