Neuralinko
Neuralinko
Deploy high-performance GPU and Xeon configurations designed for next-generation LLMs and deep learning environments.
Ensuring hardware scalability, thermal integrity, and seamless operational reliability for large language model (LLM) computing workloads.
How our localized ecosystem in Shenzhen translates into cost containment, high-speed custom design, and component resilience.
By cultivating relationships with over 1,200 supply chain partners, we can source certified RDIMM DDR4/DDR5 memories, specialized SAS/SATA SSDs, and high-performance PCIe components without delays, circumventing global shortages.
Our facility in Shenzhen hosts 118 R&D engineers capable of customizing short-depth server chassis for compact installations, configuring specialized cooling structures, and coding proprietary BIOS firmware configurations.
With 42 experienced quality control inspectors, every physical system undergoes mandatory multi-point evaluation. This process covers incoming components, high-load system burn-in tests, heat distribution analysis, and export-ready compliance verification.
Decentralized processing environments, power optimization, and key developments reshaping technical requirements.
Complex neural models process billions of variables concurrently. This requires specialized multi-GPU systems utilizing high-bandwidth interconnections (such as NVLink and PCIe Gen 5) to minimize data transport delays between the CPU and memory architectures.
As performance densities rise, traditional air cooling reaches its limits. Datacenter layouts are transitioning to hybrid configurations, implementing liquid cooling designs and optimized internal airflow systems to sustain lower operating temperatures during sustained heavy compute cycles.
Deploying AI processing capabilities close to the origin of data collection requires specialized short-depth rack designs. These compact physical layouts allow operators to mount heavy compute capabilities inside non-standard or space-constrained regional communication racks.
Providing customized computational nodes for high-availability systems worldwide.
Fine-tuning advanced neural models like DeepSeek requires massive datasets loaded into local GPU memories. Our multi-GPU configurations, supported by optimized Xeon processors, provide the memory bandwidth and high compute capabilities needed to accelerate training iterations and keep deployment costs manageable.
For defense systems, Smart Cities, and industrial automation networks, processing data near the point of capture is essential. Short-depth AI chassis provide high-reliability performance within compact footprints, operating reliably in harsh conditions with minimal environmental controls.
Commercial infrastructure hosts diverse clients with variable demands. Our systems feature high compatibility with virtualization tools, fast SAS/SATA solid-state drives, and high-performance PCIe network interface cards, ensuring stable performance and isolation under mixed workloads.
Inside Neuralinko's high-density assembly, inspection, and verification facility.
Answers to common questions regarding logistics, custom configurations, component testing, and global technical support services.
Select high-availability storage controllers, high-speed system drives, and multi-threaded processing nodes.
