The Turing RK1, equipped with a Neural Processing Unit (NPU), is a powerful tool for accelerating neural network computations, offering a processing performance of up to 6 TOPS. This makes it an excellent choice for applications in machine learning, AI development, and data analysis.

2024年4月26日 · For standard CPU benchmarks (Geekbench 6, High Performance Linpack, and Linux kernel recompiles), the RK1 consistently beat the Pi 5 (2x faster) and CM4 (5x faster), and the performance scaled with extra nodes (the RK1 cluster with 4 nodes was still 5x faster than the CM4 cluster with 4 nodes, running HPL).

Incorporating an ARM Mali-G610MP4 quad-core GPU and a dedicated AI accelerator NPU, the Turing RK1 can deliver an impressive 6 TOPS of computational power. It accommodates up to 32 GB of memory and supports 8K video encoding, as …

Meet Turing Pi 2, a compact AI & Edge Computing Cluster. Combine Turing RK1, Raspberry Pi & Nvidia Jetson compute modules to run cloud stacks and AI inference at the edge. Enjoy unmatched reliability, 24/7 operation, and energy efficiency.

2023年7月6日 · Start leveraging advanced computing with the Turing RK1 Compute Module by Fall 2023. Get the latest updates on the Turing RK1 Compute Module, including design improvements, memory options, Ubuntu Server support, and pre-order details.

2023年7月28日 · Turing Pi has been making mini-ITX cluster boards for Raspberry Pi CM4 and NVIDIA Jetson modules for over four years, but last year, the company teased their own Turing RK1 system-on-module based on a powerful Rockchip RK3588 Arm processor with 6 TOPS NPU while launching the Turing Pi 2 cluster board on Kickstarter and raising over 2 million ...

2023年7月17日 · Hi everyone! 👋 My name is Abe Hoffman, and I'll be developing the install process for Ubuntu 22.04 LTS (Jammy Jellyfish) for the RK1 compute module. I have been into hardware and software since I was eight and now produce a "discovery" operating system for PayPal's entire compute stack.

2024年12月2日 · Install the NVMe drive in the Turing Pi 2 board. If the NVMe drive is/was already installed: Flash the Turing RK1 variant of Ubuntu to the eMMC. Boot into the Ubuntu image and write the Talos image directly to the NVMe drive:

The turingpi2 Board + 4x RK1 cards - you will need talosctl and kubectl installed on the workstation, and in our Router we created the DNS turingpi.local to piont to a static IP we set in our DNS server so that name should resolve to the static ip of the motherboard - otherwise you can add it manually to the localhosts hosts file

There are two ways to flash the RK1 firmware - either more convenient flashing using BMC (but slower, about 90 minutes for the Ubuntu Desktop image) or by using a Linux PC or VM and the USB cable (it's similar to flashing CM4).