![]() ![]() The VM that was created from the OVA template was very small (less than 400MB), and I look forward to using it in my vSphere environment. It took me less than 15 minutes to download and install Photon OS on my ESXi server using the OVA template. Installing the ping utility.Īfter ping was installed, I entered tdnf bindutils to install the Linux host, dig, nslookup and nsupdate utilities. To install the package that has the ping command in it, I entered tdnf install iputils, and after doing so I could use the ping command ( Figure 4). I entered tdfn list to display the packages that were installed on the system, and then entered tdfn repolist to display a list of repositories being used. However, when I tried to check network connectivity by using the ping command, I found that ping was not installed this really was a minimal installation ( Figure 3). Once I was logged in as root, I checked the IP address by entering ip addr (ifconfig has been deprecated in Photon OS), and then checked the space used by entering df -h. Photon OS will reject a root password that contains simplistic patterns, common words or words derived from the name of your account. I was then prompted to change the password-the password requirements are very strict and must be a complex string containing no common words or names. After starting the VM, I launched a VMware Web Console to the VM and logged in to it as root with the default password of changeme. It took eight minutes in total to create the Photon VM from the template. After reviewing my settings, I clicked Finish. ![]() Upon looking over the VM's settings ( Figure 2), I noticed that the VM's initial disk size would be 320MB, and that it would have a dynamic IP address I was not asked if I wanted to use a static IP address when deploying the template. Then, I selected the OVA file I downloaded (), specified a name for the virtual machine (VM) to be created, and indicated the ESXi server on which I wanted it to run, as well as the datastore on which it would reside, and the network connection that I wanted it use. In my example here, I'll be installing Photon OS from the OVA and then adding additional packages to it as needed.Īfter downloading the 108MB OVA image from its GitHub repository to my laptop, I used the vSphere Web client to install the OVA by right-clicking my ESXi host and selecting Deploy OVF Template ( Figure 1). The OVA image only includes a minimal environment, while the ISO image lets you choose between a full install or the minimal environment. Photon OS can be installed on ESXi from either an ISO image or an Open Virtual Appliance (OVA). In this article, I'll be installing Photon OS on an ESXi 6.5 host being managed by a 6.7 U1 VCSA. Photon OS has been optimized to run on VMware infrastructure and public clouds as such, it has been stripped down and includes only the drivers necessary to run on a VMware hypervisor (ESXi, Workstation and Fusion), or on one of the supported public clouds-Amazon Web Services (AWS), Google Cloud Platform (GCP) and Microsoft Azure. This is the first article in a three-part series on Photon OS I will later show you how I extended its capabilities and used it for some primitive testing of Apposite NetropyVE, a WAN emulator. ![]() In this article, I'll walk you through how I installed and used Photon OS. It's freely available, easy to install on vSphere, and can be used as a base OS for your Linux project. Many VMware components, such as vCenter Server Appliance (VCSA), use it as a base OS. Photon OS, a lightweight Linux distribution created and maintained by VMware, is designed specifically to run as a container host and has been optimized for cloud-native applications and cloud platforms, and has been optimized to run on VMware infrastructure and in public clouds.
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