![]() You want your keyboard to be plugged into the USB 2.0 ports (the black ones) and your storage to be connected to the USB 3.0 ports (the blue ones). Something to remember: the Raspberry Pi Model B has 4 USB ports: 2 classic USB 2.0 and 2 faster USB 3.0. I got the 480GB version but the 240GB one is more than enough to get started. I went ahead and got myself this SSD drive. I admit I don’t know the exact minimal requirements for this. USB storage will be the easiest for most. You need the SD card for UEFI firmware but for the actual ESXi installation, you need USB storage or iSCSI LUNs. You can’t use the SD card for the actual ESXi host storage. It happens to be 32GB which is far more than what I needed. Mine was an old Kingston USB key I found in the mess that is my office. This is where we are going to install the ESXi ARM installer file (150 MB). This USB key can be pretty small from a storage perspective. That’s what I’ll be using in this walkthrough. The easiest solution would be a HDMI monitor. You will need to connect the Raspberry Pi to a HDMI monitor or via serial connection. A picture of my adapter is further below. You will need to update the firmware on the SD Card so you will probably need an adapter/dongle to connect the micro SD Card to your computer. Ideally, go for the 8GB as you won’t be able to run an awful lot of VMs with just 4GB. The SD card is required for the ESXi installation (ESXi requires a UEFI firmware that we will be installing on the SD card). When I had ordered mine back in February, I also had ordered a micro SD card pre-loaded with an operating system. You will need a Raspberry Pi Model B (4B or 8GB of RAM). First and foremost, we have a number of requirements we have to meet before we can get started: Hardware Requirements Raspberry Pi
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