Neuralinko
Neuralinko
Explore our production-ready high-performance servers, acceleration units, and high-speed data components.
As global industries pivot toward massive-scale artificial intelligence, large language models (LLMs) like the DeepSeek framework, and multi-physics scientific simulations, the requirements for data center infrastructure have experienced a paradigm shift. Standard general-purpose computing is no longer sufficient. High-Performance Computing (HPC) demands extreme parallel processing capabilities, complex GPU-to-GPU interconnect topologies, and high-efficiency power profiles.
At Neuralinko Intelligent Technology Co., Ltd., we bridge the gap between complex hardware architectural engineering and real-world deployment. Operating as a premier AI server manufacturer in China, we design systems engineered to scale dynamically. Our solutions integrate high-bandwidth memory (HBM3e), compute-express-link (CXL) architectures, and heterogeneous acceleration platforms, allowing enterprises, cloud service providers, and research academies to maximize throughput while minimizing energy dissipation.
Empowering global enterprise workloads with robust, specialized hardware solutions built for extreme computations.
Custom design paths configured to handle unique domain challenges across private and public sectors.
Turnkey clusters optimized for distributed LLM training runs. Our hardware profiles leverage native high-speed fabrics, ensuring zero communication lag during multi-node synchronization cycles.
Enabling complex molecular modeling, genomic sequencing, and climate forecasting through specialized high-precision double-floating-point compute nodes.
Ultra-low latency server configurations equipped with acceleration coprocessors and customized arrays, achieving microsecond execution times for high-volume transactions.
Ruggedized, short-depth server models designed for industrial gateways, smart warehouses, and municipal automation grids requiring real-time inference execution.
Modern high-performance computing requires immediate adaptation to changing core topologies. In the past year alone, our internal R&D division has qualified and released 126 new system configurations. By partnering closely with primary component innovators and structural manufacturers, Neuralinko guarantees component sourcing reliability, offering customers access to custom chassis variations, power supplies with titanium efficiency ratings, and firmware platforms pre-configured for localized OS variants.
Our OEM and ODM workflows cover every stage of the design cycle—from structural chassis blueprinting to custom rack assembly and system integration. This responsive framework helps global clients shorten deployment timelines from months to weeks, giving them a distinct time-to-market advantage.
Inside our manufacturing hub: where rigorous physical testing, material sourcing verification, and complex diagnostic protocols converge.
Anticipating datacenter dynamics to build the infrastructure of tomorrow.
Integrating closed-loop secondary fluid networks directly onto next-generation CPU & GPU blocks to safely manage high thermal outputs.
Implementing Compute Express Link pathways to construct shared memory structures between processors, cutting down on memory transfer overheads.
Developing motherboards with PAM4 signaling structures, doubling the raw bandwidth metrics of our PCIe Gen 5 configurations.
Providing hardware platforms designed to integrate localized firmware bases, ensuring complete compliance with international security directives.
Ensuring cross-border compliance and reliable logistics from our factory floor to your target racks.
Our server assemblies are certified to meet major regional regulations, including CE, FCC, and RoHS, ensuring smooth customs clearance and integration into commercial server rooms.
Using ocean, air, and expedited rail networks, we offer flexible shipping terms like FOB, CIF, and DDP to handle customs processes smoothly across major markets.
We work with global system integrators to offer reliable spare-parts programs and responsive customer service, minimizing downtime for critical workloads.
Addressing key engineering, integration, and procurement questions for HPC systems.
Our R&D team uses advanced CFD (Computational Fluid Dynamics) modeling to analyze air flow over target component areas. We adjust the internal baffle layout, optimize airflow channels, and can integrate direct-to-chip water loops or custom dynamic fan tables to keep temperatures stable even during heavy AI compute workloads.
Our server configurations support PCIe Gen 5 protocols and high-bandwidth interconnects like NVLink and InfiniBand (up to NDR 400Gbps). This ensures low latency and high throughput for clustering, deep learning workloads, and distributed model training.
We follow strict quality guidelines for all incoming components. Every part must come from verified sources and undergo verification before entering assembly. Our team of 42 QC inspectors monitors the process with automated testing equipment (ATE) and conducts thorough stress testing to keep failure rates low.
Yes, we provide full firmware engineering support. We can preload custom BIOS settings, set up specific fan curves, and pre-configure BMC configurations (supporting Redfish API) to fit your existing data center management software.
Every server undergoes a detailed testing process. This includes structural assembly checks, power cycling, and a 24-to-72-hour system burn-in running stress tests to confirm hardware stability. We also perform memory diagnostics and compile full benchmark reports for your records.
We offer flexible trade terms, including FOB, CIF, DDP, and DAP, and provide comprehensive customs documentation (CE, FCC, and RoHS certifications). Our heavy-duty, anti-static crating is designed to protect systems during transit, ensuring your hardware arrives safely and ready for deployment.
Scale cluster performance with high-capacity storage modules, reliable system RAM, and modern server chassis.
