NexGPU
NexGPU
High-performance nodes designed for seamless integration into enterprise IT Asset Management systems, featuring full telemetry, IPMI tracking, and industry-leading computing power.
The shift toward high-density AI nodes, advanced liquid-cooling loops, and GPU-intensive architecture mandates a modern approach to bare-metal hardware tracking and lifecycle intelligence.
Enterprise ITAM requires absolute visibility at the silicon level. By utilizing OpenBMC and intelligent network interface cards, NexGPU provides hardware configurations designed to continuously report thermals, power draws, and operational health back to your central ITAM software, maximizing deployment lifespans and efficiency.
In high-performance computing (HPC) nodes, components like NVMe SSDs, Xeon processors, and custom RAID array cards constitute massive CAPEX. NexGPU provides detailed serial-level digital records upon shipment, integrating directly with your asset registration systems (such as ServiceNow or Flexera).
Securing hardware assets starts during production. NexGPU integrates Root of Trust (RoT) security chips and Secure Boot mechanisms compliant with global security standards, preventing physical firmware-level supply chain attacks during shipment and deployment.
A premier manufacturer specializing in high-performance GPU servers, AI compute infrastructures, and customized server solutions for global markets.
Founded in 2017, NexGPU Intelligent Computing Technology Co., Ltd. has grown to become a crucial manufacturing partner for global cloud providers and system integrators. Headquartered in the technology hub of Shenzhen, China, our company operates an advanced, highly specialized ISO-compliant facility covering over 380 square meters, dedicated to precision assembly, complex thermal calibration, deep-level BIOS customization, and rigorous Quality Control procedures.
With over 9 years of rich industry experience and 7 years of active global export operations, NexGPU bridges the gap between raw component availability and customized server engineering. Generating over USD 18 million in annual export revenue, we serve key markets across North America, Europe, Southeast Asia, the Middle East, and Oceania.
Our operation is built on R&D excellence. Our specialized research team consists of more than 120 senior engineers focusing on mechanical server layout design, liquid-cooling loops, high-density AI optimizations, and platform virtualization integration. To ensure we meet the dynamic needs of modern enterprise data processing, NexGPU launches over 80 new hardware updates and customized product configurations annually.
We leverage a robust, end-to-end supply chain consisting of more than 1,200 verified manufacturing partners and chipmakers, giving us unparalleled component access. Our extensive OEM/ODM services include custom chassis design, customized branding, localized custom firmware, and pre-integrated rack deployments delivered directly to your server room floor.
Why manufacturing server platforms in Shenzhen provides unmatched cost efficiencies, component resilience, and acceleration of deployment cycles.
In Shenzhen's high-tech industrial cluster, custom printed circuit board assemblies (PCBAs) and multi-layered server motherboards can be laid out, simulated, fabricated, and surface-mounted (SMT) in a fraction of the time required by Western facilities. Our R&D engineering speed ensures upgrades (such as PCIe Gen 5 array configurations and liquid-cooled manifold alignments) transition from architectural blue-print to physical sample within weeks, reducing time-to-market.
Direct factory proximity to specialized storage controllers, high-speed heat sinks, high-quality copper heat pipes, and high-frequency power supplies minimizes supply chain delays. Having a local hub of 1,200+ partners enables NexGPU to quickly source premium components, buffer raw inventories, and protect global clients from global chip supply bottlenecks.
As server hardware processors push past 350W TDP and GPUs exceed 700W, traditional air cooling reaches physical limitations. Leveraging Chinese thermal manufacturing innovations, NexGPU integrates localized custom liquid cooling systems (such as micro-channel cold plates, low-permeation tubes, and quick-disconnect couplings) to deliver reliable liquid-to-air cooling options at competitive costs.
Aligning high-performance hardware with localized data protection policies, safety compliance regulations, and enterprise support agreements.
To meet global regulatory mandates (including FCC Part 15, CE, RoHS, and WEEE directives), NexGPU's servers are designed to be fully auditable. We support standard OpenBMC code paths, allowing system administrators to verify the integrity of every line of server management firmware, ensuring no hidden backdoors exist.
ITAM standards demand secure data destruction at the end of the server's lifecycle. NexGPU configurations support Cryptographic Erase (Sanitize Command Set) for NVMe SSDs (like our EP600 PCIe Series), allowing compliance officers to issue instantaneous cryptographically certified purges, meeting NIST SP 800-88 standards.
With localized strategic RMA warehouses in key export regions, NexGPU ensures hardware issues are addressed quickly. We offer flexible warranty SLAs (ranging from advanced component replacement to localized engineering support) so that hardware replacement processes integrate smoothly with your enterprise ticket platforms.
Exploring how NexGPU hardware solutions are deployed across global ITAM infrastructures for specific high-performance workloads.
AI training operations demand dense multi-socket GPU clusters. Utilizing the FusionServer 1288H V7 AI Data Server and the xFusion Fusion 2288H V7 AI Deep Learning Server, clients can orchestrate dense, multi-socket AI computations. Integrated IPMI logs send continuous thermal and hardware health telemetry directly to enterprise ITAM layers, protecting expensive GPU hardware assets from overheating.
For dense virtualization deployments, maximize power efficiencies and core density with the HPE ProLiant Compute DL360 Gen12, featuring advanced liquid cooling loops. This cooling technology enables data center managers to run high-density workloads without thermal throttling, while ITAM systems track cold-plate efficiency and pump telemetry in real time.
Enterprise data hubs demand ultra-reliable flash arrays and robust storage systems. The combination of the Dell PowerEdge R760XD2, the EP600 Series NVMe PCIe SSDs, and high-performance Array Cards (XC470C-M-8i) ensures database query acceleration, hardware redundancy (RAID 0,1,5,6,10), and component-level write-endurance logging.
Staying ahead of technology shifts is essential for minimizing infrastructure obsolescence and optimizing hardware total cost of ownership (TCO).
As rack power densities approach 50kW to 100kW, standard forced-air systems become inefficient. Modern ITAM practices track fluid temperatures, pressure levels, and pump speeds alongside traditional metrics like CPU load. Systems like the liquid-cooled HPE ProLiant Gen12 represent the future of eco-efficient, high-density edge deployments.
Static tracking of hardware assets is evolving into dynamic asset health forecasting. Modern server architecture collects real-time voltage profiles, chip temperatures, and memory correctable error rates, allowing ITAM systems to forecast hardware component failures before they cause operational downtime.
Firmware verification is becoming a standard step in the hardware receiving process. Systems verify root-level cryptosignatures on every device boot, confirming the hardware has not been tampered with since leaving our Shenzhen factory floors.
Enterprises prioritize carbon accounting across the hardware lifecycle. NexGPU simplifies eco-compliance audits by tracking the raw materials in our supply chain, labeling components for recycling, and providing energy-efficient server options that align with global environmental goals.
High-performance replacement modules, computing nodes, and scalable enterprise server platforms to support global IT infrastructure expansions.
Get detailed technical info about our custom hardware manufacturing processes, compliance tracking, and supply capabilities.
NexGPU servers support OpenBMC and standard IPMI 2.0 / Redfish APIs. This allows your IT Asset Management (ITAM) platform to retrieve component-level data—such as CPU temperatures, memory health, disk serial numbers, and fan telemetry—to support automated maintenance scheduling.
We offer extensive customization services, including custom front-bezel branding, paint-scheme matching, custom BIOS/UEFI settings, pre-installed asset tag plates, custom hardware configurations, and container-level rack integration tested at our facility before shipping.
Our manufacturing processes follow strict ISO 9001 and ISO 27001 security standards. Every server motherboard features an onboard Root of Trust (RoT) TPM 2.0 module, and our firmware undergoes validation to ensure your servers remain secure from the factory to your data center.
Our server chassis, power supplies, and storage systems comply with major global safety standards, carrying CE, FCC, UL, RoHS, and WEEE certifications. We provide certification documents with each export shipment to ensure smooth custom clearance.
NexGPU maintains direct sourcing relationships with over 1,200 strategic hardware suppliers. This broad supply network helps protect our operations from single-source shortages, allowing us to maintain stable pricing and reliable delivery timelines for long-term projects.
Our enterprise SSDs, including the EP600 Series, support NVMe sanitization commands (Block Erase and Cryptographic Erase) in compliance with NIST SP 800-88 guidelines, allowing for secure and certified data sanitization when decommissioning storage devices.
Each system undergoes a 48-hour burn-in phase, full hardware diagnostic scans, port tests, and RAM stress tests. Our team of 45+ QA inspectors checks each unit to verify the BIOS configuration matches the order specifications.
