Borevo
Borevo
Enterprise-class infrastructure designed to work in synergy with high-capacity rack-level power distribution architectures.
A B2B White Paper on Next-Generation Rack Power Architectures & Advanced Manufacturing Capabilities
As deep learning, LLMs (Large Language Models), and complex neural networks transform global business landscapes, modern data centers are evolving rapidly. Traditional server racks previously averaged 5kW to 10kW of power consumption. Today, high-density AI clusters packed with advanced GPU arrays regularly push rack power demands beyond 30kW to 100kW per rack.
This massive paradigm shift requires more than standard electrical outlets; it demands intelligently managed, responsive, and robust Power Distribution Units (PDUs). At Borevo AI Infrastructure (China) Co., Ltd., we combine GPU systems integration knowledge with precision power topology. This background ensures our critical power products mitigate spikes, protect components, and allow real-time power metric tracing.
Established in 2018, Borevo AI Infrastructure has built a specialized ecosystem for complex computing hardware. We leverage our deep systems knowledge to design and supply robust power infrastructure tailored for mission-critical computing hardware globally.
With an expansive 18,600 ㎡ production facility, a powerful team of 180 R&D Engineers, and a strict QC department staffed by 45 dedicated quality controllers, we maintain full process-level ownership. Our annual export revenue has reached USD 18 million, shipping optimized AI hardware configurations to partners across North America, Europe, and Southeast Asia.
How intelligent PDU design addresses the dynamic evolution of hyperscale power demands.
Integrating wide-bandgap semiconductors in modular PDU components reduces internal thermal loss, allowing more efficient footprints and reliable performance up to 60°C ambient temperatures inside the rack hot aisle.
Future-ready intelligent PDUs feature field-replaceable network monitoring modules. Upgrading communications (from SNMP v2 to SNMP v3 or Modbus TCP) does not require scheduled power shutdowns or physical rack changes.
Modern three-phase PDU designs analyze load distribution in real-time. Automated alerts notify datacenter operators when phases become unbalanced, mitigating neutral wire overheating risks.
Borevo's current research roadmap targets the physical constraints of rack structures. Working closely with modern liquid cooling initiatives, we are designing hybrid power and cooling rack backplanes. These integrations optimize vertical space efficiency while simplifying complex cable routing for multi-kilowatt rack servers.
Engineered power configurations engineered specifically for specialized market verticals.
Hyperscale facilities require extremely high current ratings (63A 3-Phase, 400V) and busway integrations. We design high-density busway solutions and smart rack PDUs featuring C13 and C19 lockable outlets to prevent accidental downtime from loosened server power cables during routine maintenance.
GPU servers operate with dynamic load steps, swinging from idle to peak draws of 2000W+ in microseconds. Our AI-focused configurations feature hydraulic-magnetic circuit breakers. Unlike thermal-magnetic breakers, they do not de-rate under high temperature and handle brief high-inrush currents without nuisance tripping.
Inside Borevo's 18,600 ㎡ manufacturing facility, where raw material precision meets advanced automated inspection.
Our factory utilizes advanced automation alongside strict quality control (QC) procedures to build high-performance infrastructure components. By employing Automated Optical Inspection (AOI) for PCB assemblies, in-circuit testing (ICT), and 100% burn-in testing under thermal load, we verify that every critical component leaves our line ready for high-temperature server rack environments.
With strategic sourcing from approximately 850 component partners, we mitigate supply chain volatility. Our direct access to copper sheet manufacturing, industrial relays, socket molding, and custom sheet metal fabrication gives global clients two key benefits: competitive pricing and short lead times for high-volume custom production runs.
Ensuring absolute compliance across international borders and localized field requirements.
Our manufacturing and engineering designs comply with UL 62368-1, IEC 60950-1, CE, CCC, and RoHS certifications. We perform insulation resistance, ground continuity, and high-potential (Hi-pot) testing on every system before shipment.
Understanding regional configuration discrepancies, we design custom power rails supporting mixed outputs (IEC C13/C19 along with NEMA configuration options), accommodating varying regional socket needs.
We work with international logistics providers to coordinate door-to-port DDP shipping processes, minimizing import tariff delays and clearing regulatory hurdles in North America and Western Europe.
A B2B guide for infrastructure procurement leads and datacenter engineering directors.
B2B procurement agents face a major challenge: balancing long-term reliability with tight project schedules. Selecting a qualified Chinese manufacturing partner involves assessing several operational criteria:
Expert answers to crucial technical questions regarding rack PDU selection and deployment.
Basic PDUs distribute power reliably but lack communication interfaces. Metered PDUs display load data locally on LED screens, helping to prevent circuit overloads. Switched Intelligent PDUs add remote control, allowing network administrators to monitor power metrics over IP and turn individual outlets on or off to reboot frozen equipment.
High-density GPU nodes draw power in rapid, dynamic steps. This behavior requires PDUs with heavy-duty busbars, hydraulic-magnetic circuit breakers, and specialized branch circuit protection. These components prevent false trips and ensure steady operation during sudden server activity spikes.
Borevo provides extensive customization, including modified metal housings, custom input cord lengths, mixed outlet configurations (C13, C15, C19, C21), custom colors for easy phase identification, and firmware integration to align with your DCIM software.
Our 45-person QC team monitors the entire production process. Every unit undergoes automated optical inspection (AOI), insulation resistance tests, ground bonding verification, and a full load burn-in run inside our thermal chambers to ensure long-term reliability.
Enterprise infrastructure components requiring steady, reliable power delivery and intelligent monitoring.
