Borevo
Borevo
Fully configured 1U and 2U rack servers equipped with high-throughput network adapters, optimized for large-scale DeepSeek modeling and AI pipeline training.
Sydney has rapidly transitioned into the primary cloud and AI computing capital of the Southern Hemisphere. Major data center corridors across Western Sydney (Eastern Creek, Horsley Park) and North Sydney (Macquarie Park) are seeing monumental capacity upgrades. Consequently, the demand for enterprise-grade AI GPU Servers is rising rapidly.
Borevo AI Infrastructure addresses this local demand by exporting top-tier, bare-metal server chassis, system integration nodes, and custom liquid cooling systems designed to survive Australian hot summers while optimizing overall PUE (Power Usage Effectiveness).
Our solutions directly interface with local enterprises looking to maintain sovereign control over their sensitive data under the Australian Privacy Principles (APP) and APRA CPS 234 guidelines, avoiding performance delays caused by overseas cloud round-tripping.
From the corporate offices of Martin Place to remote field exploration sites, AI servers are changing the way Australian enterprises operate.
Sydney’s banking and fintech sectors utilize our low-latency servers to calculate complex financial risk profiles and run live algorithmic trading models, ensuring execution speeds that match global markets.
Major Australian resource companies manage operations from remote operational hubs in Sydney. High-performance GPU nodes process live LiDAR and geological feeds to guide unmanned machinery in real time.
Sydney's research universities (including UNSW and USYD) rely on multi-socket GPU clusters for molecular docking simulation, genomics sequencing analysis, and localized environmental modeling projects.
High-efficiency compute systems equipped with redundant power distribution, built to sustain multi-day AI workloads without throttling.
A dedicated manufacturer of high-performance computing hardware and enterprise-level artificial intelligence systems.
Our hardware production process incorporates multi-layer automated optical inspection (AOI), high-temperature aging chambers, and strict thermal validation routines to eliminate early-stage component failures. Our quality system ensures every GPU server behaves reliably under prolonged compute stress.
By managing strategic partnerships with over 850 verified component providers across the global semiconductor supply chain, we secure consistent pricing and steady component access, mitigating risks associated with component shortages.
Sourcing hardware for Australian data centers requires careful consideration of global lead times and transportation logistics. Operating within China's main hardware manufacturing ecosystem, Borevo bypasses traditional supply obstacles by leveraging local access to major raw component supplies, metal stampers, and specialized PCB printing hubs.
We coordinate secure, direct shipping channels from our manufacturing hub straight to Sydney's primary distribution gateways. Whether moving individual multi-GPU server nodes by air to Sydney Airport (SYD) or bulk shipments through Port Botany, our logistics process guarantees full shipment tracking and safe transport container packaging.
Furthermore, all custom hardware builds are packed in heavy-duty, double-walled foam cases designed to absorb transport vibrations, ensuring servers arrive fully aligned and ready for rack installation.
Direct proximity to major parts suppliers helps cut production lead times down from several months to a few weeks, even for specialized customized setups.
Complete preparation of all necessary import documents, HS code categorization, and tariff clearances to prevent customs holds at Australian entry ports.
Servers can be shipped with customer-specified IP addresses, custom remote control configurations, and pre-integrated hypervisor templates for immediate installation.
Explore our full line of rack systems designed for parallel processing, massive storage arrays, and high-performance computing.
Operating computational hardware within Australia requires adherence to local electrical safety and electromagnetic compatibility standards. All GPU platforms exported by Borevo AI Infrastructure are designed to support local regulatory compliance pathways.
Our engineering division designs setups to align with the Regulatory Compliance Mark (RCM) requirements, covering AS/NZS CISPR 32 (electromagnetic compatibility) and AS/NZS 62368.1 (electrical safety). This alignment ensures that our hardware integrates smoothly into Australian commercial facilities and public institutional spaces.
To support localized deployments, we maintain partnerships with system integration technicians based in Sydney and Melbourne. This allows us to offer remote out-of-band management support along with fast replacements for critical server parts like power supply units (PSUs), cooling fans, and memory modules, minimizing downtime for your workloads.
Preparing computational infrastructure for next-generation AI models and rising data center power densities.
As average GPU power requirements exceed 700 watts, air cooling faces physical limits. Our future server chassis design supports direct-to-chip liquid cooling setups, helping facilities lower their cooling costs.
Our board engineering team is developing system configurations optimized for PCIe Gen6 and CXL 3.0, aimed at minimizing latency and maximizing memory sharing speeds between CPUs and GPUs.
We configure our system platforms to support large open-source models, verifying that the integrated storage, memory, and network components deliver high throughput for complex AI inferencing.
Detailed answers regarding configuration capabilities, thermal properties, delivery procedures, and support options for the Australian market.
Our server architectures are built to accommodate both standard PCIe expansion card configurations and high-speed multi-GPU modules. We construct customized baseboards with high-quality PCIe switches that allow users to select their preferred board layout. This flexibility enables configurations to be optimized for either low-latency card-to-card communication or maximum connection pathways back to the host CPUs, matching the requirements of different deep learning workloads.
Borevo server chassis and electrical subsystems undergo testing at accredited facilities to verify compliance with local electromagnetic emission limits (AS/NZS CISPR 32) and low-voltage electrical safety requirements (AS/NZS 62368.1). Compliance documentation, including test reports and certifications, is maintained for our system lines and can be provided to customers during the planning stage of their project.
Lead times are determined by the complexity of the custom order and component availability. Standard bare-metal server chassis can typically be dispatched within 10 to 15 working days. Fully assembled, customized servers requiring extensive system testing generally ship within 4 to 6 weeks. Air freight delivery to Sydney Airport (SYD) takes approximately 5 to 7 days, while sea freight transport to Port Botany averages 18 to 25 days.
Yes, many of our 2U and 4U rackmount servers can be modified to support direct-to-chip liquid loops. We collaborate with liquid cooling system suppliers to provide compatible cold plates, manifolds, and leak-free quick-disconnect couplings. This allows our servers to integrate into existing data center water loops, supporting efficient heat management in high-density rack configurations.
While we handle design and manufacturing at our facility, we cooperate with qualified network engineers and IT contractors across Sydney, Melbourne, and Brisbane. These partners assist with tasks such as rack mounting, power hookup, and initial out-of-band management configuration. Additionally, our engineering team in China remains available to provide remote support during deployment.
Yes, customized OEM and ODM projects are a core part of our manufacturing services. Our in-house engineering team can adjust metal chassis designs, customize front panel layouts, modify drive cage arrangements, and write custom BMC firmware to align the hardware with your software platform or brand guidelines.
Consult with our system design engineers to define your processor configurations, memory allocations, and cooling layouts. Receive a detailed proposal within 2 business days.
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