NexCore
NexCore
Deploy industry-leading GPU processing power. Discover our high-density rack servers optimized for DeepSeek, large language model inference, and complex data center virtualization.
NexCore Intelligent Technology Co., Ltd. is a premium server manufacturer and computational solution architect, delivering state-of-the-art enterprise compute units from our high-tech hub in Shenzhen.
Established in 2017, NexCore Intelligent Technology Co., Ltd. is a leading-edge AI server manufacturer and customized infrastructure provider based in the core tech zone of Shenzhen, China. Operating a highly specialized, clean-room assembly and modern production plant, we address the global demand for massive parallel processing, deep learning model deployments, high-performance computing (HPC) setups, and data center optimization projects.
With more than 9 years of combined technical expertise in server architecture and 6 years of direct export operations, we provide reliable, enterprise-grade computing solutions. Over the past decade, we have successfully developed long-term customer relationships with AI research groups, cloud operators, telecommunication conglomerates, and data systems integrators across North America, Europe, Southeast Asia, Oceania, and the Middle East.
Our specialized quality assurance group, numbering 46 dedicated QC technicians, enforces a strict, multi-stage testing procedure to satisfy global data center standards. Every barebone chassis, GPU socket, and storage cluster undergoes thorough pre-integration diagnostics, high-stress thermal chamber testing, and exhaustive burn-in cycles to guarantee maximum up-time and continuous load-carrying capabilities.
Understanding that computing environments must remain resilient in heavy workload scenarios, our server configurations support liquid-to-air cooling retrofits and intelligent fan-speed modulations. This active heat-dissipation approach decreases overall Power Usage Effectiveness (PUE) ratings, reducing cooling overhead for massive enterprise data center deployments.
As deep neural network models like DeepSeek, GPT-4, and specialized computer vision tools demand higher computational density, our infrastructure architecture evolves to support massive data throughput.
Our computational units are optimized for Large Language Model training and inference. Supporting high-density, multi-socket Intel Xeon and AMD EPYC architectures coupled with NVIDIA and alternative hardware accelerators, our server architecture maximizes memory bandwidth (HBM3/DDR5) to process billion-parameter mixture-of-experts (MoE) architectures with minimal latency.
To prevent communication bottlenecks in multi-node clusters, our systems utilize PCIe Gen 5 configurations and integration-ready slots for QSFP+ 10G/40G/100G and InfiniBand networking. This ensures rapid data movement between GPUs during heavy training steps and minimizes internal packet loss across distributed clusters.
High-speed dataset ingestion requires ultra-fast storage paths. Our servers support multi-bay SATA, SAS, and NVMe U.2/U.3 SSD drives with specialized RAID configurations, providing the raw read/write throughput needed for AI training processes, image parsing, and relational database analysis.
Our current research pipeline focuses on liquid-cooling integrations for high-wattage computing platforms, preparing data centers for thermal challenges above 500W per accelerator. By planning around high-efficiency copper blocks and leak-proof distribution manifolds, NexCore guarantees our servers remain compatible with future generations of high-performance silicon.
From enterprise application suites to smart-city analytics, our server lines are configured to meet vertical-specific challenges with optimal TCO.
Modern enterprise planning tools rely on instant transaction processing and predictive models. Using multi-socket, high-memory capacity systems like our 2488H series, enterprises can process complex relational databases in real-time, executing risk-assessment algorithms and analytics without experiencing data delivery delays.
Deploying cloud gaming, virtualization environments, and 3D modeling systems requires high-density compute nodes. NexCore's 1U and 2U architectures support dense CPU/GPU configurations, giving virtualization administrators the ability to host hundreds of concurrent remote instances on a single system.
Academic institutions and biotechnology groups process large data files for DNA sequencing, weather modeling, and molecular simulation. Our high-performance GPU systems accelerate compute loops, reducing processing times from weeks to hours to speed up research outcomes.
Our strategic placement in Shenzhen provides distinct structural advantages for global IT procurement teams. Known as the global silicon manufacturing hub, Shenzhen gives us direct access to raw components, advanced circuit board fabrication plants, custom chassis pressing facilities, and testing laboratories. By maintaining strong relationships with over 1,250 certified supply chain partners, we secure high-performance components even during global shortages.
This interconnected supply chain allows NexCore to scale assembly quickly. Whether an enterprise client requires a pilot run of five custom GPU nodes or a deployment of five hundred rack units, we can source, build, and test systems faster than manufacturers in isolated markets. Our active factory-floor control minimizes components transport delays, reducing overall delivery timeframes.
NexCore's production facility implements advanced component tracking, ensuring that every memory module, processor, and system controller is tracked throughout its lifecycle. This transparency allows us to verify components origins, maintain quality assurance, and provide clear warranties to our international client base.
Additionally, our proximity to Hong Kong's major transport hub enables efficient distribution. Shipping via express air freight or ocean cargo is simplified, providing reliable transit paths to major distribution centers in Europe, the Americas, and Southeast Asia.
1. Component Verification: Rigorous testing of incoming memory, storage, and processors.
2. Integration Diagnostics: Automated screening of server mainboards and hardware pathways.
3. Thermal Stressing: High-heat environmental chamber tests under heavy load conditions.
4. Software & OS Deployment: Driver checks and benchmark testing prior to final export approval.
NexCore hardware solutions comply with global safety, emissions, and environmental standards. We maintain CE, FCC, RoHS, and UL-readiness, allowing our equipment to integrate smoothly into enterprise networks and cloud environments across diverse jurisdictions without causing regulatory issues.
To support customers across different time zones, NexCore offers tier-2 and tier-3 engineering support. Our custom OEM/ODM services include system configuration assistance, firmware tuning, and replacement parts shipment, helping data center operations run smoothly.
When selecting high-density server equipment, evaluating technical specifications helps ensure compatibility with existing power, cooling, and network configurations.
1. Power and Thermal Limits: Ensure that your server rack's power distribution units (PDUs) can handle the total energy draw of multi-GPU configurations. High-performance accelerators require adequate power headroom and efficient cooling fans to prevent throttling.
2. Expansion Options: Check PCIe lane distribution to support high-speed network interfaces (like InfiniBand or 40G/100G Ethernet) and SAS controller cards, preventing network bottlenecks during data-heavy operations.
3. Storage Options: Balance your database requirements between high-speed NVMe drives for fast scratch storage and high-capacity SAS/SATA arrays for backup and archival data.
4. Management Support: Verify that the motherboard's Baseboard Management Controller (BMC) supports industry-standard IPMI 2.0 and Redfish APIs, allowing remote server monitoring, power cycling, and virtual console access.
Explore our full line of enterprise storage drives, dense rack chassis, and high-availability rack solutions designed for scalable operations.
Detailed technical answers to common questions from enterprise buyers and system administrators.
Yes, we specialize in customizing high-density computing platforms specifically optimized for workloads like DeepSeek, LLaMA, and other large language models. We configure high-bandwidth GPUs, set up optimal PCIe layouts, and scale system memory to ensure rapid tensor processing and low-latency inference.
We offer full customization options, including custom-colored faceplates, bezel silkscreen branding, BIOS/UEFI boot logo modifications, customized box labeling, and physical chassis adjustments (such as short-depth form factors for telecom environments).
Our 46-person quality control team tests each server under high thermal loads for up to 72 hours. We run comprehensive diagnostics on the memory arrays, PCIe buses, storage subsystems, and power supply units (PSUs) to ensure hardware stability prior to packaging and dispatch.
For standard server configurations, lead times range from 7 to 15 business days. Large orders or custom OEM chassis fabrications generally require 20 to 35 business days, depending on component availability and specific requirements.
Yes, we provide warranty coverage for our server builds and replacement parts. In the event of a component failure (such as a fan module, PSU, or hard drive), we dispatch replacements via express courier to minimize system downtime.
A look inside our assembly line, testing bays, and quality assurance divisions in Shenzhen.
