We offer both to suit different workload requirements. Our Single and 2x/4x configurations typically use H100 PCIe Gen5 cards for maximum flexibility and cost-efficiency. However, our high-end 8x GPU Clusters (HGX) in Dallas and Luxembourg utilize the NVIDIA NVLink/SXM5 interconnect, delivering 900GB/s bandwidth specifically required for large-scale LLM training and massive parameter models.
Network bandwidth is critical for AI data ingestion. We offer premium unmetered connectivity ranging from 2x 10Gbps for single units up to 200Gbps Unmetered ports for our 8x Clusters in Luxembourg and South Korea. This ensures rapid dataset transfers and eliminates bottlenecks during distributed training.
All our H100 plans are 100% Bare Metal Dedicated Servers. Unlike public clouds, you get full root access, IPMI/KVM control, and zero "noisy neighbor" issues. You can install Ubuntu, Rocky Linux, or your custom OS with NVIDIA Drivers and CUDA pre-configured upon request.
Due to extremely high global demand for H100 hardware, lead times can vary. Single PCIe units in Dallas and Frankfurt are typically delivered within 24-48 hours. For larger 8x HGX Clusters (custom builds), please allow 48-96 hours. We recommend contacting our sales team for real-time stock status.
Yes. With our high-speed low-latency network availability in locations like Sweden and Luxembourg, you can cluster multiple nodes effectively for distributed training workloads using technologies like MPI and NCCL.
We specialize in Bare Metal Monthly Leasing. Unlike public clouds with unpredictable "spot instance" interruptions and fluctuating hourly rates, our fixed monthly pricing guarantees 24/7 dedicated access with zero price hikes. This model is typically 30-40% cheaper for long-term AI model training projects.
Absolutely. While we provide standard AI-optimized OS templates (Ubuntu with pre-installed Docker/NVIDIA Container Toolkit), you can use our IPMI/KVM access to load your own custom ISO or proprietary disk images, ensuring complete security and environment control for your proprietary algorithms.
