ZhiCloud AI
ZhiCloud AI
Norway is rapidly emerging as Europe’s premier destination for sustainable, high-density computing. Leveraging virtually 100% renewable hydroelectric power and natural ambient low temperatures, Norwegian data centers operate at exceptionally low Power Usage Effectiveness (PUE) metrics. Consequently, the demand for enterprise-grade hardware, specifically HPE ProLiant and high-density GPU acceleration platforms, has surged across municipalities such as Oslo, Bergen, Trondheim, and Stavanger.
Enterprise organizations operating within the Norwegian continental shelf—particularly in maritime technology, aquaculture telemetry, offshore wind production, and seismic exploration—require local, reliable server solutions capable of processing intensive workloads. This demands computational infrastructure configured for high thermal tolerance, native hardware-level security, and seamless integration into hybrid multi-cloud systems. As direct suppliers and exporters to Norway, we provide customized server architectures that align directly with these regional requirements.
Shenzhen Intelligent Computing Cloud Technology Co., Ltd. (ZhiCloud AI) stands at the forefront of AI hardware distribution, high-performance computing system configuration, and global enterprise logistics. With rigorous manufacturing inspection and high-level R&D capabilities, we fulfill high-density IT infrastructure needs across the European Economic Area (EEA).
Every enterprise rack server and GPU cluster undergoes strict multi-stage evaluation. This includes detailed thermal stress profiling, system burn-in testing under peak loads, and performance benchmarking to verify hardware reliability.
We customize system components to meet specific client needs. From specialized GPU architecture tuning (e.g., DeepSeek AI models) to high-speed NVMe-oF network topologies, our 120 R&D engineers tailor hardware to your exact workloads.
Leveraging relationships with over 1,200 manufacturers and key component vendors, we secure high-performance computing hardware even during supply shortages, ensuring reliable delivery schedules to Norway.
Modern cloud architectures, edge computing nodes, and enterprise virtualization platforms require high compute density, efficient thermal management, and reliable remote access. Our custom-configured HPE ProLiant Gen11 and Gen12 servers address these requirements directly.
Integrating server deployments into modern Norwegian facilities requires specialized thermal planning. We supply high-density rack configurations (such as the HPE DL360 Gen12 with 20 EDSFF slots) featuring direct liquid cooling loops. This ensures stable operation during sustained peak workloads while optimizing overall data center energy efficiency.
Modern artificial intelligence pipelines—such as localized LLMs, DeepSeek deployments, and computer vision systems—require massive PCIe bandwidth. By configuring systems with dual Intel Xeon Scalable processors, Gen5 PCIe slots, and dedicated GPU power lanes, we deliver high-performance hardware tailored for enterprise AI workloads.
Configured specifically for low PUE targets, optimizing power supply utilization (80 PLUS Titanium) and using intelligent power distribution units.
Vibration-dampened casing configurations, high-humidity tolerance testing, and SSD drive arrays designed for tough edge deployments.
Dual-socket processing nodes with up to 8TB DDR5 memory capacity, configured to support high-throughput research workloads.
Our integrated manufacturing facility and assembly lines run strict quality control workflows. Every server system, memory module, and storage array undergoes extensive hardware verification before dispatch to international customers.
As organizations shift towards cloud-native platforms, Kubernetes orchestration, and AI model refinement (e.g., localized DeepSeek deployments), legacy systems often hit bottlenecks. HPE's latest hardware lineup addresses these challenges with built-in PCIe Gen5 channels, DDR5 memory configurations, and optimized power layouts.
By integrating dual AMD EPYC™ or Intel® Xeon® Scalable processors, these systems handle thousands of virtualized cores per rack. This makes them ideal for demanding scientific environments, such as Trondheim's research hubs, or high-performance financial systems in Oslo.
Operating within the EEA means following strict European data protection laws. Because of this, hardware-level security is critical.
HPE's Silicon Root of Trust protects firmware against unauthorized modifications, ensuring only verified code can run. Combined with encrypted NVMe drives and secure, remote iLO 6 management, your deployments remain compliant with Norwegian security regulations.
Get in touch with our solutions architecture team for custom server configurations, bulk order pricing, and logistics support for your deployments in Norway.
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