Category: Top Slider EN

  • 3.2 mil DIGI eng

    3.2 mil DIGI eng

    The state is increasing its artificial intelligence training capacity with a major procurement of 3.2 million euros.

    In cooperation with the University of Tartu High Performance Computing Center, the Ministry of Justice and Digital Affairs has announced a major procurement for the purchase of graphics processors to increase national computing capacity and accelerate the creation of artificial intelligence solutions.

    Read the full article

  • New high-end GPU

    New high-end GPU

    Computing power is growing. New high-end GPUs are arriving

    University of Tartu’s Rocket cluster will get two new machines in August for training large models. Each machine is equipped with four high-VRAM H200 NVL 141GB PCIe 5.0 x16 GPUs offering an impressive combined video memory of up to 564 GB within a single machine. For even more demanding computations there is a 200gbps Infiniband connection between the machines.

    We also expanded our cloud resources for model inference with eight NVIDIA L40S GPUs, each boasting 48GB of VRAM.

  • LUMI slider EN

    LUMI slider EN

    LUMI – The fastest supercomputer in the Nordics

    The fastest and most environmentally friendly supercomputer in the Nordic countries offers Estonian entrepreneurs and researchers an excellent opportunity for innovative development activities and improving competitiveness.

    The LUMI supercomputer in Finland is as powerful as 1.5 million laptops. 20% of LUMI’s computing power is dedicated to businesses. Request a quote by sending an inquiry etais@etais.ee

  • 01 Esilehe top slider

    01 Esilehe top slider

    We support digital future

    ETAIS – Europe’s fastest growing provider of computing power and artificial intelligence services.

    We provide advanced computing resources that empower both businesses and researchers to push the boundaries of science and innovation, achieving breakthroughs in areas such as artificial intelligence, data analytics, and complex simulations.