Borevo
Borevo
Explore our elite portfolio of high-density AI servers configured for intense model training, LLM fine-tuning, and robust storage networks.
Driving next-generation high-density GPU computing for data centers globally.
Borevo AI Infrastructure (China) Co., Ltd. is a premier specialized AI GPU manufacturer and computing system integrator. Based on a legacy of 12 years of industry experience and 7 years of global export presence, we design, configure, test, and ship optimized heterogeneous servers configured to handle the most demanding contemporary datasets. Whether you are setting up clusters for LLM training (such as DeepSeek-R1 configurations), deploying hybrid virtualization environments, or provisioning local private clouds, Borevo delivers custom hardware with unmatched thermal and data throughput capabilities.
Optimizing custom PCBs, PCIe Gen 5 routing, and high-frequency interconnect architectures for high TDP GPUs.
Our alliance with over 850 strategic partners ensures continuous supply of semiconductors, memory, and cooling components.
Full design authority over chassis modifications, custom firmware/BIOS parameters, Redfish BMC parameters, and custom cooling setups.
When scaling AI computing clusters, procurement managers face a matrix of risks: long lead times, component incompatibility, and skyrocketing costs. Manufacturing servers within China's advanced industrial ecosystem resolves these issues by co-locating the entire supply chain.
Borevo coordinates over 850 strategic partners to keep assembly lines moving. From the initial high-speed PCB copper-clad laminates to specialized cooling fans and heavy-duty 4U chassis, every component is integrated into a unified logistical flow. This concentration of raw materials and technical assembly capacities shortens deployment times from several months to a few weeks.
Ensuring 99.999% uptime for compute-intensive enterprise workloads.
Strict incoming material inspections (IQC) verify every semiconductor, capacitor, and connector before production begins. Outgoing quality control ensures system level compliance.
Using advanced optical imaging systems to inspect PCB component alignment, soldering contacts, and circuit connectivity, eliminating potential hand-assembly errors.
All servers run continuous high-temperature burn-in tests and thermal stress simulations to guarantee components survive the severe thermal profiles of AI computing.
Deploying high-performance hardware across international borders requires navigating regulatory frameworks and certification standards. For global enterprise clients, compliance is not optional—it is a critical operational parameter.
Borevo guarantees all shipped server models meet localized safety and electrical standards. We design platforms to comply with CE (European Conformity), FCC Class A (United States), RoHS (Restriction of Hazardous Substances), and related environmental regulations.
Hardware must fit into existing software landscapes. Borevo engineers adapt BIOS firmware structures, optimize baseboard management controllers (BMC) to conform with OpenBMC or proprietary management suites, and support both Linux (RHEL, Ubuntu Server) and Windows Server 2025 virtual environments.
How high-density GPU computing is reshaping technology landscapes globally.
Training and running local instances of deep learning platforms, such as DeepSeek-R1 or LLaMA-3.1, requiring high memory bandwidth and rapid GPU interconnects (NVLink/NVSwitch).
Scaling elastic instance classes. Multi-tenant virtual platforms utilize bare-metal rack designs to partition virtual GPUs, delivering optimal throughput for concurrent client workloads.
Industrial visual processing, real-time telemetry rendering, and complex fluid dynamic simulations rely on dual-socket architectures coupled with massive parallel GPU cores.
Essential insights for technology procurers and system architects planning hardware integration.
Our hardware architectures utilize advanced dual-path thermal designs. We employ high-static-pressure cooling fans with intelligent speed curves managed by custom BMC algorithms. For multi-GPU configurations exceeding 350W TDP per module, we offer direct-to-chip (D2C) liquid cooling plates, custom vapor chambers, and optimized air ducts to maintain stable running temperatures during continuous workloads.
Yes, our in-house R&D engineering team (180+ experts) specializes in customizing system BIOS and Baseboard Management Controller (BMC) firmware. We support custom IPMI profiles, Redfish API endpoints, boot graphics customization, and custom security settings (such as disabling USB interfaces or locking down UEFI boot policies) to match security frameworks.
Lead times depend on the GPU model and system layout. Because we manage a robust supply network of 850 strategic partners, we secure core components quicker than standard systems integrators. Standard configurations ship within 2 to 4 weeks. Large clusters requiring customized designs and burn-in testing typically ship within 6 to 8 weeks.
All our enterprise platforms undergo testing in certified third-party testing laboratories. We issue CE, FCC Class A, and RoHS certificates for our designs, ensuring easy customs clearance and full compliance with local regulatory demands in North America, Europe, and Asia.
High-performance enterprise servers, liquid cooling configurations, and premium RAM upgrades for mission-critical operations.
