Korvion
Korvion
Explore our core engineering configurations engineered for hyperscale colocation systems, deep learning workloads, and mission-critical cloud topologies.
In the era of hyper-scale artificial intelligence models like DeepSeek, standard, one-size-fits-all server infrastructure is rapidly becoming obsolete. For modern organizations hosting their workloads in multi-tenant data centers, Custom OEM Colocation Services bridge the critical gap between raw computing demands and physical facility limitations.
Colocation represents more than just renting space; it demands the deployment of dense, energy-efficient, and thermally optimized hardware that matches specific rack limits, power profiles, and cooling architectures. As a premier OEM/ODM supplier, we customize server chassis depth, power distributions, and cooling loops to align precisely with your colocation provider’s specific tier restrictions and target Power Usage Effectiveness (PUE) metrics.
Whether implementing high-density GPU nodes for deep learning or high-frequency switches for low-latency optical interconnects, our integrated systems are built to withstand 24/7 continuous operation. Our hardware solutions leverage modular chassis designs that permit seamless configuration of high-density CPUs, state-of-the-art PCI-e network cards, and advanced SAN fabric extensions.
Standard enterprise servers lack thermal design flexibility and power optimization controls, leading to high thermal throttling risk in multi-tenant racks and increased cost-per-rack configurations.
Our OEM colocation nodes incorporate highly efficient, 80-Plus Titanium power supplies and dynamic firmware limits that coordinate closely with cold-aisle airflows to slash operational costs.
From North American Tier 4 facilities to regional edge data centers across Southeast Asia and Europe, our custom solutions conform to regional policies, power grids, and spatial demands.
Delivering high-wattage computing platforms (up to 40kW per rack) compatible with direct-to-chip liquid cooling installations. Custom busbar integrations match standard OCP (Open Compute Project) rack footprints.
Full adherence to EU GDPR and CE directives, ensuring local hardware provenance, strict supply-chain security auditing, and compatibility with sustainable, district-heating-integrated colocation centers.
Deploying compact, short-depth OEM computer servers (such as the 1288H and 2488H chassis series) tailored for urban center data rooms where spatial footprints are highly constrained and expensive.
Established in 2017, Korvion Technology Co., Ltd. is a leading manufacturer specializing in high-performance computing platforms, AI GPU systems, and next-generation storage servers. Our core mission is providing flexible hardware OEM and ODM configurations tailored for cloud hosting, research facilities, and multi-tenant colocation environments.
Operating out of our advanced precision facility in Shenzhen, China, Korvion represents a robust, ISO-compliant manufacturing center with over 15 years of deep industry expertise. We export to key international markets, boasting over 9 years of global logistics and deployment experience. Our operations are supported by a strong network of 1,250 supply chain partners, guaranteeing component reliability even during complex market constraints.
Innovation defines our engineering philosophy. With 128 R&D engineers, we continuously optimize thermodynamic layouts, high-frequency signal routing, and liquid-cooling manifold integrations to support high-density AI clusters.
In mission-critical colocation scenarios, unplanned downtime translates into massive financial loss. Korvion addresses this through our comprehensive ISO 9001-based quality management system. Our dedicated department of 56 quality control professionals subjects every system to multi-phase verification protocols:
Whether integrating wholesale enterprise solutions or custom-tuning cloud compute systems, we verify physical alignment, signal integrity, and environmental resistance parameters. This disciplined validation pipeline ensures that our systems arrive in ready-to-rack condition, simplifying local integration.
Our personalization options extend beyond basic branding. Korvion's comprehensive OEM/ODM engineering capabilities cover:
A transparent look at Korvion's highly optimized, precision manufacturing facilities, engineering labs, and validation departments.
As processing demands surge, server architectures must evolve to survive. By co-developing solutions directly with raw silicon fabricators and high-speed network manufacturers, Korvion maintains a robust technology roadmap focused on three strategic pillars:
1. Liquid-to-Air Hybrid Architectures: We are pioneering standard chassis configurations that leverage internal closed-loop liquid systems. These units operate within conventional cold-aisle air systems, requiring no specialized external infrastructure from the colocation facility.
2. Compute Express Link (CXL) Implementations: Integrating upcoming dynamic PCIe architectures to allow pooled memory addressing. This allows memory and storage resources to be shared seamlessly between multi-tenant server nodes.
3. Edge Optimization: Adapting powerful Xeon and GPU nodes into extremely shallow, dust-resistant rack formats. These systems are specifically designed for harsh environments, manufacturing plants, and micro-datacenters.
Our integration of high-speed Fibre Channel interfaces, like the Emulex LPe35002-M2 Dual Port 32GB HBA card, allows colocation clients to build lightning-fast, redundant SAN storage connections. This guarantees minimal latency during intensive AI training loops and heavy data pulls.
We configure custom servers to optimize the memory bandwidth and high-throughput inter-GPU connectivity (NVLink/Infinity Fabric) necessary for hosting, fine-tuning, and running local inferences on massive AI models.
In-depth answers to common structural, thermal, and configuration questions raised by data center managers and IT infrastructure buyers.
Standard servers are designed for generic enterprise data centers and often don't meet the space, power, or thermal restrictions of multi-tenant colocation facilities. Korvion's custom OEM services let you optimize server dimensions, customize chassis depths, specify particular power distributions, and integrate specialized networking interfaces. This ensures maximum efficiency, avoids thermal throttling, and lowers your overall leasing and power costs.
We strictly follow industry-standard guidelines, including the OCP (Open Compute Project) specifications and EIA-310 standards. During our custom R&D phase, we confirm all server physical measurements, sliding rail lengths, cable management configurations, and power input styles to match your target colocation facility.
Yes. We offer comprehensive liquid cooling integration services. This includes designing custom direct-to-chip water blocks for processors and GPUs, adding internal leak-detection sensors, and assembling redundant quick-disconnect manifolds. We also build closed-loop liquid-to-air systems that deliver liquid-cooled performance in standard air-cooled data rooms.
Under our ISO 9001 quality system, our 56 QC engineers perform full electrical inspections on all incoming parts, run 48–72 hour high-temperature burn-in tests, complete system stability checks using real-world software loads, and run final post-packaging audits. This rigorous quality pipeline ensures that every rack and server arrives ready for production.
Complete your deployment with our range of high-throughput switches, dense storage servers, and enterprise-grade networking solutions.
