Neuralinko
Neuralinko
High-reliability compute blocks, accelerator systems, and enterprise storage arrays engineered for maximum throughput.
In the contemporary digital landscape, enterprise data centers demand infrastructure that is not only highly compute-dense but also fundamentally customizable. Standard off-the-shelf configurations often fail to optimize for specialized application profiles—such as microservices architectures, AI model deployment (such as DeepSeek or LLMs), and high-frequency virtualization environments. As a premier provider of customized hardware, we manufacture and export HPE-compatible solutions, xFusion-aligned infrastructures, and hybrid servers optimized for the most demanding workloads.
Through our comprehensive OEM and ODM services, global clients bypass vendor lock-in, enabling them to customize chassis design, select specific GPU configurations, deploy specialized firmware modifications, and execute full-rack integration prior to shipment. Whether engineering 2U rack mount architectures or deep learning cluster units, our systems are optimized to integrate seamlessly into existing HPE, Dell, or xFusion data structures, guaranteeing line-rate compatibility, thermal safety, and power efficiency.
Full physical and logic-level integration with mainstream architectures (HPE, xFusion, Dell), enabling rapid addition of compute nodes with minimal provisioning time.
Proprietary structural designs and direct-contact heat pipes designed to maximize dissipation in high-density multi-GPU compute blocks.
BIOS and BMC level customization to align with specific out-of-band management systems, hypervisors, and security compliance matrices.
Enterprise procurement professionals are shifting focus from basic capital expenditure (CAPEX) reduction to long-term operational resilience and density. With rising energy costs, power utilization effectiveness (PUE) has emerged as a central metric. System architectures must maximize flops-per-watt metrics, particularly under intensive workloads like Deep Learning, High-Performance Computing (HPC), and enterprise network switching.
Furthermore, global supply constraints dictate that enterprise systems remain highly adaptable. By utilizing open hardware structures and modular storage controllers, such as the XC170-M-8i SAS/SATA RAID card, data center managers can ensure hardware flexibility, allowing easy maintenance and swaps without causing system-wide outages. Large-scale procurement requests now prioritize manufacturers who can guarantee components with extended MTBF (Mean Time Between Failures) and reliable localized support ecosystems.
Configured to provide rapid IOPS and fault-tolerant storage virtualization for real-time transaction processing systems.
Operating from our modern 386㎡ production and engineering facility, Neuralinko Intelligent Technology Co., Ltd. represents the next phase of precision enterprise system manufacturing. By implementing Industry 4.0 automated testing suites and real-time material tracking systems, we address the common problems associated with customized hardware builds: configuration errors, thermal design weaknesses, and delivery delays.
Established in 2018, Neuralinko brings over 8 years of hardware industry experience and 6 years of international export expertise to the field. Our manufacturing lines run stringent, multi-phase testing systems, which include incoming component checks, real-time board-level inspection, high-temp burn-in tests, and systematic network packet checking. Our experienced team of 42 quality assurance inspectors ensures that every device meets international stability standards before leaving the facility.
A resilient supply network is essential for large-scale deployments. Neuralinko maintains strong partnerships with over 1,200 component partners. This ensures a consistent supply of processors, memory components, controller chips, and chassis metalwork. This network enables us to maintain pricing stability and predictable lead times even during global component shortages. With an annual export revenue exceeding USD 18 million, our systems are deployed in enterprise environments across North America, Europe, Southeast Asia, the Middle East, and Australia.
The enterprise server market is undergoing major structural shifts driven by workloads like generative AI models and hyperconverged infrastructure (HCI) pools. Servers are no longer just basic storage and CPU compute resources; they function as tightly coupled computing fabrics. The integration of high-bandwidth accelerators and intelligent switching networks has become the standard for modern data architectures.
Modern platforms like the FusionServer 2288H V7 are designed to support multiple high-wattage PCIe or OAM GPU accelerators. This layout enables accelerated training and inference loops for large-scale language models.
By combining high-speed storage interfaces, dual-socket Intel Xeon processors, and high-performance network adapters into 1U and 2U platforms, hyperconverged servers reduce overhead and speed up hybrid cloud virtualization.
Deploying powerful edge and core switches, such as the H3C S6520X-30QC-EI, provides the non-blocking backplane bandwidth required to handle heavy east-west data traffic in high-density environments.
To ensure maximum uptime, power supply configurations must support dynamic load balancing. Using premium 900W, 1500W, or 2000W power components with 1+1 redundancy configurations safeguards your servers from grid fluctuations. Below, we showcase our core catalog of enterprise components, systems, and accessories configured to meet these demanding operational standards.
Industrial switches, high-performance power units, and custom GPU rack systems designed for cloud and enterprise clusters.
Our OEM/ODM solutions are configured to address targeted, real-world deployment parameters across key industry verticals. By focusing on specific software architectures and environmental layouts, we help enterprise clients ensure high reliability at scale.
Deploying customized hyperconverged platforms (such as the xFusion 2288H V6) enables CSPs to scale up compute density, managing more virtual machines per rack unit while maintaining strict SLAs.
Supporting high-power multi-GPU configurations allows academic and startup research labs to host demanding deep learning algorithms and model tuning pipelines locally.
Configured with robust SAS/SATA hardware interfaces, these systems process telemetry and vision data locally, enabling real-time inspection loops on production lines.
Across these different setups, Neuralinko’s engineering team supports systems from the bios layout up to physical server rack layout. This integration ensures that newly added hardware works seamlessly with existing enterprise software, hypervisors, and data orchestration fabrics.
Visualizing our component testing, server assembly line, quality verification protocols, and clean-room assembly processes.
Providing clear, technical answers regarding compatibility, configuration options, order lead times, and global distribution logistics.
Our systems are designed and tested using standard EIA-310 rack mounting dimensions, IPMI 2.0 remote management protocols, and standard power interfaces. Before shipment, our engineering team tests configuration compatibility with major hypervisors (VMware ESXi, Proxmox, Hyper-V) and operating systems (RedHat Enterprise Linux, Windows Server 2025). This ensures the hardware integrates smoothly into your current data center setup.
We provide full customization, including custom chassis silkscreen printing, customized BIOS splash screens, firmware tweaks for specific PCIe configurations, and tailored thermal profiles. At the component level, clients can select specific processors, RAM density, storage configuration, network interfaces, and power capacities to meet their precise workload requirements.
Lead times depend on the complexity of the order and component availability. Standard configurations usually ship within 2 to 3 weeks. Custom OEM/ODM systems that require custom metalwork fabrication or customized firmware testing typically require 4 to 6 weeks. Our project management team provides progress updates at every stage of production.
Our quality assurance process consists of five distinct phases: incoming component verification, assembly line inspection, 24-to-72-hour thermal burn-in testing, performance benchmarking, and final packaging checks. We run hardware under full load in specialized climate chambers to verify that cooling fans, heat pipes, and power rails perform stably under maximum compute workloads.
Yes, we design, build, and configure complete, rack-level networking setups. We integrate high-performance switches (such as H3C core devices) with custom servers, configuring VLANs, link aggregation (LACP), and basic routing protocols. This ensures your rack configuration is plug-and-play upon delivery.
All international orders are packaged in robust, multi-layer wooden crates designed for heavy hardware. We coordinate all logistics documentation, export certificates, and customs clearances. Neuralinko works with major global freight carriers to ensure safe and timely delivery, offering both air freight for urgent deployments and ocean freight for bulk installations.
