NexaRAM
NexaRAM
Direct from our advanced fabrication facilities, these systems are optimized for deployment in Luxembourg's premium financial data hubs. Engineered to meet strict PUE parameters while keeping TDP requirements fully covered.
Luxembourg has firmly established itself as a premier digital gateway and financial hub in the heart of Europe. The Grand Duchy features some of the highest densities of Tier IV data centers globally. Characterized by low latency connections, high-security profiles, and a robust energy grid, Luxembourg's digital infrastructure serves demanding sectors including multinational banking, cloud services, and governmental data grids.
With facilities clustered in strategic business parks such as Contern, Betzdorf, and Bettembourg, the infrastructure requires exceptional efficiency. European and national regulatory structures demand that new facilities keep Power Usage Effectiveness (PUE) at highly optimized limits. As high-density AI nodes, deep learning clusters, and high-performance computing (HPC) centers (such as the national supercomputer MeluXina) continue to expand, legacy cooling technologies are no longer sufficient.
High-efficiency server radiators and liquid cooling blocks have transitioned from optional secondary upgrades to mandatory main system components. They directly support density expansion, reducing fan power requirements and allowing data center operators to recover heat and meet European green compliance goals.
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As server processors (CPUs and GPUs) push beyond 300W and up to 400W+ per socket, cooling architectures face unprecedented challenges. Traditional heat sinks are reaching their physical thermal dissipation limits within standard 1U and 2U envelope heights. This has driven a major industry shift toward hybrid air-liquid loops and custom copper vapor chambers.
By using micro-channel copper water blocks, high-density stacked aluminum fins, and sintered powder heat pipes, modern cooling systems achieve optimal thermal resistance metrics. This ensures server stability during peak workloads, extending hardware lifespans and reducing maintenance intervals for remote data centers.
Our research and development processes prioritize high reliability and thermal efficiency. We source materials with high thermal conductivity, optimize surface area density, and run rigorous structural modeling to ensure every server radiator meets industry standards before shipping.
Every batch undergoes Automated Optical Inspection (AOI) alongside automated pressure and temperature testing, simulating extreme server workloads to guarantee long-term reliability.
NexaRAM Storage Technology Co., Ltd. is a professional DDR5 memory and high-performance server hardware manufacturer, specializing in high-performance hardware designs for global OEMs, enterprise data centers, and advanced computing environments. Established in 2016, our engineering divisions have rapidly grown into trusted technology partners for high-density compute solutions.
Operating a modern production facility equipped with high-precision manufacturing systems, NexaRAM generates an annual export revenue of approximately USD 12 million. With 6 years of export experience and 12 years of industry experience in high-performance hardware, memory subsystems, and thermal management architectures, we support system integrators and server clients globally.
Quality is managed through a strict system of Automated Optical Inspection (AOI) and burn-in reliability testing, supported by a professional QC team of 35 inspectors. The company operates under global trading standards, serving key markets across North America, Europe (especially Luxembourg and the Benelux region), Southeast Asia, and the Middle East.
NexaRAM maintains a robust supply network with over 850 strategic partners, ensuring stable sourcing of pure copper, structural plastics, high-grade silicon, and specialized interface materials. Our R&D divisions, featuring over 180 engineers, continually develop high-speed hardware and thermal solutions to meet the needs of next-generation computing.
Browse our complete catalog of active cooling components, copper liquid blocks, and custom heatsinks. Each is manufactured to exacting tolerances to support reliable operations in demanding compute installations.
Explore answers to common questions about implementing thermal management solutions within Luxembourg's high-efficiency data facilities.
Looking for a custom thermal design or need high-volume supply for an upcoming data center build in Luxembourg? Speak directly with our engineering team for specifications, pricing, and project consultation.
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