NovaAI Compute
NovaAI Compute
Explore our flagship high-density processors, high-speed system memory, and AI-accelerated server platforms engineered to secure modern cloud scale networks.
NovaAI Technology Co., Ltd. (Brand: NovaAICompute) stands at the forefront of global AI computing infrastructure and elite bare-metal hardware development. Established in 2018, we have positioned ourselves as an elite architectural partner for companies demanding intense machine learning training, high-capacity real-time data streaming, and critical hyper-converged host applications.
With a foundation deeply rooted in enterprise reliability, we integrate advanced computing research with robust manufacturing methodologies. Since our establishment, our organization has leveraged 8 years of industry experience and 8 years of export experience, ensuring that our products adhere perfectly to localized datacenter expectations in North America, Eastern Europe, and the Middle East.
Our core administrative and prototyping facility covers an agile, high-precision laboratory area of 150 square meters, supported directly by a massive, highly optimized industrial supply chain ecosystem comprising more than 300 collaborative partners. This vast network allows us to orchestrate component sourcing, rapid assembly, and compliance testing with unmatched efficiency. In the past fiscal year, NovaAICompute generated a robust export revenue of USD 1.54 million, showcasing our status as a trusted trade entity for international digital operations.
Our operational capability spans custom layout design, thermal flow analysis, and mechanical stress prototyping, satisfying requirements across highly diversified markets. Whether supporting private technology developers or supplying brand-level retail integrators, we deliver scalable computing nodes that fuel digital transformations.
As artificial intelligence models evolve from traditional heuristic analysis to trillion-parameter dense architectures, bare-metal computing paradigms are undergoing structural shifts. NovaAICompute is actively designing solutions aligned with this technological transformation.
Traditional forced-air cooling systems struggle to manage the thermal output of modern dual-socket processors and GPU accelerators exceeding 700W TDP. Our roadmap highlights direct-to-chip (D2C) liquid cooling plates and closed-loop liquid-to-air cooling systems, minimizing power usage effectiveness (PUE) down to 1.15 in legacy datacenters.
Compute Express Link (CXL) technologies enable dynamic memory sharing pools across server systems. Utilizing high-speed PCIe Gen 5.0 and upcoming Gen 6.0 physical interfaces, our bare-metal architectures decouple system memory from the central processing unit, drastically reducing latency bottle-necks in large-scale real-time database transactions.
Our hardware systems integrate SR-IOV (Single Root I/O Virtualization) and robust physical level partitioning. This isolates computational workloads down to the physical silicon layers, preventing side-channel data leakage and providing cloud operators with reliable virtual hosting environments.
In the highly competitive server hardware sector, production capacity is determined by supply chain resilience and manufacturing quality control. NovaAICompute utilizes a highly coordinated ecosystem of over 300 cooperative partners to integrate sourcing, assembly, and validation steps.
Our agile manufacturing facility serves as a central hub for final configuration, quality assurance, and technical deployment. Rather than relying on simple assembly, we integrate hardware validation software directly into our quality control protocols. Each high-speed DDR5 memory module, high-speed storage controller, and GPU server undergoes extensive physical and software stress testing before shipping.
Hardware demands vary widely by sector. We design customized configurations to meet the specific throughput, latency, and compliance requirements of key industries.
Fintech systems demand ultra-low latency compute cycles and zero jitter. Our custom Intel Xeon and AMD EPYC configurations run specialized kernels optimized for real-time risk evaluation and multi-channel transactional integrity. We integrate PCIe NVMe SSDs and high-speed RDIMM memory for minimal queue delay.
For model training (e.g., DeepSeek, Llama architectures), compute nodes require massive memory bandwidth. Our high-density server configurations support multiple GPU setups, high-wattage power supplies, and customized airflow designs to ensure continuous peak performance without thermal throttling.
For large-scale cloud providers, density per rack unit (RU) defines profitability. Our 1U and 2U high-density configurations deliver multi-core compute capability, low power footprints, and out-of-band management APIs (IPMI 2.0/Redfish) for efficient administrative oversight.
NovaAI Technology maintains strict quality control standards throughout the production process. All products undergo full inspection procedures, and raw materials are traceable to ensure consistency, reliability, and performance.
Our commitment is simple: We deliver stable, high-performance computing systems that meet international standards, ensuring your enterprise workloads remain online 24/7.
Procuring hardware for enterprise deployments requires careful evaluation of technical requirements, compliance certifications, and long-term support infrastructure.
Our teams work closely with global IT procurement groups to align configurations with industry-specific requirements, including CE, FCC, RoHS, and UL guidelines. We provide transparent documentation, including detailed component manifests, performance benchmarks, and certificates of origin, ensuring smooth customs processing and rapid onsite setup.
Additionally, our support for customizable OEM and ODM designs allows businesses to match computing resources with their operational needs, optimizing capital expenditure and ensuring scalable, future-ready configurations.
Operating across international markets requires adhering to localized regulatory and operational requirements.
NovaAICompute serves clients across Eastern Europe, the Middle East, and North America, ensuring that each system shipped matches the localized power grid, regulatory compliance, and thermal conditions of its destination. From managing power distributions to handling international customs documentation, our teams ensure a smooth transition from our production facility to your datacenter rack.
We stand behind our hardware with robust warranty and support options, backed by our network of technical partners, ensuring minimal downtime and reliable long-term operations.
A look inside our facility showing our quality inspection, assembly lines, and inventory management processes.
Find answers to common questions regarding technical configurations, ordering, and delivery logistics.
We offer comprehensive hardware customization options. Clients can specify CPU models, memory density (DDR4/DDR5 RDIMM), storage configurations (SATA, SAS, or PCIe NVMe SSDs), network interface cards (NICs), and RAID controllers. Our team coordinates configuration and validation before shipping.
All configurations go through comprehensive hardware level checks. Components are inspected and tested under simulated workload stresses to identify potential failures before shipping, ensuring stable performance out of the box.
Standard configurations are processed and tested within 5 to 7 business days. Complex custom orders or large-scale deployments may require additional time depending on component availability, and our team provides regular updates throughout the process.
We coordinate with major international carriers to handle logistics and customs clearances. All shipments include proper documentation, commercial invoices, and certificates of compliance to ensure smooth transit to their destination.
Yes, our server configurations support industry-standard Intelligent Platform Management Interface (IPMI 2.0) and Redfish APIs, allowing administrators to monitor system health, power cycles, and console settings remotely.
We provide standard warranties on all hardware configurations, with options for extended coverage. Component replacement and diagnostic support are coordinated through our technical team to minimize system downtime.
High-speed system components and specialized expansion cards designed to optimize throughput and network efficiency.
