NexaGPU
NexaGPU
Discover high-density compute rack configurations, enterprise processors, and storage accelerators engineered for hybrid cloud architectures.
Navigating the transition to PCIe Gen 5.0, OCP 3.0 standards, and next-generation architecture interfaces.
Our upcoming product lines leverage PCIe Gen 5.0 to achieve 32 GT/s bandwidth per lane, removing bottlenecks for next-gen SSD arrays. By implementing Compute Express Link (CXL 1.1/2.0) protocols, our hardware architecture enables unified memory spaces, allowing dynamic allocation of CPU-to-GPU resources to maximize parallel throughput in intense DeepSeek AI training tasks.
Transitioning from traditional SATA layouts to EDSFF (Enterprise & Datacenter SSD Form Factor) and PM9A3 U.3 PCIe NVMe drives. Our custom OEM layouts integrate backplanes designed for thermal optimization, preserving critical signal integrity while housing up to 24 U.3 SSDs in a single 2U chassis. This structure achieves sustained IOPS performance exceeding 1.6 million operations per second.
As processor TDP exceeds 350W on Intel Xeon Scalable Gen 4/5 processors, air cooling reaches its physics limits. NexaGPU’s roadmap focuses on Direct Liquid Cooling (DLC) configurations. We engineering specialized cold plates and manifold cooling distribution units (CDUs) capable of extracting heat efficiently from GPU/CPU dies, lowering power usage effectiveness (PUE) to below 1.15.
Tailoring hardware optimization templates for hyper-scale datacenters, deep-learning research centers, and hybrid enterprises.
We supply turnkey systems optimized for heavy computing frameworks. Featuring native hardware support for multi-GPU setups (like Dell R760/R750 designs), our nodes support high-speed interconnects via InfiniBand HDR/NDR cards. Custom BIOS configurations are tuned specifically for matrix multipliers, improving AI dataset processing times by up to 28% compared to standard server setups.
By coupling custom high-density DDR5 memory configurations (up to 4800MHz/6400MHz speeds) with dual Intel Xeon Platinum series, our hyperconverged infrastructure (HCI) nodes maximize virtual machine (VM) density. Excellent compatibility with VMware vSphere, Proxmox VE, and Microsoft Hyper-V ensures stable failover clusters and easy integration into existing Dell network nodes.
Sovereign data requirements require local, low-latency deployments. Our edge optimized OEM designs, including compact form factor short-depth chassis, fit easily into telecom cabinets. Armed with trusted platform module (TPM 2.0) chips and hardware-encrypted NVMe controllers, they prevent physical tampering and keep edge networks secure.
Established in 2016, NexaGPU is a leading AI GPU server manufacturer and custom networking exporter. We provide enterprise computing solutions for data centers and AI researchers worldwide.
NexaGPU's innovation centers house 120 dedicated engineering staff focused on thermal modeling, structural optimization, BIOS tuning, and liquid cooling engineering. In the past fiscal year alone, we released 85 new product configurations, offering extensive flexibility across Intel Xeon platform selections, custom high-speed PCIe riser layouts, and dynamic power distribution options.
Our quality assurance framework involves multi-stage verification before shipping. Led by 45 QC experts, our testing protocols include:
• Dynamic burn-in stress testing (up to 48-hour continuous loop)
• High ambient thermal chamber evaluation
• Signal integrity testing for high-frequency PCIe lanes
• Full component-level diagnostic sweeps
With 6 years of international business experience, NexaGPU ensures smooth shipping logisitics across North America, Europe, Southeast Asia, and the Middle East. Through alliances with more than 850 raw component suppliers, we secure critical hardware allocations like DDR5 memory modules, PM9A3 SSDs, and Xeon processors even during supply shortages.
Operated under strict ESD prevention controls, our physical footprint supports precision assembly and multi-level server testing.
Harnessing advanced manufacturing technology and strategic location advantages to secure raw components, shorten assembly cycles, and control costs.
Operating near major technology logistics hubs allows us to source raw component motherboards, backplanes, memory modules, and custom cooling systems quickly. By reducing shipping delays for chassis metalwork and critical components, we maintain production timelines of 15 to 25 business days, even for custom configurations.
We work with modern Surface Mount Technology (SMT) partners to support specific hardware adjustments. From custom motherboard headers and fan control modules to alternative PCIe power delivery options, we configure system circuit boards to match custom power draws, preventing voltage sag under max compute loads.
To meet high quality and reliability expectations, our production lines follow clean room protocols and record parts history. Every critical component, including PCIe risers, custom power supplies, and storage backplanes, is tracked by serial number back to its source, providing transparency for global enterprises.
How NexaGPU simplifies cross-border shipping, ensures regulatory compliance, and provides localized technical support.
Different markets present unique certification challenges. We ensure all custom and integration hardware meets global regulatory standards. All exported server models carry certified CE, FCC, RoHS, and UL marks, reducing customs delays and ensuring compliance for enterprise datacenters.
Shipping fully loaded rack servers requires robust packaging. NexaGPU uses thick, custom-molded polyethylene foam, double-wall corrugated outer cartons, and reinforced wooden crates. We include shockwatch and tilt indicators, monitoring physical stress in transit to ensure your servers arrive ready to mount.
We provide long-term support beyond delivery. We offer flexible warranty options from 1 to 3 years with replacement parts delivery. In addition, our field engineers assist with remote IPMI setup, firmware updates, and troubleshooting to keep your services running smoothly.
Common technical questions regarding Dell networking solutions, custom server parameters, and ODM services.
Optimize system performance with high-density DDR5 memory modules, ultra-fast NVMe storage, and expansion chassis configurations.
