China's Best Product Lifecycle Management Supplier & Infrastructure Solutions

A corporate PLM platform is only as fast as the infrastructure supporting it. As design processes incorporate 3D simulations, real-time kinematics, and interactive finite element analysis (FEA), the server requirements escalate dramatically. Deploying virtualized CAD environments (VDI), running continuous integration pipelines for embedded software, and managing high-frequency database replication require servers designed for continuous, high-performance operation.

Furthermore, cloud-based or hybrid PLM installations rely heavily on Network Attached Storage (NAS) configurations. These systems require consistent, low-latency performance to ensure files can be checked in and checked out without causing lag. Utilizing high-end SSDs, like the enterprise-grade PM893 series, prevents bottlenecks when millions of components are queried in a multi-level BOM structure.

1. Automotive and New Energy Vehicles (NEVs): In the fast-moving NEV sector, design teams must integrate mechanical, electrical, and control software systems simultaneously. PLM platforms host the master vehicle design structures, coordinating changes between battery management systems, body styling, and chassis dynamics. Using local server farms, manufacturers run intensive digital crash test simulations, reducing the need for costly physical prototype testing.

2. High-Tech Consumer Electronics: In consumer electronics, product lifecycles are brief, often lasting only 9 to 12 months. Localized PLM systems coordinate updates between design files, toolmakers, and overseas assembly factories. This keeps firmware development closely aligned with physical component changes, preventing assembly issues during mass production runs.

3. Heavy Industrial Equipment and Robotics: Large machinery manufacturing requires managing complex bills of materials (BOMs) with thousands of individual parts. Local PLM deployments coordinate configurations for custom equipment orders, ensuring assembly technicians work from the correct schematics and engineering change notices (ECNs).

Founded in 2017, Nexora Intelligent Technology Co., Ltd. (operating under the global brand NexoraGPU) is a specialized manufacturer of high-performance GPU servers, AI computing systems, HPC clusters, storage systems, and custom data center infrastructure solutions. Our production facility spans 386㎡, providing stable computing hardware for enterprises, AI innovators, universities, and industrial operations worldwide.

With 9 years of industry experience and 6 years of global export experience, NexoraGPU serves clients across North America, Europe, Southeast Asia, the Middle East, and South America. We support our hardware quality through a team of 42 quality control specialists. Every server undergo test procedures—including component verification, burn-in validation, thermal testing, power stability analysis, and overall compatibility checks—to guarantee uptime for critical PLM application servers, database instances, and CAD vaults.

We work closely with 1,250 supply chain partners, enabling us to handle customized designs (OEM/ODM projects) quickly. Our internal engineering department features 128 specialist engineers skilled in thermal management, server layouts, and infrastructure optimization. We introduced 86 new server designs last year, showing our commitment to keeping pace with the hardware demands of modern digital transformation projects.