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  • Hardware Integration
    • Getting started
      • Required Sensors
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    • AI Node
      • Datasheet
      • Evaluation Kit
        • Power AI Node
        • Wiring AI Node to Skynode
        • Internet sharing with Skynode
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      • Dimensions and CAD model
      • Interfaces
      • Connectivity
        • USB Network Connection
        • Serial Debug Connection
        • AI Node as Network Bridge
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    • Advanced Airframe Integration
      • Custom power setup
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        • Setting up Payload Delivery with Gripper
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      • Introduction
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      • Remote ID
        • How Remote ID works
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      • Auto-Tuning
  • Release Notes
    • APX4
      • APX4 3.2
        • APX4 3.2.1
      • APX4 3.1
        • APX4 3.1.1
        • APX4 3.1.0
      • APX4 3.0
        • APX4 3.0.8
        • APX4 3.0.5
      • APX4 2.7
        • APX4 2.7.37
        • APX4 2.7.25
        • APX4 2.7.20
        • APX4 2.7.12
        • APX4 2.7.7
        • APX4 2.7.6
      • APX4 2.6
        • APX4 2.6.1
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        • APX4 2.5.14
        • APX4 2.5.13
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        • APX4 2.5.7
        • APX4 2.5.5
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        • APX4 2.5.0
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        • APX4 2.4.2
        • APX4 2.4.1
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        • APX4 2.2.2
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        • APX4 2.1.1
        • APX4 2.1.0
      • APX4 2.0
        • APX4 2.0.2
        • APX4 2.0.0
    • AuterionOS
      • AOS for AI Node
        • AI Node AOS 1.1.0
        • AI Node AOS 1.0.2
        • AI Node AOS 1.0.0
        • AI Node AOS 0.7.0
        • AI Node AOS 0.6.1
        • AI Node AOS 0.6.0
        • AI Node AOS 0.5.0
        • AI Node AOS 0.4.0
      • AOS for Skynode
        • AOS 3.7
          • AOS 3.7.14
          • AOS 3.7.9
        • AOS 3.6
          • AOS 3.6.14
        • AOS 3.5
          • AOS 3.5.13
        • AOS 3.3
          • AOS 3.3.9
        • AOS 3.2
          • AOS 3.2.9
        • AOS 2.19
          • AOS 2.19.14
        • AOS 2.15
          • AOS 2.15.10
          • AOS 2.15.7
        • AOS 2.12
          • AOS 2.12.8
        • AOS 2.10
          • AOS 2.10.2
        • AOS 2.8
          • AOS 2.8.1
        • AOS 2.7
          • AOS 2.7.15
        • AOS 2.6
          • AOS 2.6.1
        • AOS 2.5
          • AOS 2.5.14
          • AOS 2.5.13
          • AOS 2.5.8
          • AOS 2.5.7
          • AOS 2.5.5
          • AOS 2.5.4
          • AOS 2.5.0
        • AOS 2.4
          • AOS 2.4.1
        • AOS 2.3
          • AOS 2.3.0
        • AOS 2.2
          • AOS 2.2.2
          • AOS 2.2.0
        • AOS 2.1
          • AOS 2.1.1
          • AOS 2.1.0
        • AOS 2.0
          • AOS 2.0.2
          • AOS 2.0.0
    • Auterion Mission Control
      • AMC 1.34
        • AMC 1.34.19
        • AMC 1.34.14
      • AMC 1.33
        • AMC 1.33.13
      • AMC 1.32
        • AMC 1.32.7
      • AMC 1.30
        • AMC 1.30.17
      • AMC 1.29
        • AMC 1.29.7
      • AMC 1.26
        • AMC 1.26.8
      • AMC 1.22
        • AMC 1.22.3
      • AMC 1.19
        • AMC 1.19.5
      • AMC 1.18
        • AMC 1.18.3-1
        • AMC 1.18.3
      • AMC 1.17
        • AMC 1.17.10
        • AMC 1.17.9
      • AMC 1.15
        • AMC 1.15.0
      • AMC 1.14
        • AMC 1.14.6
        • AMC 1.14.0
      • AMC 1.13
      • AMC 1.12
      • AMC 1.11
      • AMC 1.10
        • AMC 1.10.1
        • AMC 1.10.0
      • AMC 1.9
        • AMC 1.9.1
        • AMC 1.9.0
      • AMC 1.8
    • Hardware
      • Skynode Rev 11 (Jan 2022)
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On this page
  • Requirements
  • Powering AI node
  • Standard method with Power Module
  • Alternative Setup via RF Module Port on the Power Module
  • Using a Lab Power Supply
  1. Hardware Integration
  2. AI Node
  3. Evaluation Kit

Power AI Node

PreviousEvaluation KitNextWiring AI Node to Skynode

Last updated 1 year ago

Requirements

As AI Node is designed to work in pair with Skynode, this and the following guides will assume that you already have followed Skynode's , and that Skynode is up and running.

Powering and using AI Node will also require some of the components of , for example in this case, (item 810-00006).

The AI Node requires at least 30 Watts power supply to operate. See for details.

Powering AI node

Standard method with Power Module

Unlike Skynode, AI Node has wide range of input voltages and can be powered directly off a 6S battery. Assuming you already have , simply connect the XT60 splitter (item 115-00036) to the output of 6S Power Module, followed by AI Node Power cable (item 115-00039), both of which are included in You should get setup as in the picture below:

Alternative Setup via RF Module Port on the Power Module

Using a Lab Power Supply

When using a lab power supply make sure to set the current limiter high enough to provide AI Node with at least 25 Watts of power.

In the setup shown above, both Skynode as well as unit can be connected to the same Power Module.

In case you have our and are currently not using it, you can use the Radio Power Cable from the kit and connect AI Node directly to dedicated Radio power connector on the Power Module.

For development or testing purposes you can power AI Node without our Power Module by connecting Skynode's Power Adapter (item 170-00002), followed by Barrel Adapter (item 115-00050) and finally AI Node Power cable (item 115-00039). In theory, you can power AI Node with any power adapter, as long as you stay within specified and the power adapter is able to provide required power.

Radio Air
getting-started guides
Skynode Eval Kit
6S Power Module
powered Skynode
AI Node Eval Kit.
input voltage range
specifications
Microhard Communication Kit
Powering AINode with Skynode and Radio unit via 6S Power Module
Powering AINode with Skynode via 6S Power Module