Borevo
Borevo
High-density rack servers and AI acceleration systems engineered for rapid hyperscale deployment.
The paradigm of global enterprise computing has shifted irreversibly from legacy monolithic hardware to cloud-ready, software-defined infrastructure (SDI). As organizations integrate deep learning models, complex database structures, and dynamic cloud environments, hardware platforms must offer out-of-the-box support for hypervisor ecosystems (such as VMware ESXi, Nutanix, and OpenStack) and container fabrics like Kubernetes.
In today's commercial environment, flexibility is everything. Off-the-shelf standard servers often fail to meet specific power envelopment controls, network interface densities, or specific hardware-level optimization requirements. This mismatch has generated unprecedented global demand for specialized **OEM/ODM Cloud-Ready Infrastructure**. The integration of High-Density Multi-Node configurations, high-throughput storage controllers (like the PCIe Gen 4.0 NVMe Tri-Mode RAID), and low-latency network interface controllers is now standard for hyperscalers and edge operators alike.
A specialized AI GPU manufacturer and server integrator dedicated to delivering high-performance computing hardware and advanced AI infrastructure solutions for global markets.
QC Team: 45 dedicated quality control professionals.
QC Inspections: Full-process quality assurance including raw material checks, in-line assembly monitoring, and thermal burn-in benchmarks.
Testing Protocols: Automated Optical Inspection (AOI), thermal stress cycles, dynamic component validation, and software payload tests.
R&D Team: 180 expert engineers focusing on GPU optimization, BMC security, and custom PCB routing.
New Releases: Developed and released 120 new system designs last year alone.
Capabilities: Heterogeneous computing systems, custom cooling arrays, and optimized BIOS configurations.
Partners: Supported by approximately 850 strategic hardware partners.
Sourcing Stability: Direct relations with major semiconductor, high-layer PCB, logic controller, and active thermal cooling solution providers.
Core Target Market: Primary service footprint covering North America, Europe, and Southeast Asia.
Operating from the industrial technology hub of Shenzhen, China, Borevo AI Infrastructure (China) Co., Ltd. leverages a highly optimized local manufacturing cluster. This ecosystem integrates circuit card assembly (SMT lines), sheet metal fabrication, power supply unit engineering, and system integration within a tight geographical radius. This concentration minimizes logistical lead times and allows rapid prototyping of ODM designs.
By collaborating with over 850 strategic partners, our facility maintains a robust inventory buffer of long-lead electronic components. This setup prevents supply disruptions common in volatile markets, ensuring stable delivery of high-density layouts like the 25-drive bay architectures and advanced NVMe RAID controller cards.
Rapid customization of chassis layout, storage backplane, and BIOS branding within 14 business days from technical approval.
Every server node undergoes 72 hours of uninterrupted high-load burn-in inside thermal chambers to guarantee site survivability upon international deployment.
Explore our advanced SMT lines, automated optical inspection, dynamic thermal burn-in facilities, and custom hardware integration bays.
How modern enterprises utilize customized server architecture to resolve latency, processing bottlenecks, and power density challenges.
Enables cloud service providers to offer instant multi-tenant virtualization. Utilizing high-density rack configurations (such as the 1U/2U dual-socket architectures) with PCIe Gen 4/5 throughput guarantees performance stability under massive I/O loads.
Designed for local networks processing IoT feeds, autonomous driving parameters, or high-security financial transactions. High-density short-depth GPU units allow deep learning models to process datasets locally, avoiding high latency and wide-area data transport costs.
Equipped with robust RAID arrays (e.g., LSI 9560 cards), this scenario supports write-heavy media rendering, genomic sequence mapping, and real-time database transactions. It prevents data corruption and minimizes rebuild times during drive failure events.
As data processing speeds accelerate, hardware development cycles must align with upcoming interface developments. Our R&D division tracks architecture shifts to keep our OEM/ODM clients prepared for next-generation performance requirements.
Expanding standard support for PCIe Gen 5.0 interfaces across all customized motherboards to double data rates between CPUs and accelerators.
Integrating closed-loop cold plate liquid systems directly into 1U and 2U multi-node chassis to manage processors with thermal envelopes exceeding 350W.
Embedding sovereign firmware encryption, Root of Trust (RoT) architecture, and secure boot profiles directly at the PCB production phase.
The major bottleneck for future data centers is not CPU core limits, but thermal management. Standard data centers run at a global average Power Usage Effectiveness (PUE) of 1.58.
By engineering servers specifically for high-temp environment tolerance and designing optimal airflow paths, Borevo ODM solutions allow facilities to run safely at higher ambient temperatures. This change reduces refrigeration power consumption, lowering PUE towards a target threshold of 1.25.
Ensuring hardware is certified, securely configured, and optimized for smooth customs entry across major jurisdictions.
All hardware systems are certified to meet international regulations, including CE, FCC, UL, and RoHS directives. Pre-shipment electromagnetic compatibility (EMC) testing ensures interference-free operation under maximum compute loads.
We supply customized BIOS and BMC settings to resolve local data protection and networking requirements. Systems can be configured with specialized telemetry modules to fit custom orchestration layers.
We handle complex import/export documentation, custom tariffs, and secure shipping configurations. Every system ships in custom drop-tested packaging designed to prevent physical transit stress.
Scalable processing units, storage controllers, and high-performance interconnects designed for modern rack-scale systems.
Frequently asked technical and operational questions regarding custom server manufacturing and deployment.
A cloud-ready platform is engineered for rapid virtualization, dense multi-tenant container hosting, and remote orchestration. It features pre-configured BIOS configurations optimized for virtualization workloads, robust IPMI/BMC controller systems for secure lights-out management, and scalable high-bandwidth interfaces. This architecture allows fast setup within major cloud hypervisors and modern microservice frameworks.
We adapt server configurations based on target workloads. For AI inference and training, we adjust PCB traces for high-throughput PCIe Gen 4.0/5.0 signals and optimize internal air channels to support massive GPU configurations. Additionally, we write custom BMC telemetry scripts that allow data center operators to monitor power draw and temperature readings directly from their central dashboard.
We offer modular support plans tailored to the client's localized structure. Standard exports include a comprehensive 3-year hardware warranty, with advance component replacement options. Our technical support engineering team is available remotely to assist client systems administrators with bios upgrades, board diagnosis, and hardware troubleshooting.
The Broadcom MegaRAID 9560 series provides exceptional flexibility by supporting SAS, SATA, and NVMe drives on a single controller interface. This Tri-Mode capability allows developers to combine low-cost SATA storage drives for general storage with fast NVMe drives for transaction logging on the same backplane. This reduces system cost while maximizing performance.