NexCore
NexCore
Explore our production-ready high-density computing components, arrays, and rack servers optimized for modern hybrid cloud architectures.
Providing high-integrity server architectures designed to deliver unprecedented compute densities and enterprise reliability.
Founded in 2017 and headquartered in the technological epicenter of Shenzhen, China, NexCore Intelligent Technology Co., Ltd. has established itself as an authoritative force in the engineering, design, and manufacturing of high-performance computing infrastructure. Operating from a highly optimized, state-of-the-art production facility, our operations specialize in delivering custom-tailored solutions for GPU-accelerated computing, high-density AI training arrays, sub-millisecond AI inference boxes, High-Performance Computing (HPC) platforms, and bespoke enterprise server designs.
"By bridging engineering excellence with robust manufacturing processes, NexCore translates complex architectural server needs into deployment-ready, high-availability physical server systems."
With more than 9 years of deep engineering experience and 6 years of international export pedigree, NexCore supports the global expansion of data centers, hyperscalers, and researchers. Generating a steady annual export volume of approximately USD 18 million, our global logistics network serves clients with reliable IT infrastructure across North America, Europe, Southeast Asia, the Middle East, and Oceania.
NexCore's vision focuses on hardware optimizations, architectural efficiency, and eco-friendly cooling structures.
As CPU TDP exceeds 350W and GPU platforms surpass 700W, traditional air cooling is hitting physical density limits. NexCore's cooling development ensures that next-generation systems operate efficiently through advanced thermodynamic options:
Data throughput demands fast interconnects. We actively design motherboard configurations ready for PCIe Gen 6.0 and beyond, enabling ultra-fast channel speeds. Key initiatives include:
The AI landscape is highly fragmented with diverse specialized accelerators. NexCore designs modular chassis configurations that allow drop-in integration of multiple processing topologies:
Bespoke cloud architecture optimized for workloads across computing verticals.
For cloud service providers (CSPs) managing petabytes of user data and running virtualized container ecosystems, compute-per-rack-unit determines operational profit margins.
NexCore designs custom high-density 1U/2U servers with flexible multi-bay storage arrays, optimized BIOS settings, and efficient PMBus power supplies. Our systems ensure maximum virtualization container density and reduced thermal idle loads, enabling seamless hyperscale expansion.
AI workloads require huge interconnect bandwidth and massive matrix multiplication support. Standard off-the-shelf rack designs often fall short on thermal dissipation and PCIe link speeds.
NexCore delivers tailored AI training servers with custom PCIe switch complexes and multi-GPU topologies. By implementing direct-to-die liquid plates and optimizing high-frequency bus designs, we prevent thermal throttling during continuous LLM training cycles.
Data processing at the edge is critical to smart grids, safety networks, and automated vehicles. These environments present dust, temperature swings, and space limitations.
Our edge compute platforms utilize ruggedized, short-depth chassis models with passive cooling support. By adapting standard OOB IPMI cards to edge conditions, we enable reliable remote administration and real-time inference without needing on-site technicians.
In financial computing markets, milliseconds correspond to millions of dollars. Compute speed and transaction latency represent the primary hardware benchmarks.
NexCore delivers custom bare-metal servers optimized for high-frequency processors, custom FPGA adapters, and specialized low-latency memory slots. Our hardware runs on customized, low-overhead BIOS profiles to guarantee predictable execution speeds.
Combining Shenzhen's tech manufacturing cluster with rigorous testing procedures.
Every batch of incoming microchips, PCBs, capacitors, and storage devices is verified for structural integrity, performance metrics, and manufacturer origins. This prevents sub-standard materials from entering system assembly.
Using precise assembly guidelines, our technicians mount motherboards, install cooling solutions, and route power paths. Quality control engineers conduct early visual and mechanical reviews on each node.
Integrated servers undergo rigorous stress tests in dedicated thermal chambers. This isolates cooling weaknesses, verifies fan speeds, and monitors temperature levels under heavy application workloads.
Systems run under full load for extended periods to confirm chip stability. This process helps identify early hardware issues and ensures the system is ready for reliable operation.
Servers are flashed with specified BIOS versions, custom network profiles, and monitoring tools. We run complete diagnostics on input/output ports, expansion interfaces, and remote control modules.
Before packaging, a dedicated inspector signs off on system specifications, verifies accessories, and checks export compliance labels. Devices are packed in anti-static, protective materials for international shipping.
Providing custom cloud server design, integration, and deployment support.
We configure motherboard layouts, storage bays, and PCIe structures to match specific software workloads. From customized BIOS parameters to proprietary security modules, we build systems that align with your architecture.
We offer customized front bezels, logo branding, and structural options. This provides a unified corporate aesthetic across your data centers or edge nodes, ensuring consistent branding.
We manage regional regulatory approvals, compliance certifications, and global shipping processes. Our team provides reliable delivery and support directly to your data centers worldwide.
Helping your infrastructure meet regional regulatory requirements.
NexCore hardware is designed and tested to meet international standards. We supply full documentation to help verify compliance with:
We implement hardware-level security features to protect data and meet privacy requirements like GDPR and HIPAA:
We provide remote support resources to keep your infrastructure running smoothly:
Find answers to common questions about our technical capabilities, sourcing process, and OEM/ODM services.
For standard OEM server configurations using our established chassis designs, lead time runs between 4 to 6 weeks depending on component availability. For complex ODM developments requiring new chassis tooling, custom PCB design, and validation, timelines typically span 12 to 16 weeks, including mockups and verification stages.
NexCore works with over 1,250 certified supply chain partners in Shenzhen's electronics ecosystem. We secure inventory for critical parts like microprocessors, storage, and memory controllers using forward-purchase agreements. This strategy helps protect our clients from sudden market price fluctuations.
Yes. Our system integration workflow allows us to pre-load custom BIOS, UEFI profiles, asset tags, IPMI settings, and custom OS/hypervisor environments. This ensures servers are ready for plug-and-play installation when they arrive at your data center.
Our GPU servers undergo comprehensive testing. In addition to standard hardware checks, we run stress tests under heavy computing workloads in thermal chambers, monitor high-speed PCIe signal lanes, and verify power delivery under load. This process ensures hardware reliability before delivery.
NexCore products can be configured to comply with CE, FCC, UL, CB, CCC, and RoHS certifications. We collaborate with international testing agencies to ensure our custom server designs meet regional electrical safety and emission requirements.
Browse our selection of network interconnects, storage drives, and rack configurations to complete your data infrastructure.
