Klyvora
Klyvora
Underpinning large language models (LLMs) and deep learning algorithms with hardened hardware design.
Deep engineering, verified reliability, and high-performance computing system integration.
Building robust and scalable supply networks to prevent component shortages and keep deployments on schedule.
Using thermal imaging and localized temperature sensors, we evaluate heat dissipation across components under high workloads. This helps us refine airflow profiles and optimize liquid cooling loops before systems leave the facility.
Systems are run at maximum compute capacity inside controlled chambers for 72 to 120 hours. This process helps identify and resolve potential component issues, protecting the server's long-term reliability in production environments.
We perform detailed testing on all high-speed lanes to confirm clean, low-latency data transmission. This validation ensures stable performance across PCIe Gen 5 configurations and high-speed network interfaces.
Engineering solutions for next-generation hardware architectures, higher TDP limits, and advanced networking.
Customized hardware integration for public clouds, private LLM clusters, and edge processing.
Our multi-GPU rack systems feature high interconnect bandwidth, optimized PCIe layouts, and robust cooling to handle the continuous workloads of training large language models. We configure platforms specifically for models like DeepSeek to maximize throughput and minimize communication latency between nodes.
For hosting providers and private enterprise clouds, we build balanced 1U and 2U rack servers. These systems combine multi-core CPUs, high-capacity DDR5 memory, and NVMe storage options, delivering reliable performance for virtualization and high-density container applications.
We offer hardware customization services to meet specific data center requirements. This includes custom chassis branding, specialized BIOS/BMC firmware configurations, modified cooling fans, and tailored power supplies designed to match your local utility standards.
Meeting international standards and providing dependable logistics support to simplify deployment.
Important architectural factors to evaluate when sourcing server systems and computing nodes.
Answers to common technical, logistics, and customization questions from enterprise buyers.
Our systems are designed for high interconnect bandwidth to support large language models. We configure server chassis to maximize PCIe Gen 5 lanes and support fast GPU interconnects. This architecture helps reduce latency during training and inference workloads.
Our 42-member quality control team runs diagnostic testing on every server. This includes checking signal pathways, running full-load thermal stress tests, and conducting extended burn-in periods. This process ensures the hardware operates reliably in demanding production environments.
Yes, our R&D engineering team provides custom integration services. We can configure specialized BIOS parameters, modify BMC settings for remote management, adjust thermal management behavior, and develop customized chassis styles to fit your design standards.
We work with over 860 partners across our supply chain network. This broad partner ecosystem helps ensure a stable supply of key components, including chipsets, memory, and controllers, allowing us to keep production schedules consistent.
We provide warranty coverage on all systems, along with technical support. If a component experiences an issue, we can dispatch replacement parts (such as power supplies or drive trays) to help minimize system downtime.
