ZhiCloud AI
ZhiCloud AI
Engineered for high thermal tolerance, low latency networks, and rapid integration within Moscow's Tier III and IV data center hubs.
Shenzhen Intelligent Computing Cloud Technology Co., Ltd. (ZhiCloud AI) is an industry-leading, professional AI server and high-performance computing (HPC) system manufacturer and solution provider. We specialize in custom GPU architectures, enterprise V6 rack servers, NAS storage systems, and private cloud deployment infrastructures tailored for the global market, with specialized operational support serving metropolitan networks like Moscow.
Founded in 2016, we integrate raw R&D, precise electronics manufacturing, and software-hardware adaptation at our modern manufacturing center. Through rigorous component selection and deep-level hardware engineering, we support enterprises in accelerating high-density virtualization, machine learning training, and cloud data platform deployments.
Equipped with a state-of-the-art facility, our production capability encompasses complete chassis metal-cutting, advanced Surface Mount Technology (SMT), automated wave soldering, precision manual insertion (MI), and extensive PCBA functional testing to satisfy international mission-critical operations.
As the largest metropolitan economic hub in Eastern Europe, Moscow is undergoing a rapid, structural digital transformation. Major banking sectors, autonomous logistics platforms, municipal "Smart City" frameworks, and national cloud service providers are building independent digital ecosystems. In this high-stakes environment, the demand for enterprise-grade, high-availability compute power has shifted towards localized, resilient infrastructure. Large-scale server clusters deployed across Moscow's key data corridors—such as the Medvedkovo, Nagatinskaya, and Khimki clusters—require physical hardware that offers dense compute capacities, specialized localization features, and operational resilience under continuous, high-volume workloads.
Modern data demands require a major departure from legacy architectures. Standard computational models are no longer sufficient to host today's large language models (LLMs) like DeepSeek, manage real-time FinTech transactions, or run complex containerized microservices. Enterprises in Moscow are actively migrating to Intel® Xeon® Scalable Gen 3 and Gen 4 V6 platforms. These V6 rack configurations provide several critical advantages:
Purchasing enterprise IT infrastructure on a global scale is a complex operation that demands strict compliance with logistics, certification, and system customization. For companies operating in Moscow or looking to deploy remote networks within the region, ZhiCloud AI acts as a direct-to-factory partner. We eliminate traditional supply-chain layers to offer direct manufacturing capability, comprehensive customization, and global logistics coordination.
Operating compute systems in specialized regions requires aligning hardware with regional safety and technical regulations. ZhiCloud AI guarantees hardware configurations that meet relevant electromagnetic compatibility (EMC) and low-voltage electrical standards. We support the complete generation of export paperwork, customs clearance assistance, and direct hardware tracking to ensure safe arrival at Moscow logistics hubs.
Unlike standard generic manufacturers, we offer structural optimization. Enterprise clients can customize:
We deliver rack-ready systems configured with optional operating systems, pre-installed Hypervisors, or cluster management interfaces. This enables local IT staff in Moscow to mount, cable, and power on the machines, minimizing deployment times from months to days.
Providing hardware redundancy and physical durability through an 18-stage manufacturing, assembly, and testing process.
Future-proofing enterprise data infrastructures with advanced liquid cooling and PCIe Gen 6 integration.
As CPU thermal design power (TDP) exceeds 350W and high-density GPU accelerators require robust cooling, ZhiCloud AI is developing integrated liquid loop architectures. Custom cold plates and non-conductive dielectric immersion setups reduce server room PUE down to 1.15, making them highly cost-effective for Moscow data centers operating in enclosed urban spaces.
Next-generation V6 and V7 chassis will natively support Compute Express Link (CXL), allowing dynamic pool sharing of DRAM and PCIe NVMe storage across host CPUs. This architecture eliminates physical resource allocation bottlenecks and boosts database performance in multi-tenant environments.
Security is a primary requirement for sovereign server deployments. Our upcoming firmware roadmap implements hardware-level Root of Trust (RoT), secure boot protocols, and real-time firmware monitoring at the BMC level. This design protects the boot cycle from unauthorized external modifications or hardware-level exploits.
Direct technical answers addressing system configurations, compatibility, and regional logistics for Moscow deployments.
Explore our complete range of specialized V6 systems, available for direct factory order and customized server builds.
Consult with our lead hardware engineers to configure, quote, and customize servers tailored to your specific application requirements.
