Turing Pi 2
the ultimate selfhosted

32 GB of RAM
< 60W TDP
4 x CPU CM4 or Jetson

Reliable, scalable, cloud-native computer for the edge

Turing Pi is a compact ARM cluster that unites four compute modules on a Mini ITX motherboard. 24/7, fanless and quiet with power consumption under 60 W. Turing Pi architecture is fully compatible with Kubernetes. You can connect clusters to each other and quickly scale your infra.
4x CPU w/ 1 GbE each
4x CPU w/ 1 GbE each
Onboard L2 Managed Switch 1 GbE
Onboard L2 Managed Switch 1 GbE
VLAN Support
VLAN Support
2x SATA III Ports 6 Gbps
2x SATA III Ports 6 Gbps
2x Mini PCI Express Slots
2x Mini PCI Express Slots
Baseboard Management Controller
Baseboard Management Controller

Use Cases

Blockchain

Run RPC and staking nodes with NVMe support

AS Easy as

Interact with a cluster using just a command-line interface. Turing Pi open-source firmware offers a set of remote management features for authentication, serial console over LAN, OS images flashing, self-testing, and OTA updates.

$ tpictl login
$ tpictl info

 

$ tpictl get nodes
$ tpictl flash –node 1 -f ./ubuntu.img
$ tpictl reboot –node 1
$ tpictl serial –node 1

 

$ tpictl drain –node 2
$ tpictl power –off –node 2

Compute module

General compute
Vendor
Model
CPU
Cores
RAM up to
Turing Pi
RK1
Rockchip RK3588
8
32
Raspberry Pi
CM4
Broadcom BCM2711
4
8
Machine learning
Vendor
Model
CPU
Cores
RAM up to
Nvidia
Jetson Nano
Quad-core ARM Cortex-A57 MPCore
4
4
Nvidia
Jetson TX2 NX
Dual-core NVIDIA Denver 2 Quad-core ARM A57 Complex
6
4
Nvidia
Jetson Xavier NX
NVIDIA Carmel ARM® v8.2
6
16

FAQ

Can you run Turing RK1, Raspberry Pi and Nvidia Jetson modules at the same time?

You can run any combination of all supported compute modules.

Do all the slots need to be filled in?

You can start with a couple of nodes and scale when needed.

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