Ground-breaking computing and storage density, up to 9x performance improvement in cloud, big data, and AI scenarios, PUE<1.1

KAYTUS V2 server family is positioned to solve the computing challenges in the era of AI, cloud computing, and big data. It supports three mainstream general-purpose processors and a different set of popular acceleration chips and focuses on a variety of real-world business scenarios. In cloud computing and big data scenarios, the V2 server family delivers a remarkable 8 to 9 times performance improvement. In terms of AI workloads, the V2 server family can achieve nearly 7 times performance improvement in large language model. At the same time, KAYTUS can provide end-to-end liquid cooling solutions to achieve PUE<1.1. The ultimate innovation and green energy-saving design of the V2 server family help customers handle the challenges brought by emerging applications and scenarios, making it an excellent choice for enterprise users to establish robust and agile IT infrastructure in the new era.

Ultimate innovation, providing a strong computing base for diverse application scenarios

Ultimate performance improvement focuses on scenarios

As IT infrastructure technologies rapidly evolve, a multitude of new application scenarios are emerging, resulting in increasingly varied and demanding server requirements. Based on the specific needs of different deployment and application environments, the V2 family has been elaborately designed and built, from physical designs including density and energy consumption to logical designs including computing, storage, and I/O ratio.

The V2 server family features products across five key categories, encompassing AI computing optimization, computing density optimization, storage density optimization, I/O expansion optimization, and rack-scale deployment optimization. We offer 40+ products dedicated to different scenarios, for example:

● The KR6288V2 is an industry-first 6U server that supports 8x NVIDIA H100 GPUs. It is designed for emerging and intensive AI workloads, achieving nearly 7 times performance enhancement in large language model.

● For customers with high computing requirements, the dual-socket K24V2 with optimized computing density can support 4 nodes in 2U space and provide an impressive 384 high-performance processor cores in a 1U space.

● In response to storage density requirements, the KR1280V2 stands as the first sever in the industry capable of accommodating 32 NVMe drives within a 1U space, providing high storage capability in all-flash application scenarios. For situations where data storage and computing coexist, KR2266V2 provides a 28x 3.5-inch HDD in a 2U space, providing the best performance possible with an optimized balance of storage and computing.

● For customers with I/O expansion needs, the entire V2 server family offers support for dual OCPs and Multi-host NIC expansion and supports online maintenance. It also supports innovative front I/O architecture, reducing fan energy consumption, improving heat dissipation capabilities, and enhancing overall data center unilateral maintenance efficiency.

Ultimate stability and reliability from structure to the whole machine

The stability and reliability of IT infrastructure are vital for core business systems and enterprise sustainability.

The V2 server has achieved Carrier-grade reliability, passing stringent NEBS tests including fire resistance, operating environment, seismic conditions, and structural strength. The average Mean Time Between Failures (MTBF) of the motherboard is more than 240,000 hours, and the MTBF of the whole server system reaches 150,000 hours, acknowledging its exceptional reliability.

For the whole machine level, we ensure ultimate quality is guaranteed through rigorous testing and implementation. KAYTUS conducts more than 2,000 tests on each product, including over 30 extreme tests. Quality control standards are uniformly implemented globally to achieve consistent high-quality delivery worldwide.

KAYTUS guarantees comprehensive top-level security across its products. The server is running securely and smoothly throughout the entire process from boot to operation, including upgrades, through dual Flash and dual U-boot redundant backup, BMC hardware secure boot, PFR technology, and other exclusive technologies.

Ultimate intelligent O&M to handle complex management challenges

The rapid expansion of data centers poses significant challenges in maintaining increasingly complex IT environments. Any error may result in system failures or service interruptions, impacting users significantly.

The KAYTUS V2 server family has outstanding intelligent O&M capabilities over equipment. KAYTUS' physical infrastructure management platform can accurately search and identify machine models and component assets, and can uniformly manage more than 400 different types of asset equipments of different brands. It provides full-scale management capabilities at the component level, node level, rack level, and data center level, and realizes the management of full-stack IT infrastructure such as servers, storage, and network switches.

Precise fault diagnosis makes O&M more efficient. The intelligent fault diagnosis system supports real-time detection and isolation of faults, precise fault location reporting, and intelligent early warning and repair. The fault diagnosis accuracy rate is above 95%, far exceeding the industry average of 50%, ensuring the stable operation of data center servers. 

Comprehensive tool-free maintenance is achieved throughout the different components. The six major O&M modules, including the hard disk tray, hard disk backplane, fan module, OCP module, motherboard tray module, and rear expansion module, fully support tool-free maintenance, enabling quick disassembly and assembly, and shortening O&M time.

Full-cycle green and carbon reduction design from raw materials to packaging

Product carbon footprint is crucial for enterprises striving for low-carbon and green development. KAYTUS conducts life cycle monitoring of the carbon emissions of its products, achieving low-carbon coverage in the major links including raw material acquisition, production and manufacturing, transportation and sales, and product use.

Innovative and sophisticated design to improve heat dissipation including：

● The V2 server family supports different heat dissipation manners at the system level. It adopts a modular cold-plated component design and supports liquid cooling heat dissipation for all the products. The V2 liquid cooling server reaches the industry-leading heat dissipation with a kilowatt level for a single chip. KAYTUS provides comprehensive end-to-end solutions, such as air-liquid and liquid-liquid, which can provide a turn-key liquid-cooled data center project for customers, achieving PUE<1.1.

● The V2 server family also has optimized component design for better air-cooling. Through innovative fan blade design, the lift coefficient and aerodynamic efficiency are improved, and the power consumption of the fan unit is reduced by 15%. It also improves heat dissipation efficiency by 20% through innovative radiator design.

To further reduce energy consumption, KAYTUS improves power usage efficiency. The V2 server family fully adopts third-generation SiC and GaN semiconductor power supplies, with the power density increased to 100W/in3 and the overall PSU power density increased by 33%.

KAYTUS also attaches great importance to green sourcing and packaging. KAYTUS has a dedicated design management team, engaged in the design of energy-saving and environment-friendly materials and processes, and is committed to the ultimate design of the best packaging materials. KAYTUS uses cushion airbags to replace traditional pearl cotton in the packaging of mainstream server products, saving 90% of storage and logistics space, and effectively reducing the use of transportation vehicles.

The V2 platform is the ultimate product solution tailored to meet the requirements of users in actual application scenarios and also demonstrates KAYTUS’ dedication to customer success. KAYTUS has an agile R&D model of "platform + modularization", the customization capability of co-research and co-creation with customers, and global production delivery to achieve efficient response, fully capable of empowering customers to undergo transformation and upgrades seamlessly.