neoger.blogg.se - Mikrotik chr kvm

Sector size (logical/physical): 512 bytes / 512 bytes Download CHR RAW disk image from and put it into fresh created /dev/vg0/router_r1_root wget -q unzip chr-6.42.5.img.zipĭisk chr-6.42.5.img: 128 MiB, 134217728 bytes, 262144 sectors Create logical volume (RouterOS is capable to see max lvcreate -L16G -n router_r1_root vg0Ģ.128 MB or more RAM for the CHR instance (needs minimum 128MB of RAM to complete the self-installation process) Installation XEN Hypervisor up and running xl info |grep xenĤ. check if your have hardware virtualization support - flags vmx(intel) and svm(amd)Ģ.

check if your CPU is 64 bit by checking flag lm in /proc/cpuinfo.

64bit CPU with virtualization support - check in /pro/proc/cpuinfo or lscpu.

So let's assume we already have this on our server: I'll try to show how to do it in the future. It supports the x86 64-bit architecture and can be used on most of the popular hypervisors such asĬHR has full RouterOS features enabled by default but has a different licensing model than other RouterOS versions and for free you get everything but limited to 1Mbit!Īs I don't have access to any of the hypervisors mentioned above, so decided to try running it on my private Xen Hypervisor (4.4) running on linux (Debian 8.11). Its a RouterOS version intended for running as a virtual machine. Fortunately router os software is available to download in many different versions.ĭecided to try Cloud Hosted Router (CHR). Realized that I miss another router but maybe not the regular mikrotik hardware.

Recently my private IPSec network grew a bit and I needed to re-organise. My needs for the router capabilities getting bigger and bigger and I must say that mikrotik is doing its job! I'm working with mikrotik for more then two years now and I must say that its very convenient piece both software and hardware.