Neuralinko
Neuralinko
Architecturally verified OEM designs optimized for high-performance scale-out scenarios
Established in 2018, Neuralinko Intelligent Technology Co., Ltd. has rapidly emerged as a professional, specialized AI server manufacturer focusing on high-performance GPU servers, high-density AI computing infrastructure, and customized enterprise-grade data center solutions. Operating from our advanced 386㎡ production and engineering facility, our design paradigms are optimized for extreme thermal efficiency, micro-second data throughput, and custom board-level logic integration. Neuralinko delivers key computing hardware that powers today's deep learning, large language models (LLMs like DeepSeek), cloud datacenters, and High-Performance Computing (HPC) research environments.
Our core foundation rests on over 8 years of deep industrial experience alongside 6 years of robust global export expertise. Today, Neuralinko commands an annual export revenue exceeding USD 18 million, shipping high-density computing products across North America, Europe, Southeast Asia, the Middle East, and Australia. By partnering with more than 1,200 world-class supply chain partners, we ensure an uninterrupted sourcing loop of core components (from specialized host bus adapters to server-grade DDR4/DDR5 memories and PM897 solid-state storage solutions), maintaining highly competitive pricing and accelerated deployment cycles.
The contemporary industrial landscape is undergoing a massive, non-linear shift towards heterogeneous computing architectures. As neural networks transition from standard machine learning models to dense, auto-regressive multi-billion parameter architectures, typical general-purpose CPU compute structures fail to meet the performance-per-watt demands. Enterprises globally require optimized GPU servers configured to run workload tasks like AI model fine-tuning, retrieval-augmented generation (RAG), and localized LLM deployments.
Our global customer base spans AI startups, cloud service providers (CSPs), system integrators, large scale data center operators, state-backed research institutions, and international enterprise IT groups. Through our customized OEM/ODM architecture model, we support custom metalwork (chassis configuration), specific PCIe Gen 5 and OCP 3.0 mezzanine card integrations, tailored IPMI / BMC firmware branding, and custom-designed system topologies that match strict data protection and infrastructure layouts.
Flexible GPU topologies enabling scale-out training and low-latency inference configurations using industry-standard accelerators.
Seamless convergence of compute, storage arrays, and high-throughput networking inside standardized rack unit profiles.
Advanced cryptographic modules, physical intrusion detection loops, and customizable secure-boot implementations.
Digital transformation is not a singular, uniform upgrade; it is highly dependent on localized deployment challenges and regional infrastructure parameters. At Neuralinko, we categorize these digital initiatives into core application patterns designed to solve targeted workflow bottlenecks:
By placing high-performance 1U and 2U servers (such as the xFusion 1288H V5 / V6 architectures) directly inside industrial facilities, companies process multi-camera computer vision feeds to run real-time defect analysis. Moving data logic to the edge eliminates the latency and bandwidth costs associated with direct cloud uploads, enabling machinery feedback loops under 5 milliseconds.
Regional banking institutions and compliance-bound agencies deploy hyperconverged hardware locally to maintain complete command over sovereign data. Using dual-socket, high-memory capacity systems like the FusionServer 2488H series, institutions build secure private nodes that handle local database caching and sensitive transaction validation while routing non-regulated processing logic to public data centers.
Modern diagnostic facilities integrate dedicated GPU workstations to accelerate MRI and CT volumetric reconstruction. Deploying local inference nodes allows processing rooms to isolate data, securing patient information in compliance with local regulations (such as HIPAA or GDPR) while giving radiologists immediate access to diagnostic suggestions powered by custom neural networks.
Neuralinko leverages its strategic location within China's primary high-technology manufacturing clusters. This proximity yields unparalleled efficiency in structural manufacturing and materials sourcing, providing major benefits to international buyers:
With a vetted portfolio of over 1,200 specialized component suppliers, we secure logic boards, server grade power distribution systems (Platinum/Titanium 900W to 2000W AC PSUs), custom storage drives, and thermal heatsinks with zero lead-time delays. This broad base limits standard component shortages, keeping production lines moving even during global supply chain disruptions.
Our production setups use flexible cell manufacturing, enabling fast changeovers between single custom prototypes and large server rack orders. We adapt quickly to unexpected client layout changes, shifting metal routing or backplane types within days rather than months, matching the pace of dynamic enterprise infrastructure needs.
Hardware failure in enterprise or cloud environments results in costly downtime and potential data corruption. To prevent this, Neuralinko implements a multi-stage Quality Assurance (QA) program managed by 42 experienced quality control inspectors. Every system shipped undergoes rigorous validation processes:
All critical components—including high-speed memory modules, PCBs, and specialized interface cables—are tested for impedance consistency, signal integrity, and surface mounting defects before reaching the main assembly line.
Fully integrated systems are placed inside thermal chambers and run at maximum processing capacity for 24 to 72 hours. This process identifies early-stage component failures under high thermal stress before the systems are packaged.
We run extensive benchmarks (using tools like MLPerf, Linpack, and custom network load simulators) to verify that raw computational speeds, network throughput, and storage write limits meet the performance parameters defined in our design phase.
As semiconductor architectures approach sub-nanometer limits, cooling and data delivery pathways are evolving. Neuralinko's R&D department, staffed by 118 specialized engineers (who brought 126 new system configurations to market last year), is focused on integrating key technology milestones:
Integration of direct-to-chip liquid cooling plates inside our customized 4U and 8U GPU rack configurations. This transition addresses the thermal requirements of high-tdp processors, reducing data center Power Usage Effectiveness (PUE) to less than 1.15.
Adoption of Compute Express Link (CXL) structures within custom OEM systems. This enables dynamic memory sharing between host processors and accelerators, reducing data replication overhead across compute clusters.
Transition from copper-based high-speed direct-attach cabling to optical interconnects integrated directly onto the processor substrate, removing signal loss and routing restrictions at ultra-high bandwidths.
Deploying critical IT hardware internationally requires strict adherence to regulatory standards and reliable after-sales support. Neuralinko ensures compliance with key international quality and safety certifications, including CE, FCC, RoHS, and UL markings.
Our global support includes customized replacement part kits stored in local logistics warehouses within our major target markets. For complex deployments, we provide remote engineering support directly to data center technical teams, assisting with setup, IPMI integration, and firmware updates to ensure operational reliability.
Take a look inside our 386㎡ production facility, automated test centers, and quality inspection labs.
Optimized hardware options designed to increase reliability and storage density in enterprise setups
