Bexora
Bexora
Direct access to tier-1 enterprise servers, network infrastructure, storage hubs, and computational accelerators optimized for modern high-performance cloud operations.
As a leading professional AI GPU server and high-performance computing (HPC) infrastructure manufacturer based in China, Bexora AI Systems (China) Co., Ltd. designs, validates, and deploys hyper-scalable compute fabrics globally.
Backed by an engineering core of 160 R&D professionals, we specialize in high-density multi-GPU topologies, custom structural chassis fabrication, and signal integrity layout optimization. Over the last fiscal year, our engineering hub released and iterated over 120 architectural models, satisfying evolving demands for generative AI processing and HPC clusters.
Our quality assurance framework consists of a dedicated 45-professional QC department. We execute 100% full board inspection along with random reliability sampling. Our baseline methods feature automated optical inspection (AOI), high-temperature environmental burn-in stress runs, thermal dynamic cycle runs, and full-system artificial intelligence workloads simulation.
We leverage a coordinated network of 860 key supply chain partners across mainland China. This proximity enables immediate components sourcing—ranging from advanced silicon assemblies, complex multi-layer PCBs, high-efficiency heat exchangers, to high-reliability smart power units (PDU)—guaranteeing consistent factory lead times.
China's technological manufacturing cluster in Pearl River Delta & Yangtze Delta regions has evolved from basic component assembly to leading high-end structural engineering for cloud services and AI computing hubs.
China houses the entire technological chain for data center development. Chassis stamping, precision injection moulding, multilayer high-frequency motherboard routing, passive capacitors, copper heatpipes, and fiber transceivers are produced in close geographical proximity. This hyper-dense ecosystem allows companies like Bexora to rapidly engineer high-performance systems and build physical prototypes in days rather than months.
Through economies of scale and advanced assembly automation, Chinese manufacturers offer competitive price-to-performance metrics. This enables international enterprise clients, hyper-scale cloud developers, and AI startups to expand their capital expenditure (CapEx) resources, achieving greater flops per dollar spent on servers, racks, and cooling loops.
Leading Chinese facilities are deeply familiar with international frameworks including OCP (Open Compute Project), Open19, and typical EIA 19-inch racks. Whether a hyperscaler requires custom BIOS configurations, proprietary BMC code bases, specialized liquid cooling manifolds, or localized GPU topologies, manufacturers offer high-precision engineering services at low minimum-order thresholds.
Data center infrastructure architectures are undergoing critical changes driven by modern high-density workloads, AI models like DeepSeek, and strict ecological requirements.
As high-end AI servers breach 1000W per accelerator socket, traditional forced air cooling systems are reaching physical thermal limits. The industry is rapidly adopting Direct-to-Chip (D2C) liquid cooling plates and immersion cooling units to drop Power Usage Effectiveness (PUE) below 1.15.
To eliminate inter-component communication bottlenecks, current generation motherboards utilize PCIe Gen 5.0 buses, allowing bandwidth of up to 128 GB/s on x16 links. This is critical for connecting ultra-fast NVMe storage, specialized AI accelerators, and 400G/800G smart interface controllers (SmartNICs).
Enterprise infrastructure requires balanced storage hierarchies. System builders are integrating dense EDSFF (Enterprise & Datacenter Storage Form Factor) drives like E1.S and E3.S, maximizing read/write performance per rack unit (RU) while decreasing overall heat output.
Customized system architectures configured for key operational deployments, from enterprise resource management to massive AI clusters.
Training large language models (LLMs) requires resilient GPU interlinks, extreme cooling dissipation, and dynamic power distribution. Our xFusion server variants, combined with custom multi-socket motherboards, provide high-capacity PCIe and NVLink connectivity. This enables high communication speeds between cluster nodes, minimizing processing delay during distributed AI computing tasks.
AI & Deep Learning workloadsMulti-Socket Intel Xeon / AMD EPYC + High-density Liquid Cooling + NVMe PCIe 5.0 SSD storage layers.
Advantage: Stable performance under prolonged 100% computational load.
Modern virtualization environments require dense storage setups. Incorporating advanced tri-mode Broadcom RAID controller units (e.g., LSI 9560 series) allows enterprises to manage SAS, SATA, and NVMe drives over a unified controller. These configurations provide low data read times and robust parity protection for mission-critical databases and web services.
Virtualization & Enterprise Database2U Chassis, Tri-Mode SAS/SATA/NVMe RAID controllers with flash-backed write cache module.
Advantage: Exceptional I/O performance and data security.
Scale your operational capacity with high-density server configurations, CPU modules, and high-speed core switches.
Acquiring high-density compute systems and network devices from China demands strict attention to global logistics, system certification, and validation frameworks.
Ensure hardware matches regional directives: CE (Europe), FCC (North America), VCCI (Japan), and RoHS environmental standards. Bexora certifies its server configurations to comply with international regulations, minimizing customs import hurdles.
Multi-socket GPU platforms require secure packaging. Standard exports use custom double-wall cardboard, anti-static moisture-resistant wraps, and molded EPE protective layers to shield motherboards and power units from vibration during shipping.
Verify options for factory testing. Bexora conducts extensive pre-delivery validation, providing customers with comprehensive log reports detailing system voltages, thermal measurements, PXE firmware versions, and storage array checks before shipping.
A look at our production floor, including our SMT placement area, quality testing laboratory, and temperature-controlled burn-in rooms.
Find answers to common questions about server configurations, factory tests, custom designs, and international logistics support.
We carry out a 100% full inspection regime on all systems. This is managed by our 45-person QC team and includes: Automated Optical Inspection (AOI) to verify component placement, a 24-72 hour high-temperature burn-in phase to detect early silicon issues, thermal stress cycling to check board connections, and full AI system workload emulation (such as DeepSeek or LLaMA processing runs) to confirm stability under maximum load.
Yes. We provide complete OEM/ODM options. Our 160 R&D engineers can design custom server chassis configurations, integrate liquid-cooling loops, adapt BIOS and BMC settings, and tailor power distribution units to match your specific rack requirements. We also offer custom labeling and packaging to suit your brand identity.
We partner with over 860 domestic and global supply chain providers. This allows us to source verified memory chips, high-speed controller logic, server chassis metal, and cooling hardware. When you place a custom order, we coordinate with these partners to secure components and maintain predictable build timelines.
Lead times depend on order size and custom design needs. Standard rack configurations (like the 1U/2U xFusion or Dell models) generally ship within 2 to 4 weeks. Larger custom ODM projects that need specialized chassis designs or unique liquid-cooling setups typically take 6 to 8 weeks, including full validation testing before shipment.
All our servers follow standard EIA 19-inch cabinet designs. We configure our redundant power supplies (ranging from 900W up to 2000W+ models) to run on standard high-voltage data center lines (e.g., 200-240V AC or High-Voltage DC systems). This makes our hardware ready to install in data centers worldwide.
We supply firmware updates (including BIOS patches and BMC security fixes) to help keep your systems updated and secure. For warranty coverage, we offer technical diagnostic support and ship replacement parts (like fans, power supplies, memory, and PCIe cards) via express courier to help minimize server downtime.
