OEM/ODM Colocation Services Exporter & Exporters

In the current technological landscape, traditional off-the-shelf data center structures are no longer sufficient to meet modern performance requirements. As AI workloads, deep learning architectures, and high-frequency transactions expand exponentially, the global infrastructure supply chain must shift from static configurations to highly dynamic, tailormade engineering. This is where OEM/ODM Colocation Services act as a critical link. They provide the necessary bridge between custom silicon/hardware architecture and the structural environments of multi-tenant data center operators.

As a leading OEM/ODM Colocation Services Exporter, we customize physical computing hardware, high-density server rack layouts, network topologies, and thermal management units to match the exact dimensional and electrical standards of global hyperscale hosts. This level of customization allows enterprises to optimize their hardware performance while avoiding the high costs of building proprietary on-premise infrastructure. By customizing the hardware configurations directly at the source, we help companies reduce their Total Cost of Ownership (TCO) and accelerate their deployment speeds.

Addressing Global Enterprise Procurement Challenges

Global IT leaders face a range of challenges when deploying custom physical infrastructure in multi-tenant data centers. Common bottlenecks include mismatching server chassis depths, power distribution units (PDUs) that cannot handle transient GPU power spikes, and fiber optic cabling layouts that restrict airflow. Our design-and-export workflows resolve these issues before the hardware arrives at the loading dock. By using standard OCP (Open Compute Project) form factors alongside customized structural designs, we ensure that every system integrates cleanly into standard 19-inch or 21-inch cabinets. This approach prevents configuration delays, helps control costs, and ensures a smoother setup process.

Modern high-density computing is pushing the limits of traditional air cooling methods. Racks that house high-end GPUs like the NVIDIA RTX 4500/4000 Ada and the Kunlunxin R200-8F XPU can exceed 30kW in power consumption, requiring new approaches to thermal management. Our technical roadmap focuses on integrating liquid-to-air and direct-to-chip (D2C) liquid cooling manifolds directly into our custom server designs. This design work helps colocation operators keep their Power Usage Effectiveness (PUE) below 1.15, even under heavy, continuous processing loads.

Over the next few years, our engineering team is focusing on several key areas:

• Co-packaged Optics (CPO) and 800G Ethernet Integration: Modifying server backplanes to support high-throughput transceivers, helping reduce latency and prevent network bottlenecks in large GPU clusters.
• Intel Xeon Scalable and AMD EPYC Architecture Adaptations: Customizing 1U and 2U server systems, such as the Dell PowerEdge R660, R6625, and R770, to run newer, higher-wattage processors while keeping component layout optimized for clean airflow.
• Intelligent Rack Management Controllers (eRMC): Equipping custom server units with telemetry options that monitor power draws and temps in real time. This data integrates directly with DCIM software to prevent hot spots.
• Sustainable Materials and Recyclable Substrates: In line with ISO 14001 standards, we are working to reduce the carbon footprint of our manufacturing processes. This includes choosing low-loss PCB substrates that generate less heat and using recyclable packaging for international shipments.