# Raspberry Pi 5

## Components

The following components are required to fully automate the board:

- [Flylead MIB](/hardware/mibs/flylead.md)
- Short RJ45 network cable
- JST PH 3pin to female socket cab
- USB-A male to USB-C male cable
- USB-C male to USB-C male cable
- Micro SD Card

## MIB

```{figure-md}
![RPi5 connected to the MIB](/_images/rpi5/connections.jpg){align=center}

RPi5 connected to the MIB
```

### Configuration

Set the voltage level switch on the top of the MIB to 3v3:

```{figure-md}
![voltage level](/_images/rpi5/vio-selector.jpg){align=center}

Vio level set to 3v3
```

### Network

Connect the Raspberry Pi network interface to the LAA private network
interface.

### USB

Connect the LAA USB OTG port (front facing) to one of the Raspberry-Pi USB
port.

### Power

Connect a USB C-to-C cable from LAA Port 1 (facing upward) to the RPi USB power
port.

### Serial

Connect the RPi debug port to the flylead header in the middle.

```{figure-md}
![serial connection](/_images/rpi5/serial-header.jpg){align=center}

Serial connection
```


```{admonition} 3-pin debug socket
:class: tip
The RPi5 provide debug and serial via a 1mm JST socket. You can either order
one or use the one provided with the Raspberry Pi Debug Probe.
```

## Software

In order for the Raspberry Pi DUT to be easily testable by LAVA, the DUT should
boot to u-boot.

To boot the Raspberry Pi 5, we will boot from USB Mas Storage using USB Mass Storage Emulation.

### USB Mass Storage Emulation

The LAA USB OTG port will act as a USB Mass Storage device with the content
that you specify in LAVA.

This setup allows to update the bootloader without reflashing the DUT.

We provide [pre-built image](https://firmwares.lavacloud.io/rpi-5/boot.img.zst).

### Setup a simple recovery mechanism

Refer to the [RPi 4 documentation](rpi-3-and-4.md#setup-a-simple-recovery-mechanism).