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Turing Pi2

  • Intro & Specs
    • Specs and I/O Ports
    • Compute modules
    • Case & Cooling
  • Getting Started
    • Hardware installation
    • Power
    • First Steps
  • BMC
    • Intro & Specs
    • BMC User Interface
    • Firmware upgrade
    • Upgrade v2.x to v2.x
    • Upgrade v1.x to v2.x
    • V2.1 network migration
    • Run from SD
    • Failsafe boot
    • How To's
    • Connect to the BMC
    • BMC SD Card
  • TPI
    • Overview
    • Installation
    • Usage
    • UART
    • Accessing nodes' filesystems

Turing RK1

  • Intro & Specs
  • Mounting Heatsink
  • Flashing OS
  • NPU

Nvidia Jetson

  • Orin NX / Nano
    • Intro & Specs
    • VMWare Player
    • Ubuntu 20.04 LTS
    • Flashing OS
    • Cooling
    • Peripherals
    • JetPack & ML
  • Nano (B01)
    • Intro & Specs
    • Flashing OS

Raspberry Pi

  • Intro & Specs
  • Module Installation
  • Flashing OS

AdvanceD topics

  • Kubernetes
    • The Plan
    • OS Setup
    • Kubernetes Installation
    • Helm and Arkade
    • Network Configuration
    • Storage
    • Argo CD
    • Sample app deployment
    • Nvidia Jetson
  • Docker Swarm
    • The Plan
    • Setup OS
    • Deploy
    • Network: keepalived
    • Storage: GlusterFS
    • Portainer
  • BMC API
  • Automating Node and USB Settings

turing pi 1 docs

  • Intro & Specs
  • Getting Started
    • Power supply
    • Heatsink
    • Compute Modules
    • Flashing compute modules
    • Cluster Management Bus (i2c)
    • Mini ITX case
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Heatsink

Suggest Edits

The onboard Ethernet switch might get too hot when you run the Turing Pi cluster. To avoid any issues we recommend cooling the switch chip using a heatsink.

Tested heatsinks:

Raspberry Pi 4b heatsink

Updated almost 2 years ago


  • Table of Contents
    • Tested heatsinks: