NexCore
NexCore
Explore our flagship catalog of scalable AI server networks, customized storage components, and powerful GPU-accelerated workloads optimized for immediate industrial integration.
Established in 2017, NexCore Intelligent Technology Co., Ltd. stands as a premier enterprise-class AI server manufacturer and dedicated computational hardware solution provider. From our headquarters in Shenzhen, China—the global epicenter of advanced hardware manufacturing—we operate a state-of-the-art facility optimized for low-latency hardware integration, thermal engineering, and deep prototyping of high-density AI nodes.
Backed by over 9 years of core hardware design experience and 6 years of direct global exporting, NexCore has engineered customized computing architectures for leading data facilities, multinational system integrators, and researchers. With an annual export footprint surpassing USD 18 million, our global operations reach across North America, Europe, Southeast Asia, the Middle East, and Oceania.
We solve the critical engineering barriers encountered in next-generation high-performance computing (HPC). Through extensive co-design pipelines with chipset architects and system administrators, our products satisfy the demands of multi-tenancy cloud frameworks, deep learning workloads, and mission-critical enterprise environments.
A statistical overview of our manufacturing volume, technical proficiency, and global supply footprint.
Key technological transformations driving the development of custom workstations and cloud-aligned enterprise servers.
The modern workstation is no longer bounded by general-purpose CPUs. Modern production configurations demand hybrid computing blocks, combining dual-socket CPUs with multiple GPU accelerators via dense interconnect matrices (e.g., NVLink) to feed training models like DeepSeek.
As processor thermal design points (TDP) scale past 350W for CPUs and 700W+ for GPU hardware accelerators, advanced phase-change cooling loops, custom heat pipes, and high-CFM dynamic fan controls are critical to maintain peak performance without thermal throttling.
Data routing layers are shifting to PCIe Gen 5 and emerging Compute Express Link (CXL) configurations. Our custom backplanes maximize trace routes to preserve signal integrity and minimize interface loss during intensive database reads and write-intensive workflows.
B2B IT buyers face mounting pressures. NexCore minimizes total cost of ownership (TCO) through strict risk mitigation pipelines.
Supply Chain Security & Parts Allocation: Procuring rare server silicon, enterprise NVMe storage arrays, and network interface adapters (HBA) can introduce extensive logistics delays. NexCore’s strategic alliance with over 1,250 certified supply chain partners assures continuity of key elements, keeping assembly timelines predictable.
Bespoke Hardware Tuning: Off-the-shelf workstation platforms often carry bloatware, lack configuration options, or feature suboptimal PCIe layouts. Buyers require a flexible ODM/OEM partner to design hardware around their unique software stacks—optimizing bios configurations, operating system kernels, and memory mapping patterns.
Global Product Compliance & Validation: Deploying servers in foreign jurisdictions requires strict adherence to regional certifications. NexCore provides fully compliant hardware assemblies, providing extensive certification paths to meet regional testing, emission boundaries, and energy safety metrics.
Tailor-made system architectures engineered to satisfy demanding business cases and maximize hardware ROI.
Highly integrated GPU arrays designed for DeepSeek, LLaMA, and internal neural model pipelines. These units feature redundant power units (1+1 or 2+2) to protect continuous computation processes.
Configured with hot-swappable PCIe Gen4/Gen5 NVMe SSDs, providing ultra-dense storage frameworks and high-performance throughput for AI data preparation pipelines and remote analytics nodes.
Optimized for processing heavy mathematical loads, geological simulations, molecular models, and quantitative financial analytics via dual-socket scalable processors.
NexCore partners with IT leaders to translate functional requirements into physical solutions. Our 128-member engineering team works on custom layouts for high-density architectures, special thermal environments, and custom chassis applications.
NexCore's alignment with next-generation industry standards and engineering methodologies.
| Integration Domain | Current Technology Standard | Roadmap Horizon (2025-2026) |
|---|---|---|
| Processor Architecture | Intel Xeon Scalable Gen 4 / Gen 5 & Equivalent AMD Platforms | Early deployment of Gen 6 architectures & specialized APU systems |
| GPU Interconnectivity | PCIe Gen 5 point-to-point & NVIDIA NVLink Architecture | Implementation of next-generation high-bandwidth interconnects and CXL memory sharing |
| Thermal Architecture | High-velocity multi-zone air-cooling with custom heatsinks | Liquid-to-air cooling options & hybrid cooling manifolds for TDP up to 1000W |
| Data Storage Platforms | PCIe Gen 4 / Gen 5 U.2/U.3 NVMe storage systems | Integration of enterprise-grade E3.S EDSFF form factors and optical interconnect options |
How NexCore maintains reliable system operations across global mission-critical environments.
To assure long-term reliability in active data-center workloads, NexCore utilizes a structured, five-stage quality validation framework managed by 46 experienced QC technicians. All chassis, backplanes, memory modules, and processing chips undergo exhaustive inspection protocols prior to, during, and after assembly:
Incoming components are inspected for electrical compliance, trace validation, and dimensional accuracy to prevent downstream assembly defects.
Once assembled, electrical connections, PCIe slot interfaces, riser alignments, and cable routings are double-checked for security and airflow optimization.
Systems are tested under dynamic environmental profiles to verify that cooling fans and heat sinks perform correctly at maximum TDP limits.
Units undergo extended full-load stress testing (running intensive system diagnostics for 24 to 72 hours) to identify and address infant mortality failures.
NexCore partners with certified component suppliers to secure authentic parts. By auditing each phase of assembly, we deliver computing platforms that meet our clients' rigorous quality and performance standards.
Answers to common questions regarding our OEM services, customization capabilities, and deployment procedures.
We provide full hardware-level customization services. This includes custom metal chassis fabrication, specialized motherboard selection (Intel Xeon, AMD EPYC, and GPU platforms), memory capacity tuning, thermal design optimization (such as high-CFM fans or closed-loop liquid cooling), storage architecture configurations (NVMe PCIe Gen5, SAS, or SATA arrays), and custom front-bezel branding.
Our R&D team works closely with AI developers and system administrators. We optimize system BIOS profiles, PCIe lane distribution, NVLink interconnect topologies, and high-speed network interface layouts to guarantee maximum performance and stable operations under heavy model-training and real-time inference workloads.
For standard chassis options with customized component layouts, initial engineering validation test (EVT) samples are typically ready within 2 to 3 weeks. For complex, fully custom structural designs requiring custom tooling, lead times range from 4 to 8 weeks, depending on component availability and customization requirements.
We follow a comprehensive testing procedure for every system. This includes component check-ins, assembly inspections, thermal tests, and an extended full-load burn-in stress test (typically 24 to 72 hours) managed by our team of 46 QC professionals to ensure systems arrive ready for deployment.
Browse our selection of rackmount platforms, enterprise processors, high-performance solid-state storage, and fiber-channel network interface cards.
