ZhiCloud AI
ZhiCloud AI
Established in 2016, Shenzhen Intelligent Computing Cloud Technology Co., Ltd. (ZhiCloud AI) has positioned itself at the cutting edge of AI server architecture and high-performance computing (HPC) system customization. Over the past 11 years, our core team has navigated the rapidly changing infrastructure landscape, progressing from legacy storage servers to modern accelerated computing platforms equipped with high-density GPU topologies.
Backed by 7 years of direct international trade operations, ZhiCloud AI supports hyperscale clouds, cloud service providers (CSPs), and research labs across North America, Europe, Southeast Asia, and the Middle East. Our annual export revenue has reached approximately USD 12 million, proving the reliability of our supply chain and international logistics structures.
We manage a 320㎡ specialized prototype assembly, flashing, and integration facility in Shenzhen. This serves as our primary engineering hub for hardware configuration tuning, custom BIOS/BMC loading, and system validation. By partnering with our network of over 1,200 strategic suppliers, we integrate massive contract manufacturing capacity with boutique custom server engineering.
Modern AI initiatives and cloud computing environments demand hardware configurations optimized for specific software stacks. Standard off-the-shelf platforms often fall short in thermal efficiency, I/O bandwidth, and computational density.
Our team of 120 dedicated R&D engineers designs custom chassis, proprietary PCIe switch topologies, and power distribution systems. Last year alone, we released 180 custom products, adjusting thermal layouts to maximize compute density.
We specialize in tuning dual-socket platforms (compatible with the latest Intel Xeon Scalable and AMD EPYC families) to interface with high-density GPU topologies. We support varied host-to-device configurations (e.g., PCIe Gen 5 configurations or custom interconnect setups).
We configure DDR5 and DDR4 ECC RDIMM memory kits up to 6400MHz, custom high-density NVMe drive bays, and performance-tuned SSD arrays. We ensure your platforms are configured to minimize CPU wait states.
Modifying motherboard layouts, upgrading PCIe lanes, and deploying redundant energy supply circuits.
Integrating custom accelerator cards, designing thermal profiles, and validating system BIOS.
Building hybrid NVMe/SATA storage environments and flashing customized RAID configurations.
Pre-installing customized operating systems and embedding client-specific IPMI management interfaces.
As GPU TDP targets exceed 700W and system densities rise, air cooling becomes a major bottleneck for modern data centers. ZhiCloud AI is addressing this by transitioning our ODM pipeline toward Direct-to-Chip (D2C) and closed-loop liquid-to-air cooling options.
High-speed signal integrity is a key priority for our engineering team. We are designing layouts to support upcoming PCIe Gen 6.0 architectures and Compute Express Link (CXL) memory expanders.
We support standard server configurations as well as the transition toward OCP 3.0 NIC interfaces and modular hardware components (DC-SCM). This makes it easier for cloud operators to adapt and upgrade systems.
Modern transformer models require high-speed inter-node communication. Our server architectures support multi-GPU setups configured for optimized data pathways, minimizing scale-out latency in distributed training systems.
We build servers designed for intense computing workloads like fluid dynamics, genetic sequencing, and weather modeling. These units use high-density memory sub-systems and low-latency clustering adapters to maintain consistent performance.
For remote workstations and rendering tasks, our systems support dual-socket CPUs combined with high-density server RAM. This setup helps cloud providers maximize VM density and optimize resources.
Our manufacturing operations in Shenzhen combine precision engineering, automated SMT lines, and clean assembly lines. We manage quality at every step, from raw metal fabrication to PCBA validation and final hardware testing.
Our 45 dedicated QC personnel implement a strict inspection framework to maintain server reliability. Each product undergoes several stages of testing to verify component stability under high workloads.
Servers are run in environmentally controlled chambers at maximum thermal load limits to identify potential vulnerabilities before final shipping.
Assembled servers undergo continuous load testing (up to 72 hours) to identify early component failures in processors, memory modules, or storage drives.
Using high-resolution camera systems, we scan motherboard solder joints to verify component placement accuracy and structural connection integrity.
We use internal X-ray scanners to inspect multi-layer PCB connections, helping to identify hidden issues that visual checks might miss.
ZhiCloud AI products are designed and manufactured to meet global regulatory requirements, helping clients navigate import procedures with verified documentation.
We provide custom logistics solutions to ensure secure delivery of valuable server assemblies and individual components.
We provide engineering support throughout the hardware lifecycle, helping to reduce operational downtime.
A closer look at our cleanrooms, precision assembly areas, and final product packaging facility in Shenzhen.
Key information regarding OEM/ODM procurement, technical specifications, and production timelines.
