Zentraix
Zentraix
Industrial-grade server modules, enterprise storage drives, and high-frequency acceleration cards designed for seamless private cloud cluster integration.
Empowering data centers, cloud providers, and global enterprises with high-efficiency bare-metal hardware and scalable architecture.
Zentraix Computing Technology Co., Ltd. is an ISO 9001 certified global OEM/ODM manufacturer specializing in AI GPU computing architectures, high-performance computing (HPC) nodes, high-density server configurations, and customized private cloud server systems. Strategically located in Guangdong, China—the global epicenter of advanced server electronics and supply chain ecosystems—our facility features state-of-the-art SMD lines, custom testing chambers, and hardware burn-in laboratories.
Our core focus lies in engineering robust physical infrastructures for private clouds. We realize that hardware reliability is the cornerstone of any Private Cloud Solution. From components like high-frequency DDR4/DDR5 RDIMM memories and enterprise SATA/NVMe storage drives to hyperconverged computing units and complete GPU virtualization hardware, Zentraix ensures absolute compatibility with mainstream hypervisors including VMware ESXi, Proxmox VE, Microsoft Hyper-V, and OpenStack clusters.
Operating with a network of over 850 vetted semiconductor, bare-metal component, and active component suppliers worldwide, we bridge the gap between raw hardware assembly and deployment-ready private cloud configurations.
We maintain a dedicated Quality Control Division comprised of 35 certified testing engineers who validate every server node through a multi-tier testing pipeline:
How Zentraix is preparing the next generation of private cloud servers for AI workloads, petabyte-scale storage, and green computing.
Modern enterprise clouds are shifting from basic virtual machines to containerized LLMs and distributed deep learning networks. Zentraix builds bespoke GPU server platforms optimized for massive AI containerization, supporting native integration with Kubernetes, DeepSeek, and custom AI pipeline managers.
As CPU thermal design power (TDP) exceeds 350W and high-density GPU accelerators cross 700W, traditional air cooling reaches its physical limits. Our roadmap prioritizes hybrid liquid-to-air cooling manifolds and custom water-block assemblies to drop server PUE below 1.25.
To eliminate memory bottlenecks, our engineering team is integrating Compute Express Link (CXL) architectures into our custom dual-socket boards. This enables sharing memory resources dynamically across multiple compute nodes, lowering total hardware overhead.
Tailored physical server infrastructures designed for complex security models, compliance standards, and heavy write workloads.
Financial clouds require zero tolerance for packet loss, real-time database transactions, and localized compliance. Zentraix provides 2U multi-node systems with hardware-level RAID (utilizing SAS3908 chips with up to 4GB write cache) and enterprise SSD arrays configured for low-latency transaction processing and localized financial archiving.
For processing high-resolution PACS images and AI-driven diagnosis models, health-tech clouds utilize our high-density GPU nodes. Our solutions ensure hardware compatibility with strict data residency frameworks, facilitating GDPR/HIPAA compliance by isolating patient records within physical bounds.
Managing thousands of real-time camera feeds and edge sensors requires low-latency AI inference nodes. We supply optimized 4U servers equipped with multi-core CPUs and specialized inference GPUs (like our G5200 V5 series) configured to decode and analyze massive media streams locally.
Building secure private clouds requires sourcing hundreds of raw electronic parts—from high-layer PCBs and copper heat pipes to specialized chipsets and power supply modules. Our location in Guangdong places us in the epicenter of the global hardware manufacturing market. This allows Zentraix to shorten product development cycles from months to weeks.
Our long-term agreements with over 850 raw component suppliers translate into predictable hardware supply lines, safeguarding our production schedule from sudden price spikes or component shortages.
Customization Flexibility (ODM/OEM): Unlike general server resellers, Zentraix possesses in-house sheet-metal manufacturing, CNC milling, and structural engineering departments. Whether you require a custom chassis shape to fit non-standard racks, customized motherboard routing to support proprietary interface cards, or specific color schemes, our engineers can prototype and test custom units rapidly.
Our engineering pipeline guides your customized bare-metal solution from concept to server rack:
How we facilitate seamless hardware imports, shipping logistics, and lifecycle services for global enterprise networks.
All Zentraix systems bear essential marks for smooth import logistics. We regularly test and certify our bare-metal units for CE, FCC, RoHS, and UL safety requirements. This ensures our global buyers (including system integrators in Europe, North America, and Australia) face zero regulatory bottlenecks during customs clearance.
Security starts at the motherboard level. Our enterprise server boards can be optioned with hardware TPM 2.0 modules, secure boot options, and custom BIOS firmware versions, ensuring that your private cloud environment remains free from hardware-level tampering.
We back our server products with global hardware replacement warranties. In the event of system faults, our service team diagnostics isolate issues immediately. Replacement parts (memory, redundant PSUs, disk drives, or complete fan assemblies) are shipped via express air freight to minimize cloud downtime.
Answering the most critical technical questions posed by hardware engineers, IT architects, and procurement managers.
Off-the-shelf solutions force enterprises to adapt to rigid hardware configurations, often resulting in overpaying for unnecessary resource allocations. Custom bare-metal hardware allows engineers to balance CPU cores, memory channels, storage tiers (NVMe vs. SATA HDDs), and networking bandwidth to match their specific hypervisor workload profiles. This reduces hardware acquisition costs by up to 30%.
Our R&D department maintains lab setups for all major private cloud orchestrators. Every system line (such as the FusionServer V6/V7 and custom high-density 2U servers) undergoes physical deployment tests with VMware ESXi, Proxmox VE, and OpenStack environments. We verify that hardware monitoring interfaces (like IPMI 2.0 and Redfish APIs) communicate network health and thermal stats reliably.
We recommend configuring servers with RAID cards based on high-performance controller silicon (e.g., SAS3908) paired with supercapacitors and 4GB+ cache memory. These controllers offload write operations from the main CPU, safeguarding data integrity during unexpected power losses. This setup is paired with high-frequency RDIMM modules and SAS/SATA SSDs optimized for high write-endurance metrics.
We design specialized, high-density drop-tested server packaging. Every unit is suspended in customized high-density foam within double-wall export grade cartons. Additionally, we coordinate directly with forwarders to offer ocean freight, air cargo, and door-to-door (DDP) logistics options, including the management of import customs clearances.
High-performance systems designed for GPU virtualization, data-intensive hosting, and enterprise cloud applications.
Take a look inside our 3,800 square meter plant, showcasing the precision assembly, high-temperature testing, and deployment operations.
