Klyvora
Klyvora
As a global pioneer in the high-performance computing (HPC) ecosystem, Klyvora Node Technologies Ltd. has positioned itself since 2016 as a specialized manufacturer and master supplier of enterprise data center architectures, advanced AI GPU clusters, and reliable Dell-compatible and multi-vendor server systems. By utilizing advanced hardware configurations, our technical divisions optimize critical computing networks, hardware accelerators, and virtualization environments for hyperscale architectures worldwide.
Operating out of a modern production and validation facility covering approximately 320㎡, our workflows span integrated Research & Development (R&D), complete system assembly, component-level testing, and extensive quality assurance. We offer robust system integration to cater to diverse computing demands, helping cloud service providers (CSPs), global enterprise database networks, and deep-learning research clusters scale securely.
With over 11 years of structural hardware expertise and 6+ years of dedicated international export operations, Klyvora maintains stable commercial ties across North America, Europe, the Middle East, and Southeast Asia, exporting high-value computing products valued at USD 8 million to 22 million annually.
The enterprise storage market has transformed from basic mechanical storage silos into intelligent, hyper-converged, and software-defined architectures. Modern IT environments rely on high-capacity, low-latency, and high-availability storage controllers to manage the massive datasets produced by modern businesses.
Leading options in the global computing market, such as the PowerEdge R760, R750, and R450 lines, provide the foundational hardware required to support modern virtualization, ERP systems, and cloud infrastructure. Simultaneously, specialized AI workloads and dense file storage configurations have led to a demand for unified hybrid storage solutions. Hardware networks must deliver sustained read/write speeds, high PCIe bus availability, and robust data integrity protocols to prevent downtime.
As an independent supplier and OEM system integrator, Klyvora Node Technologies supports and customizes premium enterprise platforms. By utilizing high-density storage drives, reliable network adapters (HBAs), and customizable server platforms, we construct hybrid storage and compute systems that match the standards of Tier-1 OEMs while offering flexible logistics and customized setups.
To support high-density computing workloads, our engineering team continuously designs and updates our storage platforms, power configurations, and cooling architectures.
Custom design profiles to maximize compute capacity per rack unit (U). Supporting ultra-dense storage arrays with SAS/SATA/NVMe backplanes to maximize processing speeds and reduce physical footprint.
Deploying liquid-to-air loop configurations and custom copper heat sinks to manage thermal outputs from high-performance GPUs and CPUs. This helps lower thermal throttling and optimize overall power usage effectiveness (PUE).
Tailoring BIOS and BMC settings for secure boot, hardware-level virtualization pathways, and customized fan profiles. This guarantees system stability under variable transactional database workloads.
AI training models (such as DeepSeek and general machine learning models) generate massive storage and compute workloads. Our multi-GPU server series (like the FusionServer G8600 V7 8U and G5500 V7) provide high-throughput interconnect options alongside localized NVMe caches. This helps prevent data starvation during training iterations, ensuring that calculations run at peak speed.
Modern enterprises often rely on high-capacity SAS SSD storage arrays connected via Host Bus Adapters (such as the Emulex LPE35000 32Gb/s SFP28 PCIe 4.0 card) to support business database environments. Our systems maintain fast file read/write speeds, offering dependable storage infrastructure for virtualization nodes, file networks, and centralized backup hubs.
Combining multithreaded Intel Xeon or AMD EPYC processors with large memory capacities (such as 232GB or high-density DDR5 configurations) is essential for running multiple guest operating systems. Our server setups are optimized to handle complex network transactions with low latency, providing the performance required for virtualization engines and financial compute centers.
For regional service providers, deploying 1U/2U servers like the PowerEdge R450 or FusionServer 1288H V6 at network edges is a cost-effective way to lower latency. These compact units handle regional traffic caching and local database operations efficiently while keeping power draw and physical rack requirements to a minimum.
At Klyvora, we follow strict testing protocols to guarantee system stability and minimize the risk of component failures in production environments.
Every integrated chassis is subjected to simulated ambient heat tests to ensure proper heat dissipation and prevent component throttling under high utilization.
Systems undergo continuous full-load diagnostics for 24 to 72 hours. This process helps identify potential chip-level or power issues prior to packaging and dispatch.
Our quality assurance professionals inspect SAS/NVMe buses, network interfaces, and optical fiber channels to confirm consistent connectivity and speed.
Yes, our engineering team manages complete firmware and hardware customization. We configure BIOS parameters, fan profiles, RAID configurations, and storage backplanes to align with OEM server standards. This helps ensure compatibility and stability when our systems are integrated into existing IT environments.
We work with a global supply chain network of over 860 certified industry partners. This allows us to source genuine controllers, chips, memory drives, and storage controllers directly. It helps guarantee component quality, prevent supply bottlenecks, and ensure the authenticity of the hardware we integrate.
Our quality control team (consisting of 42 QC professionals) conducts thorough read/write lifecycle diagnostics, SAS loopback validation, and hardware-level interface checks. We run diagnostic scripts on SAS/SATA/NVMe storage drives to confirm that performance matches the drive specifications before shipment.
Yes, we offer options for custom liquid loop manifolds, cold-plate integrations, and high-performance copper heat sinks. These configurations are designed to manage heat in dense computing systems like our 4U and 8U GPU servers, helping to prevent hardware degradation and maintain processing speeds.
We provide full logistics support, custom clearing documentation, and compliance paperwork for major international markets, including North America, Europe, the Middle East, and Southeast Asia. This helps ensure smooth customs clearance and compliance with local import standards.
