Quantix
Quantix
Select from our benchmark-certified configurations designed for deep learning, AI inference, and enterprise cloud workloads.
Founded in 2017, Quantix Intelligent Computing Co., Ltd. stands at the forefront of the AI infrastructure and GPU server manufacturing landscape. Operating as an industry-leading OEM/ODM hardware provider based in China, we specialize in translating complex system requirements into robust, high-performance computing platforms. From structural mechanical designs of custom server chassis to complex heat dissipation solutions, we deliver systems built to excel under continuous enterprise loads.
With more than 14 years of professional industry expertise and over 9 years of direct global export experience, we bridge the gap between initial custom conceptualization and high-volume, reliable mass production. Our infrastructure solutions power critical applications across modern machine learning networks, hyper-scale cloud centers, big data analytics engines, and next-generation smart cities.
Decentralized engineering parameters, supply-chain resilience, and structural reliability standards for international data center deployment.
Data center cabinets require tight mechanical tolerances. Custom server enclosures are fabricated using SGCC (galvanized cold-rolled steel) and high-tensile sheet metal to prevent chassis sagging or warping under heavy multi-GPU weight distribution.
AI clusters operate on high power limits. Modern chassis design incorporates custom redundant CRPS (Common Redundant Power Supplies) up to 3200W, supporting complex copper busbars to optimize voltage drop margins across internal system PCBs.
High-frequency data pathways (PCIe 5.0 and Gen 6) are highly sensitive to EMI. Our custom metal gaskets, honeycomb mesh patterns, and precision-cut trace layouts isolate internal electromagnetic interference, guaranteeing signal integrity.
Operating from our modern manufacturing facility, Quantix pairs compact, high-efficiency production cells with a robust ecosystem of over 850 validated supply chain partners. This localized concentration of fabrication assets enables rapid tooling setup, agile parts sourcing, and quick prototyping phases that would otherwise take months to align globally.
Our production floor is designed for high-density systems assembly. It features electrostatic-safe (ESD) work zones, automated optical inspection (AOI) units, and dedicated thermal testing rooms. Supported by our structural and electrical network, we scale up from prototype runs to large-scale deployments without suffering from common component shortages.
Our quality management system is backed by a team of 46 experienced QC professionals. This unit manages a comprehensive multi-tier verification process: incoming raw material inspections, continuous optical checks during assembly, full voltage load tests, and post-assembly environmental chamber validation.
As silicon TDP reaches new peaks, our chassis structural architecture evolves from standard airflow dynamics to direct-to-chip liquid loops.
Custom 2U and 4U chassis optimized for direct-to-chip (D2C) liquid-cooling manifolds. Supports quick-disconnect valves and leak-leakage sensors to safeguard internal hardware.
Engineered fan walls featuring high-static-pressure, hot-swappable dual-rotor fans. Minimizes static pressure drop through structural ventilation slots.
Integrated low-loss PCB backplanes designed to handle the ultra-high speeds of PCIe 6.0 without signal attenuation or data errors.
Toolless internal drive cages and modular motherboard drawers, allowing maintenance teams to swap logic boards or power buses in seconds.
| Chassis Type (Form Factor) | Target TDP / Thermal Support | Common Materials | Typical Drive Configurations | Best Application Fit |
|---|---|---|---|---|
| 1U Standard Rackmount | Up to 350W TDP | 1.0mm SGCC Steel, SECC Covers | 4x 3.5" SAS/SATA or 10x 2.5" NVMe | Edge Workloads, Light Web Hosting |
| 2U High-Density Rack | Up to 700W TDP | 1.2mm SGCC Steel, Anodized Alum. | 12x 3.5" SAS/SATA + 4x Rear NVMe | Storage NAS, Hybrid Cloud Node |
| 4U Enterprise AI Chassis | Up to 2400W TDP (Multi-GPU) | 1.2-1.5mm SGCC Steel, Heavy-Duty | 24x 2.5" U.2/U.3 NVMe Drives | GPU Deep Learning Inference / Training |
| 8U High-Performance Cluster | Up to 6000W TDP (Liquid/Air Hybrid) | 1.5mm SGCC Steel, Reinforcement Bars | Custom OAM / SXM Module Drawers | Supercomputing, AI LLM Training |
Adapting server enclosure footprints to meet distinct industry standards and environmental operating challenges.
Compact, short-depth 2U/3U OEM chassis designed for outdoor street-level cabinet installations. Built-in dust filtration, wide operating temperature resilience, and physical tamper alarms safeguard edge-hosted nodes.
Engineered for high density and rapid hot-swap maintenance. We provide ultra-lightweight structural configurations designed to reduce overall rack weight while maximizing vertical rail space efficiency.
Specially built to accommodate high weight loads and heat loads. Features heavy-gauge steel support pillars to prevent chassis sagging under heavy GPU weights, coupled with complex high-voltage power distribution.
Exporting custom computing hardware requires meeting strict compliance criteria. Over 9 years of active export operations have taught us how to verify our hardware to satisfy different regional criteria, including CE, FCC, RoHS, and UL. Our supply chain management processes ensure that every component used meets traceability guidelines, giving procurement managers confidence in our product safety audits.
Before leaving the factory, every chassis undergoes extensive testing, including physical drop tests, transit vibration testing, high-pot testing, and full environmental heat chamber burns. Through our global distributor network, we also offer localized after-sales support, helping customers manage integration issues and technical queries post-delivery.
126 New Product Upgrades Developed & Scaled Last Year Alone
Technical clarification on custom chassis design, engineering milestones, tooling investment, and manufacturing parameters.
Inside our manufacturing areas: advanced sheet metal stamping, multi-stage assembly lines, and specialized quality verification labs.
Explore our line of server systems, rack storage nodes, and custom computing architectures.
