Korvion
Korvion
Engineered bare-metal appliances, storage arrays, and network cards optimized for heavy transaction throughput and low-latency database queries.
Founded in 2017, Korvion Technology Co., Ltd. is a leading manufacturer specializing in high-performance computing (HPC) nodes, AI GPU clusters, and custom bare-metal architectures tailored for advanced Database Management Systems (DBMS). Headquartered in Shenzhen, China, we operate state-of-the-art production environments dedicated to complex hardware-software integration.
With 15 years of industry experience and over 9 years of export expertise, we bridge the gap between high-level database engines (SQL, NoSQL, Vector DBs) and physical silicon performance. Our hardware platforms are designed to run low-latency applications with optimized resource allocations, mitigating critical CPU and I/O bottlenecks.
Unlocking maximum performance from advanced database systems by resolving structural bottlenecks at the CPU, Memory, and PCIe bus levels.
Modern Relational and NoSQL databases require extreme Input/Output Operations Per Second (IOPS). Our custom OEM servers utilize PCIe Gen 5.0 and NVMe over Fabrics (NVMe-oF) pathways, bypassing standard SAS/SATA performance limits to drastically reduce write-amplification indices and latency for high-concurrency log writer processes.
In-memory database engines (such as Redis, SAP HANA, and Memcached) demand high capacity and error-free execution. We engineer OEM servers with multi-channel DDR4/DDR5 ECC RDIMMs, minimizing memory-bus contention, handling single-bit errors dynamically, and maintaining maximum throughput during extensive table scans.
High compute density results in high thermal generation. Our integration of liquid-to-air cooling systems, high-efficiency heatsinks, and smart fan speed algorithms ensures that CPUs and NVMe drives operate below critical throttling temperatures, preserving system longevity and hardware stability.
Deploying OEM hardware platforms globally requires adherence to rigorous regulatory guidelines, safety checks, and data privacy structures. Korvion optimizes database platforms to support regulatory compliance standards from the hardware layer upward.
Whether you require physical Trusted Platform Modules (TPM 2.0) for cryptographic security, hardware-level encryption (SED NVMe drives), or secure boot policies to prevent firmware-level intrusion, our R&D engineering team designs these capabilities directly into the hardware configuration.
Harnessing the strategic manufacturing efficiencies of Shenzhen, China, to deliver high-quality components, rapid hardware assembly, and stable lead times.
Our strategic location in Shenzhen allows us to source structural chassis variants, customized drive caddies, and customized PCB designs with exceptionally short turnarounds. We transition custom concepts to operational prototypes in weeks, compared to months in other regions.
By leveraging deep partnerships with over 1,250 component vendors, we secure stable access to controllers, HBA modules, custom network cards, and dynamic processing units. This buying power ensures competitive pricing and mitigation of supply-chain shortages.
Every server leaving our facility undergoes automated electrical verification, multi-hour temperature stress tests, vibration compliance analysis, and software stability benchmarking under simulated workloads to ensure it meets our strict hardware standards.
As data structures expand, database appliances are shifting from generalized computing boxes to highly specialized, hardware-accelerated platforms.
The rise of Large Language Models (LLMs) and semantic search requires hardware-accelerated Vector Database systems (e.g., Milvus, Pinecone, Qdrant). We integrate PCIe GPU accelerators and dedicated FPGA engines to manage multi-dimensional vector similarity index computations with minimal CPU utilization.
Real-time analytics in smart cities, automated manufacturing, and distributed telecommunications call for database computing at the edge. We design compact, ruggedized, and low-latency servers optimized for high-vibration environments, providing localized data ingestion without reliance on centralized cloud nodes.
Compute Express Link (CXL) is redefining memory virtualization. Next-generation Korvion OEM database systems adopt CXL architectures, allowing CPU nodes to access vast pools of shared memory dynamically, removing physical storage write penalties from in-memory processing structures.
Where our custom OEM database hardware configurations deliver superior operational reliability and performance.
Optimized for processing heavy, multi-million table relational databases (PostgreSQL, Oracle, SQL Server) with low latency. High Core-count CPUs and high-cache RAID array cards keep transactional operations running smoothly.
Designed for banking systems where every millisecond affects compliance and throughput. Incorporates redundant 32Gb/s SFP28 Fibre Channel HBA cards and dual power supplies to maintain continuous system availability.
Engineered for Hadoop, Spark, and big-data NoSQL configurations requiring deep, multi-terabyte caching drives. Our multi-bay storage servers allow scaling out capacities efficiently without physical rack footprint inflation.
Direct answers to technical queries, OEM processes, manufacturing capacities, and hardware customization details.
We offer comprehensive BIOS/UEFI tailoring, including custom splash screens, secure boot configuration, customized cooling fan curves, default performance states optimized for low-latency database queries, and custom IPMI/BMC baseboard management controller firmware to ensure compatibility with your host operating system.
Our ISO 9001 certified QA procedures include dynamic incoming quality control (IQC) for processors, RAM, and drive components, followed by an intensive 24 to 72-hour thermal stress burn-in process. This identifies infant mortality rates in microchips, ensuring only stable hardware is shipped.
Yes, we provide full ODM chassis customization. This includes custom silkscreen printing of logos on the outer casing, color changes for drive latches, custom bezel design, customized packaging, and optimized rack rails suited to specific data center requirements.
We maintain open communication with clients. We only source parts from certified first-tier suppliers and provide alternative options for approval before swapping any components. We run full verification tests on any alternate parts to ensure they meet performance specifications.
Yes, we support both custom closed-loop liquid-cooling systems and cold-plate designs. This allows high-density multi-socket servers to run efficiently without thermal throttling, even in warm data center environments.
We support the integration of physical TPM 2.0 modules, secure boot configurations, customized BIOS passwords, and SED (Self-Encrypting Drive) controller provisioning. This secures data at the hardware level, helping systems meet strict compliance standards.
Inside Korvion Technology: Specialized production floor, server diagnostic rigs, and design centers in Shenzhen.
Explore high-capacity enterprise components, GPU acceleration nodes, and storage hardware modules.
