NexaGPU
NexaGPU
Industrial-grade rack hardware, NVMe array chassis, and high-density computing platforms tailored for enterprise database deployment.
Analyzing architectural demands across OLTP, OLAP, Vector Databases, and AI acceleration layers.
In the contemporary digital economy, data server architecture serves as the backbone of modern enterprise operations. From high-frequency transactional processing (OLTP) to massive analytical queries (OLAP) and real-time Artificial Intelligence vector indexing, database server hardware must deliver unrelenting throughput, sub-millisecond IOPS latency, and absolute operational uptime. As a premier OEM/ODM Database Servers Factory & Supplier, we design, engineer, and manufacture custom-built server platforms customized to overcome performance bottlenecks inherent in legacy hardware configurations.
Information Gain Insight: Modern enterprise databases no longer rely strictly on CPU execution. The convergence of CXL (Compute Express Link), All-Flash NVMe over Fabrics (NVMe-oF), and direct-attached GPU acceleration (for vector databases like Milvus, Qdrant, and DeepSeek model embeddings) demands server chassis designs capable of dissipating high thermal loads while delivering dynamic memory expanded topologies.
Database workloads vary radically based on operational intent. OEM/ODM customization allows hyperscalers, data centers, and enterprise solution providers to tailor hardware down to BIOS parameters, PCIe lane distribution, power budgets, and thermal dissipation paths:
Designed for relational systems (Oracle, PostgreSQL, MS SQL). Emphasizes maximum clock speed per core, NUMA balance, dual-socket motherboard optimization, and RAID 10 NVMe caching.
Configured for mass parallel processing (ClickHouse, Snowflake hybrid on-prem, SAP HANA). Features high memory capacity (DDR5/CXL memory expansion) and multi-terabyte NVMe storage backplanes.
Accelerated platforms combining Intel/AMD server processors with high-density GPU nodes to power Retrieval-Augmented Generation, Semantic Search, and real-time AI knowledge retrieval.
Granular control over chassis form factor, motherboards, firmware, power delivery, and cooling systems.
Standard off-the-shelf servers frequently force enterprises into hardware compromises—either over-provisioning unused PCIe bandwidth or under-provisioning storage density. As an established database server manufacturer, our factory offers comprehensive white-label OEM and bespoke ODM manufacturing services tailored to specific software topology needs.
| Engineering Vector | Standard Off-The-Shelf Server | NexaGPU OEM Custom Server | NexaGPU ODM Full-Bespoke Build |
|---|---|---|---|
| Chassis Form Factor | Fixed 1U / 2U / 4U standards | Custom bezel, silk-screen, logo branding | Re-engineered short-depth / high-density custom chassis |
| Drive Bay Connectivity | Standard SATA/SAS 8-24 Bays | Hybrid NVMe U.2/U.3 + E1.S/E3.S hot-swap backplane | Custom NVMe Direct-Attach PCIe Gen5 matrix without switch latency |
| Motherboard Topology | Generic Intel/AMD reference design | Modified BIOS/BMC with proprietary logo & locking | Custom PCB trace routing, CXL 2.0 memory expansion expansion boards |
| Thermal Management | Air cooling with standard fan curves | Optimized heavy-duty fan walls & air shrouds | Direct-to-Chip (D2C) liquid cooling & immersion cooling ready |
| Power Architecture | Single/Dual PSU 80+ Gold | Dual Redundant 80+ Titanium PSUs (900W - 3200W) | HVDC (High Voltage DC) server power shelf integration |
Data integrity is paramount for server implementations. Our OEM ODM facility integrates Hardware Root of Trust (HRoT) with dedicated TPM 2.0 cryptoprocessors. Furthermore, for hyperscale environments requiring complete firmware transparency, we offer OpenBMC firmware customization, enabling system administrators to monitor motherboard health, thermal profiles, and system logs securely via RESTful APIs and IPMI 2.0 standard interfaces without vendor lock-in risks.
Empowering global enterprises with high-density server platforms, GPU acceleration clusters, and custom OEM manufacturing.
NexaGPU is a professional AI GPU server and database infrastructure manufacturer and supplier specializing in high-performance computing systems, GPU clusters, and customized server solutions for global enterprises, data centers, and AI development entities.
Established in 2016, NexaGPU has rapidly grown into a trusted provider of advanced computing systems. The company operates a modern manufacturing facility with a building area of approximately 320㎡, supporting rapid dynamic assembly, precision cable routing, stress testing, and multi-stage QC validation of custom server architectures.
With an annual export revenue of USD 12 million, NexaGPU has built strong international business capabilities, leveraging 6 years of direct export experience and 11 years of deep industry expertise in high-performance computing, motherboard design, and server chassis manufacturing.
Supported by 45 dedicated QC specialists conducting hardware stress testing, high-bandwidth IOPS verification, and thermal chamber analysis.
Powered by 120 R&D engineers specializing in system design, PCIe Gen 5 trace optimization, liquid cooling loops, and custom BIOS tuning.
Strong global partnerships across 850+ supply chain vendors covering tier-1 CPU, GPU, memory module, and storage drive manufacturers.
In the past year alone, NexaGPU successfully developed and launched 85 new product models, spanning enterprise database rack units, AI training systems, and high-density liquid-cooled compute nodes. The company serves major technology sectors across North America, Europe, Southeast Asia, and the Middle East, supporting AI startups, cloud computing providers, financial institutions, and public research centers.
Real-world integration topologies engineered for high-concurrency and strict security requirements.
Workload: Real-time OLTP transaction ledger, fraud detection algorithms.
Hardware Setup: Dual Intel Xeon 4th/5th Gen CPUs with 1.5TB DDR5 RAM, hardware mirrored NVMe SSD array with power-loss protection (PLP) capacitors, low-latency 25GbE/100GbE NICs.
Workload: Processing billions of Call Detail Records (CDR) concurrently.
Hardware Setup: High-density 2U 4-socket configurations featuring 24x 2.5-inch hot-swap SAS/NVMe drive slots, dual redundant 1600W Titanium power units, and IPMI automated failover.
Workload: Vector indexing (Milvus, Pgvector) with local LLM (DeepSeek 671B / 70B models).
Hardware Setup: Hybrid database nodes combining high-core CPU sockets with multi-GPU expandability (PCIe Gen 5 slots) and NVMe drive banks for lightning-fast vector lookup.
Ensuring frictionless international deployment through stringent international certifications and on-site support.
Deploying server infrastructure across global jurisdictions requires adherence to rigorous safety, electromagnetic compatibility, and environmental regulations. NexaGPU server chassis and full systems undergo comprehensive certification audits before worldwide dispatch:
Pioneering innovations in memory pooling, high-speed fabrics, and AI-driven thermal optimization.
As dataset sizes expand exponentially and real-time demands increase, server architecture undergoes continuous evolution. Our R&D department focuses on incorporating pioneering tech specifications into upcoming OEM chassis platforms:
Compute Express Link 3.0 allows multiple database server nodes to share a unified disaggregated pool of memory, dramatically reducing RAM costs while enabling petabyte-scale in-memory databases.
Doubling I/O bandwidth up to 64 GT/s per lane, eliminating bus bottlenecks between host CPUs, NVMe SSD arrays, and external hardware storage accelerators.
Next-gen BMC chips integrated with machine learning models that analyze fan vibration, voltage fluctuations, and memory bit-correct errors to predict hardware failure days before it occurs.
High-reliability rackmount units, 4-socket database engines, and NVMe expansion systems available for OEM/ODM ordering.
Expert answers regarding Minimum Order Quantities (MOQ), custom BIOS, thermal engineering, and international delivery schedules.
For standard custom logo silkscreen branding and minor chassis modifications, our MOQ starts at 5 to 10 units. For fully customized motherboard ODM engineering and proprietary chassis stamping, MOQ options begin at 50 units. We also provide sample evaluation prototypes for testing.
Vector databases demand ultra-high memory bandwidth and fast linear algebra computation. We engineer specialized hybrid server nodes featuring high-channel DDR5 configuration combined with direct NVMe drive access (PCIe Gen 5) and auxiliary GPU expansion bays, ensuring sub-10ms vector search latency for AI applications.
Yes. Our dedicated software R&D engineering team (120+ engineers) provides full white-label customization. This includes adding your corporate branding to the System BIOS splash screen, customized boot flags, specialized Fan Speed Control profiles, and white-label OpenBMC dashboard skins.
Every server system undergoes a multi-stage validation program: 100% component pin integrity inspection, 72-hour thermal chamber stress burn-in test at maximum CPU/GPU TDP load, high-frequency IOPS storage error checking, and shock/vibration packaging testing prior to global export shipping.
We provide both air-assisted liquid cooling (AALC) closed-loop kits and manifold-connected Direct-to-Chip (D2C) liquid cooling plates. Liquid cooling allows servers to operate at higher sustained CPU boost clocks without thermal throttling, while simultaneously lowering data center Power Usage Effectiveness (PUE).
Standard OEM server builds utilizing stocked components typically ship within 7 to 14 business days. Specialized ODM orders requiring chassis manufacturing, custom backplane PCB fabrication, and full certification testing typically require 4 to 6 weeks from final prototype validation.
