ZhiCloud AI
ZhiCloud AI
In-stock, fully customizable rack servers designed to handle virtualization, enterprise databases, and next-gen AI processing workloads in Chile.
As the digital gateway of Latin America, Chile is witnessing an unprecedented wave of technological expansion. Driven by the national digital transformation strategies and the rapid setup of hyperscale data centers in Santiago, Quilicura, and Lampa, the demand for enterprise computing infrastructure has grown dramatically. The deployment of high-performing server platforms like HPE ProLiant Gen11 and Gen12 is crucial for maintaining real-time processing and complex analysis networks.
Key industries like Smart Mining (led by giants in Calama and Antofagasta), astronomical observatories in the Atacama Desert, financial institutions in Santiago, and public utility systems require extreme computational performance, secure storage, and energy efficiency. Traditional legacy servers no longer meet these computing demands, prompting a massive upgrade toward scalable compute technologies.
"By shifting to modern AI-optimized HPE ProLiant architectures, Chilean enterprises can optimize energy efficiency while boosting data processing bandwidth up to 140%."
Shenzhen Intelligent Computing Cloud Technology Co., Ltd. (ZhiCloud AI) delivers high-performance compute integration, offering state-of-the-art server solutions worldwide.
Founded in 2016, ZhiCloud AI operates a modern production facility supporting the assembly, customization, and system integration of GPU servers, liquid-cooled clusters, and enterprise rackmount architectures. With over 120 R&D engineers, we customize hardware layouts, storage configs, GPU selections, and pre-install operating systems or DeepSeek AI models to meet specialized market needs.
We maintain a rigorous quality assurance framework, featuring 45 dedicated QC specialists conducting multi-stage thermal stress tests, vibration tests, and full-load burn-in diagnostics to guarantee maximum reliability before global shipping.
Aligning advanced computing clusters with the specific requirements of Chile's industrial sectors.
Deploy high-core Intel Xeon Scalable processors to process real-time geographical data, manage automated mine haulage systems (AHS), and run mineral exploration simulations in the northern regions of Chile.
Ensure reliable transactional processing and high-speed data retrieval for banks in Santiago. Deploy HPE DL380 servers with built-in hardware security features to safeguard financial transactions.
Integrate GPU-accelerated computing nodes to process astronomical data feeds from northern observatories, facilitating high-speed data transmission to international research centers.
Procuring IT hardware in Latin America can be challenging due to variable tariffs, shipping delays, and custom clearance procedures. ZhiCloud AI addresses these issues with its robust supply chain, partnering with over 1,200 suppliers to ensure stable pricing and quick order processing.
We provide full logistics tracking for Chilean buyers importing through Valparaíso, San Antonio, or Santiago Airport (SCL). Our logistics team handles international documentation to ensure seamless clearance and compliant customs processing.
Every shipment is packed with industrial shock-absorption protection and features customized export insurance options to ensure a safe delivery.
A reference table to help you select the ideal hardware configuration for your Chilean IT project.
| Feature Spec | HPE ProLiant Gen12 Server | HPE ProLiant Gen11 Server | Best Use-Case in Chile |
|---|---|---|---|
| Processor Architecture | Next-Gen Intel Xeon 6 / AMD EPYC (Up to 144 Cores) | 4th Gen Intel Xeon Scalable Processors | Gen12: AI modeling & DeepSeek networks. Gen11: Core Databases. |
| Memory Standard | DDR5 Up to 8TB Capacity | DDR5 Up to 4TB Capacity | Big-data virtualization in Santiago Cloud Zones. |
| PCIe Support | PCIe 5.0 High-Density Configurations | PCIe 5.0 Standard Configurations | High-bandwidth mining telemetry systems. |
| Cooling Technology | Advanced Liquid Cooling & EDSFF airflow designs | Direct Airflow & Custom Fans | Gen12 Liquid Cooling: Eco-friendly, energy-conscious data centers. |
| Security & Silicon Trust | HPE iLO 6 Silicon Root of Trust (Enhanced) | HPE iLO 6 Silicon Root of Trust | Fintech, banking compliance, and secure local databases. |
Our Quality Management process ensures each server meets high performance and reliability standards before export.
Energy efficiency is a key consideration for IT infrastructure in Chile. The country's strict environmental regulations and the goal to transition to carbon-neutral data centers require highly efficient server deployments. The HPE ProLiant Gen12 and Gen11 lines address this with built-in thermal sensors and power management profiles that integrate with modern green data center platforms.
By leveraging liquid cooling configurations and high-density design, operators can reduce cooling energy requirements. When integrated with local renewable energy sources like wind in Patagonia or solar in Atacama, this minimizes the carbon footprint of your operations.
Additionally, hardware features like the Silicon Root of Trust and HPE Integrated Lights-Out (iLO) remote management allow local IT staff to monitor and adjust systems in real time. This minimizes on-site maintenance requirements, particularly in remote areas such as astronomical sites and northern mines.
ZhiCloud AI supports these configurations with tailored power supplies (ranging from 900W to 2000W AC/DC) optimized for 220V grids in Chile, ensuring stable performance under variable electrical conditions.
Expert answers addressing the logistical, technical, and regulatory questions when deploying high-performance server clusters in Chile.
Explore our wide range of computing hardware, featuring high-density 1U racks, AI-optimized GPU units, and compatible power systems.
Our production facilities feature high-speed SMT lines and reflow soldering machinery. Our assembly facility supports automated mounting of high-density motherboard assemblies, power delivery networks, and backplane interface panels. This automated process minimizes physical defects and guarantees high reliability, meeting standard validation metrics for industrial operations.
Each server chassis undergoes structured assembly, cable routing optimization, and mechanical testing to ensure stability in demanding workloads.
Whether you are establishing a cloud data center, setting up private deep learning nodes, or upgrading IT infrastructure for industrial applications in Chile, our engineering team is here to assist.
