Discover our front-line, high-density server configurations deployed for neural network training and LLM execution in Lisbon's top datacenters.
Lisbon is rapidly transforming from a vibrant cultural hub into one of Southern Europe’s most critical infrastructure junctions for High-Performance Computing (HPC) and Artificial Intelligence. Positioned uniquely at the western edge of Europe, Lisbon serves as the landing terminal for key transatlantic and regional subsea fiber optic networks, such as the EllaLink cable system. This subsea pipeline provides direct, low-latency data pathways between Europe and South America, completely bypassing traditional congested northern corridors.
As a result, major data center operators, cloud hyperscalers, and AI engineering firms are establishing footprints in Portugal. Lisbon’s ecosystem is bolstered by the Portuguese government’s direct investment in digital modernization, the growth of the StartUp Portugal framework, and the presence of world-class academic hubs like the Instituto Superior Técnico. By sourcing AI Servers directly through a robust local delivery program, companies scale their training models and edge inference pipelines with minimized transit cost, local compliance assurance, and high availability of technical hardware expertise.
"By positioning hardware integration and supply chains close to critical transit points like Lisbon, enterprises slash deployment lead times for AI clusters from months to days."
— CTO, European AI Research ConsortiumHigh-performance AI model training, parameter optimization, and matrix computation require rugged hardware engineered for massive thermal and power density.
Support for multi-GPU setups running NVLink and PCIe Gen 5 configurations. Seamlessly host up to 8 dual-slot tensor-core GPUs in 2U and 4U form factors to maximize computational density per rack cabinet.
Utilizing high-efficiency hot-swappable fans, custom airflow channels, and ready liquid cooling loops. Designed to maintain optimal temperatures for heavy LLM fine-tuning workloads.
Equipped with dual redundant titanium-grade PSUs (up to 3200W) to prevent power outages, and embedded TPM 2.0 security chips protecting model weights from local threats.
Our hardware architectures are custom-tailored for workloads running complex architectures like DeepSeek, LLaMA, and proprietary enterprise networks. We optimize raw bandwidth via high-speed NVMe flash storage configurations and native 200Gb/400Gb InfiniBand networking modules. This minimizes standard data communication bottlenecks between GPU nodes, allowing models to scale horizontally across hundreds of computing threads.
Integrating professional design, multi-stage hardware validation, and global wholesale capabilities.
Established in 2016, Arkon Technology Co., Ltd. is a leading provider of high-performance computing hardware, industrial-grade GPU clusters, and enterprise server solutions. Operating as a manufacturer, distributor, and certified wholesale trader, we oversee production facilities and coordinate swift supply lines to Lisbon and the broader European market.
Our capabilities extend beyond basic component assembly. We deliver customized OEM/ODM builds, enabling buyers to spec branding, custom drive partitions, GPU placements, and specialized firmware configurations. From micro-chassis to multi-rack clusters, we engineer server solutions that resolve complex computational problems.
We design server infrastructure matching European legislative and operational requirements.
Under European GDPR mandates, hardware-level security is critical. Our AI servers feature secure boot sequences, cryptographically signed firmware, and physical intrusion detection sensors. By integrating Trusted Platform Modules (TPM 2.0), we ensure that your machine learning models and dataset repositories remain encrypted and protected from host-level vulnerabilities.
Every component shipped to Lisbon and European data centers undergoes strict environmental and safety testing. We maintain full CE certification and follow RoHS directives, ensuring our high-power servers utilize lead-free solder and safe flame retardants, allowing seamless integration into EU technology zones.
Portugal is a global leader in renewable energy generation, with wind, solar, and hydro often supplying over 70% of the national grid’s electricity. By locating AI workloads in Lisbon, companies can achieve exceptionally low PUE (Power Usage Effectiveness) metrics. Our servers feature high-efficiency PMBus 1.2 compliant power control modules, allowing orchestrators like Kubernetes and Slurm to dynamic throttle server power draw in sync with green grid availability.
Select from our verified catalog of high-performance servers, rackmount systems, and deep learning compute nodes ready for enterprise provisioning.
Behind our supply lines is an advanced manufacturing footprint implementing multi-point reliability testing.
Our hardware is assembled and verified in controlled dust-free facilities where technical teams configure, test, and burn-in processing components. Whether configuring dual AMD EPYC architectures or high-density Intel Xeon boards, we ensure that every server module maintains high structural and digital integrity.
Every AI GPU server destined for Lisbon undergoes rigorous stress testing. This includes running hardware diagnostics under maximum processing load for 72 hours, thermal stress analysis in dedicated chambers, and individual GPU throughput verification. We check memory pathways to prevent system errors and crash events in production.
How we are preparing Lisbon’s datacenters for the next phase of neural computing.
As LLMs scale into trillions of parameters, memory bottlenecks between hosts and computational units become critical. Our product roadmap includes the integration of PCIe Gen 6 architecture, doubling the throughput of standard data highways. Furthermore, by introducing Compute Express Link (CXL) systems, we allow GPUs to dynamically share pools of host memory, reducing latent processing cycles and memory overhead.
Air cooling is reaching its physical limits in 100kW+ rack configurations. We are deploying server configurations integrated with Direct-to-Chip (D2C) liquid blocks and quick-disconnect fittings. This allows Lisbon’s next-gen datacenters to route water or dielectric fluids straight to the silicon, keeping temperature ranges consistent under continuous operational loads.
Get direct answers on logistics, hardware configurations, compatibility, and SLA support protocols.
Arkon Server
