Korvion
Korvion
Deploy enterprise-grade compute power, flexible GPU accelerators, and hyper-reliable storage systems optimized for modern deep learning workloads.
As generative artificial intelligence (AI), large language models (LLMs like DeepSeek R1 and Llama 3), and complex molecular dynamics simulations demand unprecedented computational scale, traditional 1U and 2U rack form factors encounter severe spatial, power, and thermal management bottlenecks. The industry-standard 6U Rack Server has emerged as the definitive solution for high-density GPU deployment, offering an optimal balance of airflow, multi-phase power regulation, expansion capability, and structural rigidity.
6U rack enclosures accommodate up to 8x or 10x dual-slot PCIe Gen5/Gen6 accelerators or full SXM5/OAM high-speed interconnect modules, enabling high-performance intra-chassis direct communication pathways.
By offering an expanded vertical clearance, 6U designs maximize volume for large copper heat pipes, low-resistance aluminum fins, and dual-rotor high-static pressure fans, supporting power draws exceeding 6000W.
Provides ample space for front-loading hot-swappable EDSFF/U.2 NVMe drives, dual multi-gigabit smartNICs, hardware RAID controllers, and redundant CRPS power units without choking baseline chassis components.
Founded in 2017, Korvion Technology Co., Ltd. is a leading manufacturer and turnkey solution provider specializing in AI GPU servers, high-performance computing (HPC) systems, GPU cluster architectures, and advanced data center infrastructure. Headquartered in the technology hub of Shenzhen, China, the company operates a specialized production facility covering 385 square meters dedicated to precise server assembly, staging, custom cabling, and thermal validation.
Leveraging over 9 years of global export experience and a team possessing 15 years of industry-wide server architecture expertise, Korvion delivers highly reliable and customizable hardware frameworks designed specifically for enterprise clients requiring compute density at scale.
We manage an annual export volume exceeding USD 18 million. This scale is underpinned by our extensive, resilient network of more than 1,250 qualified supply chain partners, guaranteeing continuous access to Tier-1 processors, memory, storage modules, and semiconductor controllers even during volatile market conditions.
Korvion’s manufacturing facility in Shenzhen utilizes advanced automation, smart resource planning, and deep horizontal integration to deliver structural cost advantages and rapid turnaround times for global buyers.
By maintaining direct CAD-to-CNC linkages with sheet metal tooling centers in our local supply ecosystem, custom chassis revisions for 6U models can be conceptualized, structural simulated, and physically prototype-fabricated within 10 business days.
A specialized assembly workflow monitored by 56 dedicated quality control professionals performs a series of comprehensive testing sequences: incoming materials scanning, high-pot testing, dual-socket processor socket analysis, and long-term diagnostic execution.
Our expansive relationship network with semiconductor distribution hubs, bare-metal motherboard fabricators, and active thermal management specialists ensures cost mitigation and predictable component sourcing, shielding our clients from delays.
Developing next-generation compute infrastructure requires balancing raw power with system efficiency. The Korvion R&D department—comprising 128 expert hardware and software engineers—focuses on engineering paths that anticipate workload evolution.
Deployment of specialized direct-to-chip (D2C) cold plates paired with localized secondary heat exchangers within the 6U footprint, supporting thermal envelopes of up to 700W per GPU without requiring complete data center retrofitting.
Designing advanced high-frequency trace routing on 20+ layer PCBs to support 64 GT/s signaling rates, combined with Compute Express Link (CXL) technologies for unified memory pooling between hosts and massive hardware accelerators.
Transitioning chassis power architecture from traditional 12V distribution schemes to localized 48V layouts, reducing resistive losses (I²R) by up to 16 times and increasing overall power distribution efficiency across 6U multi-GPU nodes.
How our custom OEM/ODM architectures drive compute efficiency across critical enterprise applications globally.
By combining PCIe switch fabrics with 6U space dynamics, our systems facilitate native, non-blocking GPU-to-GPU pathways, minimizing interconnect latency for complex models like DeepSeek-R1 and Llama architectures.
Modular drawer configurations in 6U systems enable hyperscale operators to slide assemblies out for rapid servicing, dramatically lowering Mean Time to Repair (MTTR) in dense cloud installations.
Providing the computational capacity to host dual-socket AMD EPYC or Intel Xeon scalable chipsets alongside high-bandwidth RAM architectures for particle tracking, weather forecasting, and genetic modeling.
Korvion ensures that customized OEM/ODM platforms conform to localized technical expectations, electrical requirements, and regional certifications.
Under our strict ISO 9001 framework, every server undergo a mandatory 72-hour continuous diagnostic validation. This includes high-temperature chamber testing (up to 40°C environment simulation), cycling CPU and GPU stress routines, NVMe write-integrity verification, and BMC functional validation.
To streamline global integration, all custom builds are verified for export compliance and carry relevant documentation: CE, FCC, RoHS, and UL listings where required. Hardware chassis structures undergo EMI/EMC shielding verification to prevent cross-frequency interference in multi-rack data halls.
Our services extend beyond system assembly. We supply deep integration blueprints, direct firmware configuration profiles (customized BIOS, BMC profiles), and dedicated logistical coordination for complex cross-border deliveries.
| Quality Validation Phase | Inspection Criteria & Methodology | Target Objective |
|---|---|---|
| IQC (Incoming Material Inspection) | Microscopic PCB solder inspection, component tracing, and dynamic RAM pre-testing. | Zero defect rate on bare board integrations. |
| Burn-In Diagnostics | High-stress computational workloads cycled continuously at high ambient thermal thresholds. | Elimination of early component infant mortality. |
| Thermal Mapping | FLIR thermal imaging to evaluate temperature distribution across voltage regulators & accelerators. | Preventing hotspot formation in high-density areas. |
| Final Stability Validation | Simulated customer system loading using containerized Linux kernels and storage read-write loops. | Out-of-box operation at delivery destination. |
Aligning structural engineering and factory processes with enterprise sourcing requirements.
For system integrators and hosting providers, we provide extensive custom OEM rebranding. This includes bespoke sheet metal bezels, matching electrostatic paint colors, custom-branded packaging, and custom-compiled BIOS/BMC screens representing your brand.
Enterprise procurement demands consistency. Korvion locks the Bill of Materials (BOM) following design sign-off, ensuring that no active component, capacitor brand, or internal storage controller varies between initial prototyping and eventual mass production runs.
We work alongside data center architects to customize power distribution modules. Whether configuring 3-phase high-voltage power inputs (e.g., 380V/415V AC) or optimizing redundancy configurations (N+N, N+1), we minimize electrical footprint while maximizing safety.
Our systems integrate standard ASPEED AST2600 baseboard management controllers (BMC) loaded with standard AMI MegaRAC firmware or open-source OpenBMC platforms, supporting easy remote integration using Redfish API, IPMI 2.0, and standard SNMP tools.
Technical details regarding design options, manufacturing capabilities, and export procedures.
Select high-reliability memory modules, enterprise storage, and controller accessories to complete your compute configuration.
