Airgoo Installation Guide

Overview

Airgoo controllers bring advanced ARGB lighting control to any PC, regardless of motherboard RGB headers. All models are plug‑and‑play with SignalRGB and OpenRGB, offering per‑port LED configuration, high refresh rates, and seamless multi‑device synchronization.

Download SignalRGB Download OpenRGB

Hardware installation – all models

Follow these fundamental steps for any Airgoo controller. Specific differences between the DRGB series and X Core series are covered in the sections below.

AG-DRGB08 / 16 – Pure ARGB controllers

These models are dedicated to ARGB lighting only. They provide 8 or 16 independent 5V ARGB ports and do not include any fan headers. Ideal for users who already have a separate fan controller or rely on motherboard fan headers.

• Port layout: 8 ports (A1‑A8) for DRGB08; 16 ports (A1‑A8 + B1‑B8) for DRGB16.
• Maximum LEDs per port: 256 (software‑configurable).
• Power supply: Single SATA connector. Provides up to 5A total current – enough for 500+ addressable LEDs.

Installation checklist – DRGB series:

1. Attach your ARGB devices (fans, strips, water blocks) to the 3‑pin 5V headers. Align the arrow on the cable with the +5V mark (usually the pin with a missing plastic square).
2. Connect SATA power and USB as described in the universal steps.
3. No further wiring is needed. The controller will be detected automatically by SignalRGB / OpenRGB.

X16 Core / X28 Core – ARGB + PWM fan control

These hybrid controllers combine extensive ARGB channel support with integrated PWM fan hubs, eliminating the need for separate fan controllers.

• X16 Core: 8 ARGB ports (A1‑A8) + 8 PWM fan ports (F1‑F8).
• X28 Core: 16 ARGB ports (A1‑A8 + B1‑B8) + 12 PWM fan ports (F1‑F12).
• Fan power: Each fan port delivers up to 2A (24W) – powered directly by the single SATA connection.

Installation checklist – X Core series:

1. ARGB connections: Same as DRGB series – connect your LED devices to the numbered ARGB ports (A1‑A8 or B1‑B8).
2. Fan connections: Plug your 4‑pin PWM fans into the fan headers (F1‑F8 / F1‑F12). These ports are keyed and support only 4‑pin PWM fans (3‑pin DC fans will run at full speed).
3. Single SATA power: Connect the one SATA power cable to your PSU. It powers everything – no second cable required.
4. PWM sync link (critical for temperature‑based fan control): Use the included 4‑pin female‑to‑female cable to connect the controller’s PWM_IN port to a 4‑pin PWM header on your motherboard – preferably CPU_FAN or SYS_FAN. This allows the controller to mirror the motherboard’s PWM duty cycle. Without this connection, fans will run at 100% speed.

Verification: After booting, use software like HWMonitor or Fan Control to check fan speeds. They should change dynamically as CPU temperature rises.

Additional tips for X16/X28 Core:

• If you don't need fan control, you can skip the PWM_IN cable – fans will run at 100% speed (which is fine for testing or fixed‑speed fans).
• The fan headers are 4‑pin PWM with standard pinout (GND, +12V, Sense, Control). Do not connect 3‑pin DC fans to these ports if you require speed regulation; they will run at full speed only.
• Use the included cable routing stickers and Velcro ties to keep fan and ARGB cables organized.

Setting up SignalRGB

1. Install SignalRGB – Run the installer as administrator. If a pop‑up lists conflicting processes, click Close Processes.
2. Open SignalRGB, navigate to the Devices tab on the left sidebar.
3. Locate your Airgoo controller in the list. SignalRGB will create a default strip for every port. Click on the controller and remove the automatically assigned strips (right‑click → Delete).
4. Now each connected device will start pulsing in a color that corresponds to its physical channel. Click Add Component and select the type of device you have attached (RGB fan, LED strip, AIO, etc.).
5. If your specific device isn't listed, choose Custom Strip and manually set the LED count (max. 256 LEDs per channel).
6. Repeat for all ports. You can name each component for easier recognition.

Setting up OpenRGB (Windows / Linux / macOS)

OpenRGB is an open‑source utility that gives you full control over RGB devices without vendor lock‑in. Below are platform‑specific instructions.

Windows

1. Download the latest OpenRGB Windows build from official releases page (choose the .exe installer or portable zip).
2. Run the installer or extract the zip. If using the installer, follow the setup wizard. If using the portable version, double‑click OpenRGB.exe.
3. If Windows SmartScreen or UAC prompts, click “More info” and then “Run anyway” – OpenRGB requires hardware access.
4. Once OpenRGB launches, your Airgoo controller should appear in the left device list as Airgoo AG-DRGB16 (or similar name).
5. Select the controller, then click the Resize Zone button. Each zone corresponds to one physical port (Zone 0 = A1, Zone 1 = A2, …).
6. Set the LED count for each zone according to your device. For fans, typical values are 12‑18 LEDs; for strips, count the total number of addressable LEDs.
7. After resizing, you can assign colors or effects directly from the main OpenRGB interface.
8. To save your configuration, go to View → Save Configuration. This ensures your setup persists after a reboot.

Linux

1. Download the OpenRGB Linux package from the releases page (available as .tar.gz or AppImage).
2. If using the AppImage:
   • Make it executable: chmod +x OpenRGB*.AppImage
   • Run it: ./OpenRGB*.AppImage. You may need to run as root or add udev rules for USB device access.
3. For permanent USB access, copy the provided 60-openrgb.rules file to /etc/udev/rules.d/ and reload udev (sudo udevadm control --reload-rules && sudo udevadm trigger).
4. Launch OpenRGB (as your normal user after applying udev rules). Your Airgoo controller should appear as Airgoo AG-DRGB16 in the device list.
5. Proceed with resizing zones and setting LED counts as described in the Windows section.
6. Save your configuration: View → Save Configuration. The config file is stored in ~/.config/OpenRGB/.

macOS

1. Download the OpenRGB macOS build from the releases page (usually a .dmg file).
2. Open the .dmg and drag OpenRGB.app to your Applications folder.
3. Since OpenRGB requires direct hardware access, you may need to allow it in System Preferences → Security & Privacy → Privacy (specifically “USB” or “Input Monitoring”). Follow any on‑screen prompts.
4. Launch OpenRGB from the Applications folder (right‑click and select “Open” if macOS blocks it).
5. The Airgoo controller should appear in the device list (as Airgoo AG-DRGB16) after a few seconds.
6. Resize zones and set LED counts exactly as on Windows. Note that on macOS, you might need to grant permission for the app to control USB devices – this is a one‑time step.
7. Save your configuration via View → Save Configuration. The settings will be stored for future sessions.

Canvas layout & positioning

To create a seamless lighting experience across your entire PC, you need to arrange components virtually:

1. In SignalRGB, switch to the Layouts tab.
2. Click the eyeball icon to hide all devices, then unhide them one by one.
3. Click any component in the layout canvas – the corresponding physical device will pulse blue, helping you identify it.
4. Drag and drop each component into position, matching the actual physical placement inside your case (e.g., front fans, top exhaust, bottom strip).
5. Once everything is placed correctly, click Save As to store your layout. Effects like “Ripple” or “Wave” will now flow naturally across your case.

Pro tips & troubleshooting

• Device not detected? – Make sure the USB 2.0 cable is firmly connected. Try a different internal USB header.
• LEDs behave randomly? – Re‑check your cable orientation (the 5V arrow must align). Some ARGB devices use different pinouts.
• SignalRGB shows no Airgoo? – Run the software as administrator and re‑plug the USB cable while the application is open.
• OpenRGB can't control all channels? – Go to the device settings and increase the zone count. Each physical port is a separate zone.
• How many LEDs per channel? – All Airgoo controllers support up to 256 LEDs per port (total combined current limited by SATA power). For high‑density setups, consider using a separate SATA cable directly from the PSU.
• Fans run at 100% on X Core models? – Make sure the PWM_IN cable is connected to a motherboard PWM header and that the header is set to PWM mode in BIOS.

With your Airgoo controller fully configured, you’re ready to enjoy stunning, synchronized RGB effects across all your devices.

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