NexCore
NexCore
Empower your computational infrastructure with enterprise-class network architectures and AI-optimized processing units.
NexCore Intelligent Technology Co., Ltd., established in 2017, is a premier AI server manufacturer and comprehensive solution architect headquartered in the technology center of Shenzhen, China. Operating a highly specialized, cleanroom assembly and customization facility covering 386 square meters, we dedicate our core engineering to the design, architectural configuration, and precise manufacturing of high-performance GPU servers, deep learning systems, AI inference architectures, high-performance computing (HPC) nodes, and customized enterprise servers.
With more than 9 years of deep vertical industry knowledge and 6 years of international trade experience, NexCore has built an untarnished global reputation as a partner of choice for robust, high-performance computing power. Processing an annual export turnover of USD 18 million, our global operations cater to major hyperscalers, local enterprise clouds, and scientific labs across North America, Europe, Southeast Asia, the Middle East, and Oceania.
Why Shenzhen serves as the epicenter of next-generation AI bare-metal hardware development and custom deployment.
By partnering with over 1,250 upstream and downstream suppliers, NexCore guarantees component resilience, securing access to state-of-the-art DDR5 memory modules, enterprise storage, and bare-metal high-speed interconnects even during macro shortages.
Our engineering facility facilitates fast turnaround times for mechanical chassis modification, custom PCB layer configurations, and modified server node spacing, keeping development cycles highly competitive.
Leveraging low component assembly overhead does not compromise safety. Every server node undergoes rigid inspection, thermal analysis, and prolonged stress testing at full capacity, maintaining a QA staff of 46 specialists.
The computational horizon demands flexible, efficient, and deeply integrated hardware solutions designed for the next wave of neural network workloads.
The dramatic expansion of localized AI models, including the newly optimized DeepSeek R1 and similar open-weights LLMs, has redefined datacenter thermal envelopes and memory bandwidth requirements. Modern clusters cannot rely on generic CPU nodes. They demand bespoke Multi-GPU systems featuring advanced interconnect fabrics to bypass PCIe lane bottlenecks.
To address this, NexCore collaborates closely with hyper-scale clients to design customized chassis platforms featuring optimized cooling paths, ensuring that high-wattage hardware setups can run continuous training and inference without throttling.
As processors approach 500W-1000W TDP, traditional air cooling reaches its limits. Customized OEM designs must integrate advanced liquid cooling plates, hybrid air-liquid designs, and robust high-efficiency power units (PSUs) configured in N+1 or 2N redundancy models.
Empowering real-world deployment with tailored technical hardware optimizations.
For financial modeling, risk assessments, and algorithmic execution, we configure PCIe Gen5 SSD clusters coupled with high-frequency Xeon processors, ensuring minimized memory latency and steady data throughput.
Medical AI applications require rapid processing of highly detailed imaging datasets. NexCore multi-GPU server designs enable concurrent image rendering and predictive disease modeling in clinical systems.
Optimized inference platforms process high-resolution video streams concurrently. Our systems integrate energy-efficient hardware units designed to perform real-time edge processing for modern traffic grids.
Global IT sourcing teams, system integrators, and hyper-scale operators search for hardware partners based on specific criteria. The balance of quality, long-term stability, and flexibility is critical. NexCore helps global organizations streamline procurement through:
Backed by 128 experienced R&D engineers, NexCore offers complete OEM and ODM design capabilities. We transform project needs into optimized rack-mount systems ready for deployment:
How our dedicated QC team ensures consistent operational uptime for large-scale enterprise deployments.
High-performance computational infrastructure requires rigorous hardware testing. A single bad capacitor or faulty interface card can disrupt multi-node batch calculations, causing data loss and operational downtime. At NexCore, we employ a strict multi-phase quality management protocol monitored by our 46 QC specialists:
We verify memory components, storage media, network controllers, and power supplies against strict performance thresholds before they enter assembly lines.
We conduct post-mount visual inspection and Automated Optical Inspection (AOI) to confirm correct component alignment and secure physical installations.
Fully assembled configurations undergo a prolonged burn-in test at controlled elevated temperatures, running full synthetic compute workloads to verify system stability.
Answers to common procurement, engineering, and support questions.
We offer comprehensive hardware modifications, including customized chassis sheet metal design, bespoke motherboard layout, specialized thermal cooling systems (airflow and liquid loops), dual or redundant power configurations, custom storage backplanes, and client branding options (bezel silk-screening, custom packaging, and custom BIOS graphics).
Our multi-GPU and high-performance server lines are built for extreme memory bandwidth and low-latency interconnects. We test models like DeepSeek R1 to ensure high throughput, verifying PCIe Gen5 lanes and memory settings for continuous processing stability.
Initial conceptual and board-level specifications are finalized within 7–14 business days. Prototype assembly and testing are completed in 3–4 weeks. Once approved, typical bulk production runs require 4–6 weeks, depending on component availability and customization requirements.
We maintain strategic partnerships with over 1,250 qualified component suppliers globally. By keeping buffers of key components like system controllers, VRMs, and PCIe switches, we protect clients from supply disruptions.
High-bandwidth, redundant enterprise server hardware built for virtualization and cloud scale.
A look inside NexCore's cleanrooms, quality inspection benches, and logistics processing floor.
We provide comprehensive engineering services, from initial thermal design to final packaging and testing. Our teams help cloud providers, AI labs, and research institutions scale their computing platforms efficiently.
Whether your infrastructure requires high-density GPU nodes, custom cooling loops, or specific memory layouts, NexCore provides the technical expertise and manufacturing capability to build solutions that meet your needs.
