Yellow-Bricks. Free Application Virtualization. VMware Virtualization Software for Desktops, Servers & Virtual Machines for Public and Private Cloud Solutions. Virtual Geek. [updated June 24th, 11:10am ET – minor typo fixes, one technical catch, fixed links] DockerCon is going on today and tomorrow – and no better time to put out some new great tools for people using Containers. This will be a 3 part post – and timed intentionally with DockerCon. Why? Well – containers are indeed the buzz du jour, and while the ecosystem is still very vibrant (far from settled, with lots of battles being fought), DockerCon has become a critical time for the ecosystem to get together and collaborate.
Containers and persistence – what’s the scoop? A lot of strange new ideas for people used to NAS, SAN, and VVOLS :-) Object stores tend to be the dominant persistence model for people building apps using containers – but there is emergent work around Flocker and other things for other forms of persistence (parts 2 and part 3). Frankly, developers generally they don’t think about “persistence” beyond the data layer. So – what’s the news? Scales out the ying-yang. Xitim.com - Virtualisation, réseaux, systèmes, sécurité et stockage. Main Page. Kernel-based Virtual Machine. Un article de Wikipédia, l'encyclopédie libre. Pour les articles homonymes, voir KVM. KVM (Kernel-based Virtual Machine) est un hyperviseur libre de type I pour Linux.
KVM est intégré dans le noyau Linux depuis la version 2.6.20[1]. Il fonctionne originellement sur les processeurs à architectures x86 disposant des instructions de Virtualisation Intel VT ou AMD-V [2]. Depuis, KVM a été porté pour les architectures Power PC[3], IA-64 ainsi que ARM depuis le noyau Linux 3.9 [4]. Histoire[modifier | modifier le code] Le développement de KVM a commencé au sein de la société Qumranet par Avi Kivity. Fonctionnement[modifier | modifier le code] Kernel-based Virtual Machine est supporté par libvirt.
QEMU est capable, grâce à son module KQEMU (K pour Kernel, « noyau » en anglais), d'exécuter du code machine directement sur le processeur hôte[7] afin d'accélérer l'émulation. Voir aussi[modifier | modifier le code] Articles connexes[modifier | modifier le code] Liens externes[modifier | modifier le code] KVM switch. Symbolic representation of a KVM switch. The computer on the right is currently being controlled by the peripherals. KVM switch Industrial rack mount KVM showing console and computer ports for DVI and USB (keyboard/mouse) A KVM switch (with KVM being an abbreviation for "keyboard, video and mouse") is a hardware device that allows a user to control multiple computers from one or more[1] keyboard, video monitor and mouse.
Although multiple computers are connected to the KVM, typically a smaller number of computers can be controlled at any given time. Modern devices have also added the ability to share other peripherals like USB devices and audio. Etymology[edit] Before mouse became relevant in server switching applications, Keyboard Video Switch (KVS) was used to describe keyboard and monitor switching devices.[2] With the increased adoption of Microsoft Windows, the mouse and other I/O ports in peripheral switching became prevalent. Types[edit] USB Hub Based KVM Emulated USB KVM Use[edit] Virtu-Al.
Proxmox - Start page. vReference. Welcome to vSphere-land! VMETC.com - Home of the UGLY GREEN HERO AND GURU! Virtual Machine Manager.