The KR6880V2 tower servers are designed for mission-critical applications

With the rise of new technologies such as cloud computing, big data, and artificial intelligence, enterprise application systems and environments are becoming increasingly complex. In particular, large enterprises in finance, energy, transportation, and other industries have a huge amount of business data and a complex computing workload, requiring multiple computing core cpus to work together and a memory capacity of more than 8T. As a result, eight-slot servers designed for mission-critical applications offer the best option for core operations in industries such as finance, energy, and transportation. It has extremely high requirements for product performance and reliability, and from a technical point of view, it integrates the most cutting-edge technologies and processes.
The KAYTUS KR6880V2 is an eight-slot tower server based on the latest Intel Xeon processors, offering 1.9 times better computing performance, 3 times faster I/O, and 1.2 times better memory bandwidth. It supports heterogeneous computing with higher performance and can be configured with four double-width GGPUsfor machine learning, deep learning, and many other scenarios. In addition, KAYTUS is constantly innovating and optimizing its complete systems to meet the business demands of large-scale concurrent processing.
Unlock maximum performance with a high-throughput, low-latency architecture.e
As for the entire system, the KR6880V2 tower server is equipped with eight fourth-generation Intel Xeon scalable processors with concurrent computing power of up to 960 logic cores. It also features a new 8-socket and 4 UPI/socket performance-optimized topology design that builds a high-speed link network between processors via 16GT/s UPI to provide efficient data transfer and collaboration. At the same time, up to 112.5MB of cache and DDR5 memory effectively solve the data transfer bottleneck between the CPU and memory.
Designed using an I/O balanced topology, a single node provides four standard PCIe 5.0 slots to evenly distribute the computing power of 2 cpus. This allows for a reasonable allocation of resources between the eight cpus in the entire system, ensuring optimal performance for all components. I/O balanced connections reduce CPU access latency and improve overall performance.
The KR6880V2 tower servers feature an innovative design with high-speed interconnects to reduce signal loss and increase signal transmission speed. It takes into account component layout, cable routing, connectors, and cable selection, and utilizes analog simulation techniques to achieve the optimal SI link path to ensure optimal signal stability based on a low-loss connection design.