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How to Emulate a MX series Juniper Router in GNS3? The Download links are available in NetworkLab website and also available in the description section bellow of this Youtube video. Downloads:: Download(vMX.vdi):: Tutorials:: Here in our LAB setup we are taking a Linux Host Machine and vMX Rouetr,uniper MX Series Virtual Router.
Considering the network of 192.168.0.0/24 subnet. There are two procedure of running vMX in gNS3 either by Quemu or by VirtualBox. Aproaching VirtualBox is faster and efficient as of now. From the download link, download the vMX zip file and extract it.
The file name as vMX.vdi is required here.vdi is extension of a kind of virtual hard drive format. Now from VirtualBox worspace menue create a new Virtual Machine. Select the type of the VM as Linux Based VM and verson as Other Linux. This settings will build the kernel to boot this particular Junos over Hypervisors.
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Drajver dlya upa usb versiya 12. Recomended Primary memory is 1GB. And then from the VirtualBox settings selectan existing hard drive by choosing either the dropdown or by browse local folders.
Here we are going to select the virtual hard drive vMX.vdi. Now we need to export the VM onto GNS3.From preference Select VirtualBox VM and from local VirtualBox VM dropdown select vMX. Now run the MX VM. You can also select the headless mode torun the VMware vmx instance in background. Thanks NetworkLab support@networklab.in.
I’m excited to finally have the opportunity to play with Juniper’s vMX! Since it was announced last year I’ve been eagerly waiting for release – a couple of client projects already have passed by where the vMX would have been a perfect fit. vMX already won an earlier this year at Interop Tokyo 2015! In this post I’ll be giving a bit of background on the vMX architecture and licensing, and then go on to walk through a lab based configuration of vMX. The vMX is a virtual MX Series Router that is optimized to run as software on x86 servers.
Like other MX routers, it runs Junos, and Trio has been compiled for x86! Yes, that means the sophisticated L2, L2.5 and L3 forwarding features we are used to on the MX are present on the vMX.
Architecture vMX can be installed on server hardware of your choice, so long as it is x86 based and running Linux (although I’m sure a version to run on vmware won’t be too far away). VMX itself actually consists of two separate VMs – a virtual forwarding plane (VFP) running the vTrio, and a virtual control plane (VCP) running Junos. The Linux virtualisation solution KVM is what Juniper are using to spin up the virtual instances of the control and forwarding planes, and multiple instances of vMX can be run on the same hardware. To see Juniper using Linux and KVM is no surprise as this is what we are used to on Juniper’s other products such as the QFX. The VMs are managed by a simple orchestration script which is used to create, stop and start the vMX instances.
A simple configuration file defines parameters such as memory and vCPUs to allocate to the VCP and VFP. A couple of Linux bridges are created by the orchestration script.
Clearly VCP and VFP need to be able to communicate directly so an “internal” bridge is automatically created for each vMX instance to enable this communication. An “external” bridge is also created, this is used to enable the management interface on the Linux Physical host to be used for the virtual management interfaces on the VCP and VFP. For data interfaces, there are a couple of techniques available for packet I/O depending on the required vMX throughput – • Paravirtualisation using KVMs virtio drivers • PCI passthrough using single root I/O virtualisation (SR-IOV), enabling packets to bypass the hypervisor and therefore increase I/O. Juniper recommend virtio or SR-IOV up to 3Gbps, and SR-IOV over 3Gbps (using a minimum of 2 x 10GE interfaces). Which you will choose will ultimately depend on your use case for the vMX.