Klyvora
Klyvora
Explore our premium high-bandwidth switching fabrics, AI compute acceleration nodes, and storage expansion interfaces
Founded in 2016, Klyvora Node Technologies Ltd. has established itself as an industry leader in high-performance computing infrastructure. We specialize in AI GPU server systems, scalable compute clusters, and enterprise-grade data center networking systems. Headquartered in a state-of-the-art facility featuring a dedicated 320㎡ advanced testing and assembly block, we support fully integrated R&D, structural design, complex assembly, burn-in validation, and rigorous quality control operations.
Our commitment to excellence has powered our rapid growth, recording an annual export revenue between USD 8 million and USD 22 million. With over 6 years of direct export experience and 11 years of deep industry expertise, Klyvora provides highly optimized data routing, switching, and processing environments to global organizations looking to eliminate architectural bottlenecks.
By integrating physical layer intelligence, Layer 3 routing protocols, and custom high-density silicon platforms, we design hardware that does not just transmit data—it accelerates whole compute workflows. Our network switch systems are built to withstand the traffic density requirements of the modern cloud, ensuring continuous uptime and unthrottled throughput.
How high-density switching fabrics fuel artificial intelligence and cloud infrastructures globally
Modern machine learning models, such as DeepSeek, require hundreds of GPU nodes to train efficiently. Standard network protocols generate latency bottlenecks. Klyvora designs custom L3 switches supporting RoCE v2 (RDMA over Converged Ethernet), allowing direct memory access between GPUs without CPU intervention, reducing training cycles and operational delays.
Enterprise data centers are migrating from legacy architectures to modular spine-leaf networking layouts. Our L3 optical switch solutions enable high-speed packet filtering, extensive MAC tables, and low-latency throughput to maintain high system throughput, preventing data queues and dropouts in large scale virtualization networks.
As remote computational demands expand, industrial networks require localized edge devices with resilient networking architectures. Our switches feature wide thermal tolerance and robust packet scheduling, ensuring that remote telemetry, localized AI inferences, and IoT networks operate without latency bottlenecks.
The progression of high-bandwidth networking technologies towards next-generation systems
Providing basic optical core frameworks, supporting legacy server structures with optimized Layer 3 switching and essential management features.
Deploying high-speed switching platforms utilizing silicon-optimized ASICs to meet the bandwidth challenges of early-stage AI clusters.
Transitioning into Co-Packaged Optics (CPO) architectures. Integrating optical engines close to the switch silicon to minimize power usage and maximize port densities.
Implementing smart congestion control mechanisms (ECN/PFC) directly onto switch firmware, allowing real-time flow adjustment under massive workloads.
At Klyvora, we recognize that a network switch is only as reliable as its weakest port. Our structured quality assurance system is powered by a team of 42 dedicated QC professionals. Using multi-stage diagnostic routines, we conduct thorough thermal performance profiling, hardware stress diagnostic sweeps, and packet-loss validation under maximum load environments to guarantee uninterrupted operation in real-world deployments.
Our R&D team consists of around 180 engineers focused on computing hardware optimization, advanced heat dissipation configurations, and specialized firmware adjustments. This deep engineering capability allows us to support custom chassis layouts, port positioning optimizations, and customized BIOS settings. Last year alone, we launched approximately 86 new products, reflecting our commitment to continuous development in AI infrastructure technologies.
Additionally, we work closely with an established global supply chain of over 860 partners. This vast supplier ecosystem ensures consistent availability of high-grade components—including advanced networking ASICs, enterprise motherboards, efficient power units, and liquid-cooling modules—allowing us to maintain fast production turnaround times even during global component shortages.
Customizing hardware configurations to meet diverse regional requirements and application environments
Meeting strict FCC part 15 certifications and UL standards. We support enterprise financial networks with low-latency switching solutions optimized for high-frequency data transfers and dense virtual environments.
Fully compliant with CE, RoHS, and WEEE standards. We design energy-efficient hardware that matches the region's green energy objectives while maintaining robust security configurations for sensitive data handling.
Designing flexible hardware solutions built to perform in varying hot and humid deployment environments. We supply high-density optical switches that help scale telecom networks and cloud nodes across metropolitan areas.
Addressing core networking considerations and deployment scenarios for technical teams
Inside our testing laboratory, quality control department, and assembly lines
Reliable network switches, computation servers, and storage configurations designed for large-scale enterprise infrastructures
