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Copy file name to clipboardExpand all lines: src/content/docs/hardware/OpenIPC/OpenIPC Bonnet.md
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@@ -34,14 +34,14 @@ The **OpenIPC Bonnet** is a compact expansion board designed to extend the capab
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---
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## 📷 Front View Diagram
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## Front View Diagram
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> _[Insert front-facing image or wiring diagram of the OpenIPC Bonnet here]_
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> _Label key connectors, power pads, and ports._
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---
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## 📷 Back View Diagram
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## Back View Diagram
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> _[Insert rear-facing image or PCB layout of the OpenIPC Bonnet here]_
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> _Highlight the USB hub, IMU, and DisplayPort bridge._
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### 3. **All-in-One FPV Radio Controller**
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Integrate into a custom radio build running OpenIPC, with HDMI output, ELRS, and touchscreen or physical controls. Combines control and real-time video in a single device.
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Integrate into a custom RC radio build running OpenIPC, with HDMI output, ELRS, and touchscreen or physical controls. Combines control and real-time video in a single device.
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### 4. **Goggles-Mounted VRX**
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## Getting Started
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1.**Attach Antennas**
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Connect antennas to the Bonnet. There are 4 IPEX connectors.
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Connect antennas to the Bonnet. ALWAYS connect the antennas before powering the bonnet. There are 4 IPEX connectors. The bonnet comes with 4 ipex to SMA cables.
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2.**Connect to SBC**
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Plug the Bonnet into your SBC (Single board computer such as Radxa zero 3) using the 40 pin GPIO female port and the the flexible USB dock cable.
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This step is optional if you plan to use the Bonnet with Android phone or Meta Quest VR headset.
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**Insert a microSD**
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Insert a SD card with a compatible OpenIPC image flashed on it. RubyFPV is also possible.
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This step is optional if you plan to use the Bonnet with Android phone or Meta Quest VR headset.
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4.**Power Up**
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Connect a 2S–6S battery to the power input Wires. Use the diagrams above as a reference. It's recommended to use a jack or xt30 or xt60 connector. You will have to solder the connector yourself.
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Connect a 2S–6S battery to the power input wires. Use the diagrams above as a reference. It's recommended to use a jack or xt30 or xt60 connector. You will have to solder the connector yourself.
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The Bonnet will regulate power to the SBC and peripherals. The bonnet has polarity protection, so even if you reverse the positive and ground, you will not break the Bonnet.
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The bridge automatically negotiates video parameters using EDID, so no special configuration is typically required. Once powered and connected properly, video should appear on the external display during boot.
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> 💡 Useful for attaching to a head-mounted display, small FPV monitor, or modern VR glasses.
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> Useful for attaching to a head-mounted display, small FPV monitor, or modern VR glasses.
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