Scalable infrastructure for small businesses to enterprise workloads.
Scalable infrastructure for the needs of small businesses to enterprise workloads. We design workload-optimized systems that address many customers requirements by using leading CPUs and GPUs. ХХХХ servers offer the unmatched flexibility, energy efficiency, reliability, high quality and industrial design.
Build your own next-generation data center for modern hybrid workloads!
Сloud computing, AI/ML have become the core of modern intelligent infrastructure, in hybrid word with evolving threat landscape and performance challenges. From low-density, general computing to high-density, intelligent computing, XXXX infrastructure ensures elastic, agile, sustainable and reliable computing backbone for our intelligent next-generation DC.
With optimized performance, energy efficiency and AI-driven productivity, XXXX solutions will enable you to meet the challenges of today and the future. Optimize performance and productivity of your operations remains
at the forefront of technological advancements.
At the heart of our servers lies the AMD EPYC™ - arguably the most groundbreaking technological advancement in the server solutions segment over the past decade. AMD EPYC™ has not only caught up with the industry giants but has also surpassed them, delivering unparalleled power, energy efficiency, and cost reduce.
Scalable Performance AMD EPYC™ processor family delivers leadership performance for Enterprise, HPC, and AI/ML workloads. Exceptional core density per processor, which is critically important for high-load enterprise Applications and data centers.
Reduced power consumption without compromising performance.
Cutting-edge technologies such as PCIe Gen5 and DDR5 support, enhancing speeds for modern workloads including cloud systems and virtualization.
Ideal CPU-based performance for AI inference, plus Small AI model development, testing, and batch training. Support of AMD Instinct accelerators, that enable leadership performance for the data center, at any scale up to the world’s largest, Exascale-class supercomputers.
AMD EPYC™ processor family is widely supported by software vendors and operating systems.
AMD EPYC™ processors can propose attractive price-to-performance ratio for the same workload throughput than alternative x86 processors.
AMD EPYC™ processors include a wide range of reliability, availability, and serviceability features, all of which have the goal of maintaining correct operations and providing constant uptime.
We introduce our newest product - Server YYYY. This is more than just another IT solution on the market. It represents the culmination of a comprehensive analysis of global technologies, embodies the best practices implemented by industry leaders – A-Brands and serves as a purposeful look into the future - guided by cutting-edge trends in the field of information technology.
1. Cost optimization: lower infrastructure maintenance costs due to the efficiency-focused architecture and simple design.
2. Unmatched stability in high-Load scenarios: XXXX servers is designed for data centers, ERP deployments, cloud infrastructures, AI and other workloads that demand peak performance.
3. Easy integration: XXXX servers s are designed for maximum compatibility with your existing infrastructure, regardless of scale. Compatibility with the software ecosystem developed for the X86 platform.
4. Pay as you grow scalability: modular design, various models of components, support for expansion cards, required for all workloads.
The Indian IT industry is experiencing a phase of rapid growth and innovation. XXXX servers is the ideal solution for digital transformation of the business that equip IT platforms with enough performance to stay ahead well into the future.
We see that XXXX servers not merely as a product but as your bridge to a new level of digital capability. Modern IT engineers deserve solutions that resonate with their expertise, and we are here to deliver just that.
A rack server is a type of server that is designed to be mounted in a rack, which is a standardized framework for organizing and securing multiple servers and other networking equipment. Rack servers are compact and stackable, allowing for efficient use of space in data centers. They often come with hot-swappable components, such as hard drives and power supplies, which can be replaced without shutting down the server.
We design workload-optimized system that address many customers requirements by using leading CPUs and GPUs.
Rackmount chassis, a variety of fans, power supplies, hard drives are all modular designed to improve reliability, flexibility, and maintenance.
Support two AMD EPYC 8004 (Siena)/9004 (Genoa) series processors, support up to 24 DDR5 memory slots, support up to 4800 DDR5 RDIMM memory modules, supports NVMe SSDs, GPU adapters to meet high computing requirements for cloud computing, Big Data, and virtual computing.
Supports up to 8 PCle 5.0 high-speed expansion slots to provide rich expansion capabilities. Customized expansion requirements are available for customers via adapter cards.
Installed 1+1 redundant power supplies with hot swap replacement, and ensures system fault tolerance of the system.
Processor: up to 2x AMD EPYC 8004/9004 processors at up to 400W TDP per socket
Memory: up to 24 DDR5 memory slots, support 4800/4400 DDR5 RDIMMs
Storage: up to 24x 2.5 NVMe hot swappable SSDs + optional rear hot swappable SSDs
Network: up to 2x 10/25 GbE onboard, ext. OCP NIC, ext. PCIe NIC cards
PCIe Expansion: up to 8 PCIe 5.0 + OCP slot
Power Supply: up to 2x 1200W/2000/3000W hot swappable redundant power supplies
Fan: up to 6x hot swappable redundant fans
Management: IPMI 2.0, SSH, SNMP, Redfish, WebUI, KVMoIP, Remote media redirection
Power consumption max.: up to 3 kW