NexaGPU
NexaGPU
Engineered to accelerate deep learning, generative AI, and high-performance computing pipelines within modern enterprises.
Belgium is establishing itself as a vital neural node in the European digital economy. From the smart maritime hubs in Antwerp and Zeebrugge to the biotechnology corridors of Ghent and Louvain-la-Neuve, the demand for enterprise computing has graduated from basic cloud storage to complex AI training and inference. Local hyper-scalers and regional data center facilities are modernizing to support AI platforms, including Deepseek 671B models, Large Language Models (LLMs), and complex industrial simulation algorithms.
Implementing these resource-intensive AI models requires server systems built with specialized architectures. Standard off-the-shelf rackmount hardware struggles under the thermal and electricity profiles required by modern GPU acceleration systems. NexaGPU addresses these pain points by offering customizable, high-density AI servers directly configured for the Belgian climate, energy efficiency standards, and data security mandates.
By establishing dedicated supply lines for GPU clusters and custom compute nodes, NexaGPU enables enterprises in Brussels, Wallonia, and Flanders to secure local cloud workloads, conform to strict EU privacy standards, and lower total cost of ownership (TCO) through state-of-the-art power distribution and customized cooling configurations.
As a leading hardware system manufacturer and custom integrator, NexaGPU is built around quality verification, research and development depth, and a robust global ecosystem of silicon and motherboard supply partners.
Operating out of our specialized 320㎡ integration and validation facility, NexaGPU coordinates custom hardware builds, server stress-testing, and dynamic thermal mapping. This precision-focused workspace allows us to design and iterate on complex network series server racks, keeping thermal efficiency high and board failures low. Over 11 years of industry experience in high-performance computing allows our 120 R&D engineers to build direct optimization pipelines for multiple GPU configurations, liquid cooling loops, and high-frequency memory expansion.
With an annual export value of USD 12 million and active clients in Europe, North America, and the Middle East, we navigate international compliance and logistics securely. Our network of 850+ supply chain partners ensures priority access to advanced chip allocations, specialty server motherboards, robust chassis, and redundant power supplies. This keeps our production pipelines running steadily, shielding clients from prolonged component shortage cycles.
Adaptable 2U rack mount nodes configured for high-capacity local storage, network routing, and regional cloud workloads.
A standard configuration rarely meets the strict requirements of specialized sectors. NexaGPU works directly with enterprise clients to map specific workloads onto custom physical topologies:
| Belgian Industry Segment | Primary Computing Challenge | Recommended Server Topology & Configuration |
|---|---|---|
| Port of Antwerp-Bruges Logistics | Real-time computer vision, predictive maintenance of automation machines, route-planning telemetry. | Low-latency 2U configurations with L40S or H100 cards running inference at the network edge. |
| Ghent & Brussels Biotech Clusters | Molecular simulation, genomic sequencing analysis, structural chemical modeling. | High-density GPU nodes featuring multi-GPU interconnected fabrics (NVLink) and large system RAM. |
| Financial Services & EU Institutions | Strict GDPR, security alignment under the NIS2 directive, and data encryption. | Redundant, high-security Xeon Scalable racks with integrated hardware-level TPM 2.0 modules and secure boot. |
| University Research & AI Labs (KU Leuven, UGent) | Sovereign LLM training, model fine-tuning, large-scale deep learning workloads. | Multi-node server clusters configured with high-speed PCIe Gen5 channels and direct-to-chip liquid cooling systems. |
As the European Union moves forward with data center PUE regulations, Belgian companies are required to implement more efficient hardware solutions. Energy and cooling account for a large portion of server infrastructure operating expenses. NexaGPU engineering specializes in advanced liquid-to-air cooling options, allowing high-performance GPUs to operate within their optimal performance ranges even under sustained 100% computational load.
This design philosophy reduces wear on components and lowers cooling energy requirements, helping Belgian data centers meet local eco-compliance guidelines without sacrificing processing power.
Every GPU server shipped to Belgium undergoes strict testing inside our modern assembly and test loops. We perform detailed checks across all components to ensure reliability before delivery:
Our dedicated team of 45 quality control specialists monitors hardware stress testing, thermal performance validation, and system stability checks. Standard configurations undergo 72 hours of uninterrupted burning-in testing. For heavy deployments, we evaluate performance under typical regional network loads, verify multi-GPU configuration setups, and test high-bandwidth network adapters to confirm out-of-the-box readiness.
Explore the full selection of NexaGPU high-density computing platforms, available for export and customization in Belgium.
Operating computational nodes in the European economic area requires meeting several safety, environmental, and network criteria. NexaGPU custom systems are designed from the ground up to comply with regional European requirements:
Every system built for European buyers meets CE marking safety standards. We verify all components—from our mainboards to custom power units—to confirm compliance with European safety regulations.
Our manufacturing uses materials free from hazardous substances in line with RoHS guidelines. This helps simplify local IT asset recycling and waste processing compliance.
We install hardware security features including TPM 2.0 and support root-of-trust security protocols, helping secure local databases and intellectual property from physical and network-level threats.
Find technical and logistical details regarding custom server ordering, integration, and delivery below.
For custom configurations, the assembly and testing phase at our factory typically takes 10 to 15 business days. Once testing is complete, standard air freight delivery to Brussels (BRU) or Liege (LGG) airports takes 5 to 7 business days, while door-to-door delivery with customs clearance takes 7 to 10 business days. For larger installations, ocean transport to the Port of Antwerp can be arranged.
For corporate entities registered with a valid EU VAT number, we offer zero-rated intra-community customs processing configurations or DDP (Delivered Duty Paid) shipping services. This means all import duties, customs fees, and local taxes are calculated and settled prior to arrival, helping ensure smooth integration into your inventory.
Yes, all our AI GPU configurations are designed to support deep learning frameworks (including PyTorch and TensorFlow) and host local language models, including Deepseek 671B. Depending on your model's parameter scale, we configure system configurations with custom GPU fabrics (using high-speed NVLink connectors) and high-speed storage configurations to optimize memory performance.
Our quality assurance workflow is managed by a team of 45 specialists. Every hardware setup undergoes 72 hours of uninterrupted burning-in testing, thermal limit validation, and hardware-level diagnostics. This comprehensive verification helps ensure all server configurations arrive ready for deployment.
Contact our technical engineering team to plan your system configuration, schedule quality testing, and coordinate delivery options.
