In particular, large enterprises in industries such as finance, energy, and transportation have large volumes of business data and complex compute power formula calculator workloads that require synergies between multiple compute core CPUs and more than 8T of memory capacity.
As a result, eight-slot servers designed for mission-critical applications offer the best options 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 incorporates the most advanced technologies and processes.
The power formula calculator KAYTUS KR6880V2 is an eight-slot server based on the latest Intel®Xeon® processors that delivers 1.9 times better computing performance, three times faster I/O speeds, and 1.2 times better memory bandwidth.
It supports heterogeneous computing, improves performance, and can be configured with four double-width GPUs for machine learning, deep learning, and many other scenarios.
In addition, KAYTUS continuously innovates and optimizes its complete systems to meet the business demands of large-scale concurrent processing.
Unlock ultimate performance with a high-throughput, low-latency architecture.
For the entire system, the power formula calculator KR6880V2 is equipped with eight fourth-generation Intel®Xeon® scalable processors that have concurrent computing power of up to 960 logic cores.
It also features a new 8-socket topology design with 4 UPI/ socket performance optimization, building a high-speed link network between processors via 16GT/s UPI, providing efficient data transfer and collaboration.
At the same time, up to 112.5MB of cache and DDR5 memory effectively solve the bottleneck of data transfer between 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 two 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 power formula calculator KR6880V2 features an innovative design with high-speed interconnects to reduce signal loss and increase signal transmission speed.
It takes into account component layout, cable routing, connector, and cable selection, and utilizes analog simulation technology to achieve the optimal SI link path to ensure optimal signal stability based on a low-loss connection design.
Host level reliability
In terms of reliability, the KR6880V2 introduces several RAS design features for its components, modules, links, and systems to achieve 99.999% reliability.
This ensures data redundancy and protection forcomputinge, storage, I/O, and many other aspects.
At the same time, the power formula calculator KR6880V2's fully modular design is characterized by increased redundancy in system components and modules.
The power supply supports N+M redundancy and utilizes dynamic power capping technology to ensure uninterrupted operation in the event of power or module failure.
Dual-chip BIOS/BMC redundancy ensures stable and secure service running.
In addition, the memory fault management engine and memory vulnerability technology improve the reliability and fault tolerance of memory modules, while greatly improving their performance.
By integrating PFR firmware protection and recovery, AMT technology for isolating memory failures, power formula calculator MRT technology for warning memory failures, memory mirroring, and other technologies, the solution provides a stable and secure computing platform for business-critical applications.