Klyvora
Klyvora
Klyvora Node Technologies Ltd. is a high-performance computing infrastructure manufacturer specializing in AI GPU server systems, scalable compute clusters, and enterprise-grade data center solutions. Established in 2016, our operations are optimized to facilitate complex physical system integrations. Our modern facility, boasting a total building area of approximately 320㎡, supports our integrated R&D, precision assembly, stress testing, and rigorous quality control protocols.
We manage a structured quality assurance ecosystem, uniting fully automated diagnostic routines, thermal chamber burn-in testing, and detailed multi-tier platform validations. Every deployment undergoes verification processes overseen by a quality control department of approximately 42 dedicated specialists, ensuring strict alignment with regional hardware safety benchmarks and global compliance mandates.
Our strategic positioning combines solid technical expertise with reliable export logistics. Klyvora maintains a global supply network composed of over 860 verified component partners, securing steady access to processors, enterprise memory modules, and specialized liquid cooling components.
The paradigm of modern wholesale colocation has evolved beyond the commoditized lease of floor space, power, and basic cooling. In the current computational landscape—dominated by large-scale machine learning, large language models (such as deepseek implementations), and high-frequency transaction networks—wholesale colocation must be integrated with the system hardware layer. By consolidating server manufacturing, structural configuration, and global deployment under a unified supply chain strategy, enterprises mitigate the systemic friction points typical of multi-vendor global rollouts.
China represents a critical nexus for wholesale datacenter sourcing. Through regional industrial clusters, suppliers can source raw materials, silicon, chassis platforms, and copper components while concurrently integrating platforms using the latest industrial designs. This dense supply environment yields significant cost-efficiencies and enables rapid scale-up. Rather than dealing with fragmented hardware logistics and local data center hand-offs, modern operators leverage Klyvora's turnkey wholesale programs. We design, configure, test, and ship complete racks directly to your carrier-neutral hosting facilities, pre-wired and optimized for immediate commissioning.
Across key computational hubs in North America, Western Europe, the Asia-Pacific region, and the Middle East, the demands placed upon data centers are shifting toward high density. Standard workloads that once averaged 4kW to 6kW per rack now require 15kW, 30kW, or even 50kW+ configurations to accommodate multi-GPU nodes. This density transition presents physical challenges regarding power distribution and thermal dissipation.
Wholesale colocation providers must design facilities to handle these higher power densities. This includes implementing localized liquid-to-air cooling loops, planning for three-phase power delivery directly to the cabinet, and maintaining optimal Power Usage Effectiveness (PUE) metrics. As global regulations increasingly penalize inefficient operations, our role as a hardware manufacturer is to align server structural chassis, smart-sensor fan controllers, and high-efficiency power distribution units (PDUs) with the physical airflow dynamics of modern hosting environments. This holistic optimization helps operators meet strict environmental mandates worldwide.
We customize physical rack layouts using 1U/2U servers to maximize power-to-space ratios in multi-megawatt wholesale colocation suites, lowering overall physical footprints.
Specialized chassis design combined with liquid-to-air cooling options ensure that high-density GPU nodes run within safe parameters without thermal throttling.
All hardware platforms undergo diagnostic testing, validation, and safety certifications required for target markets, including CE, FCC, and regional regulations.
Deploying hardware in international markets requires navigating complex local regulatory frameworks and compliance standards. Klyvora ensures that all customized servers, rack-level power distribution assemblies, and storage arrays meet the electrical, electromagnetic, and safety codes of their destination countries. Our engineering teams review structural layouts to comply with CE, FCC, RoHS, and UL safety standards. This attention to detail expedites customs clearance and helps avoid costly installation delays.
In addition to hardware compliance, network infrastructure must align with regional data governance regulations, such as GDPR in Europe and local cybersecurity laws in Asian hubs. Our systems support modern hardware-level security, including TPM 2.0 modules and secure boot protocols. This provides a clean trust boundary for operators deploying hyperconverged networks, cloud storage nodes, or deep learning farms.
Our wholesale colocation solutions and hardware integrations target high-demand enterprise environments:
Looking ahead, data center infrastructure will continue to prioritize energy efficiency and automation. Klyvora's engineering roadmap centers on developing next-generation high-density server configurations designed for direct-to-chip liquid cooling. This technology helps operators lower their PUE toward the target 1.15 limit.
Additionally, as PCIe Gen 5.0 and Gen 6.0 architectures become standard, our platforms are engineered to maintain signal integrity over longer bus paths. This supports fast data transfers between high-performance GPUs and fast NVMe storage pools. By integrating smart hardware instrumentation and IPMI 2.0 remote diagnostic controls, we enable colocation operators to monitor health metrics, power usage, and thermal profiles remotely.
A: By sourcing directly from our facility, you leverage our custom hardware integration, comprehensive QA burn-in testing, and close partnerships with over 860 component suppliers. We deliver pre-configured, rack-level systems (including HPE, Dell, and xFusion chassis) that are optimized for high-density colocation environments.
A: Our QA team of 42 specialists utilizes automated stress diagnostics, thermal chamber validation, and detailed electrical testing. Every server system undergoes a rigorous burn-in cycle to minimize potential component failures before shipping.
A: Yes, our R&D team designs custom server chassis and thermal paths that support direct-to-chip (DLC) and hybrid liquid-to-air cooling. This design helps colocation operators keep thermal levels stable and lower overall PUE.
A: We offer hardware customization options including power supply redundancy, GPU mounting density, storage arrays (SAS/SATA/NVMe), host bus adapter selections (like 32GB FC HBA cards), and customized BIOS settings to match your specific workloads.
A: We configure systems to meet the destination country's regulations, such as CE, FCC, RoHS, and UL guidelines. We provide the necessary documentation to streamline customs clearance and verify compliance.
A: Lead times depend on configuration complexity and order volume. Leveraging our supply network of over 860 partners, we secure core components efficiently, with standard wholesale batches shipping in 4 to 8 weeks.
A: Yes, our systems can be configured with TPM 2.0 modules, secure boot configurations, and hardware-root-of-trust features. This provides a secure foundation for multitenant colocation and cloud hostings.
A: We provide technical remote support, firmware updates, and replacement components through our global export channels. This ensures your hardware remains operational throughout its deployment life cycle.
