High Performance
State-of-the-art Hardware
Unlock unparalleled speed and efficiency with our cutting-edge servers,
powered by the latest processor technology from industry-leading
manufacturers - enabling you to accomplish more in a shorter timeframe.
Broad range of CPUs
Efficient cooling systems
Multi-processor servers
Flagshipprocessors
Latest DDR5 & high-speed DDR4
AMD’s new EPYC 5th Gen processor models have arrived
Energy efficient, high performance and AI optimized
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Ready for heavy workload
Read more LessRegardless of your workload requirements, we provide a diverse selection of servers equipped with 5th Gen AMD EPYC processors for general purpose tasks or edge computing.
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AI workloads ready
Read more LessAMD EPYC Processors power optimized high-performance x86 servers for the most demanding AI-enabled workloads with efficiency increased to 76% compared to the previous generation of CPUs.
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Energy efficiency leader
Read more LessAMD EPYC processors drive energy-efficient x86 servers, enabling us to lower energy costs and offer even more competitive and affordable server prices for our customers.
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Security
Read more LessAMD EPYC processors come equipped with a robust set of security features. AMD Infinity Guard ensures your data is protected, particularly in the rapidly evolving realms of AI and cloud adoption.
5th Gen Intel Xeon Scalable Processors are here
5th Gen Intel Xeon Processors deliver trusted performance and efficiency, allowing customers to turn data into knowledge and drive innovation. They achieve strong performance-per-watt gains and lower total cost of ownership for AI, databases, networking, and high-performance computing.
Key enhancements include increased compute power, larger shared cache, and faster memory at the same power envelope as the previous generation. With AI acceleration in every core and support for advanced technologies like DDR5 and PCIe 5.0, they excel in deep learning and machine learning applications.
Innovations that matter
Accelerate your growth
The 5th Gen Intel Xeon processors provide enhanced performance per core, enabling you to satisfy the needs of even the most challenging deployments. General compute performance has improved by up to 84% compared to 3rd Gen processors.
A versatile solution for various tasks
Gen 5 Intel processors are ideally optimized for work in the field of AI and HPC systems. At the same time, they also help in traditional tasks in working with databases, web and microservices, as well as in solutions with cloud platforms.
Updated Intel Accelerator Engines
Intel Xeon Scalable processors are designed to handle today’s most challenging workloads, including AI, security, high-performance computing, networking, analytics, and storage. Accelerator Engines are built-in features of Intel processors that enhance performance, lower costs, and increase power efficiency.
Safeguard data with confidential computing
Intel Trust Domain Extensions provide enhanced confidentiality at the virtual machine level, improving privacy and control over all your data. Meanwhile, Intel Software Guard Extensions represent the most researched, updated, and comprehensive confidential computing technology available in servers today.
Unmatched read/write speeds with 5th Gen PCIe SSDs
Up to 15 TB per NVMe
Up to 368 TB NVMe storage per server
Up to 24 NVMe slots per server
Top-tier GPUs for any task
NVIDIA Ada Lovelace and Blackwell
NVIDIA Ada Lovelace - cutting-edge architecture for creativity, science and entertainment. We offer several GPUs of this class, like the L4 and L40S, in server configurations supporting up to 4 GPUs, enabling new heights in AI and expanding possibilities for 3D modeling and design.
Parallel computing capabilities are now advanced by the NVIDIA Blackwell architecture. Servers featuring the GeForce RTX 5070 are now available. Blackwell, the engine of the new industrial revolution, introduces Fifth-Gen Tensor Cores with FP4 precision for up to 3X faster generative AI, and Fourth-Gen RT Cores with Neural Rendering, delivering unprecedented graphics fidelity for both professional creators and scientific innovators.
Next-Generation Tensor Cores
The cutting-edge fourth-generation Ada Tensor Cores deliver remarkable speed, achieving throughput enhancements of up to 5 times through the innovative FP8 Transformer engine.
This capability is further propelled by the Fifth-Gen Tensor Cores in the Blackwell architecture. These new cores unlock even greater performance by introducing support for FP4 precision and the cutting-edge DLSS 4 Multi Frame Generation technology, delivering up to a 3X boost in generative AI and overall accelerated computing workloads for a new era of performance.
Latest-Generation RT Cores
NVIDIA revolutionized real-time ray tracing with the introduction of RT Cores, which are GPUs engineered to manage demanding ray tracing tasks. The third-generation RT Cores in the Ada architecture offer double the ray-triangle intersection throughput, resulting in a peak RT-TFLOP performance that exceeds 2х that of previous generations.
This performance is now further elevated by the Fourth-Gen RT Cores in the Blackwell architecture. These new cores deliver up to 2х faster ray tracing performance than the Ada generation and introduce Neural Rendering capabilities, including RTX Mega Geometry. This allows for up to 100х more ray-traced triangles in a scene, enabling next-level graphics realism and massive, detailed 3D environments for creators and professionals.
Updated NVENC Encoders
GPUs built on the Ada architecture introduce cutting-edge NVIDIA 8th Gen NVENC encoders, unlocking a range of exciting opportunities for streaming, video conferencing, and live broadcasting. These encoders are 40% more efficient than the H.264 standard, enabling 1080p streamers to elevate their streams to 1440p without compromising on bitrate or quality.
The Blackwell architecture further evolves this with the Ninth-Gen NVENC engines. This new generation significantly accelerates video encoding speed and improves quality for professional applications. Crucially, the 9th-Gen NVENC adds new, dedicated support for 4:2:2 H.264 and HEVC encoding, which is vital for professional video production workflows, alongside enhanced AV1 encoding.
FAQ
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Which processors do your servers use?We offer servers based on AMD EPYC, AMD Ryzen and Intel Xeon processors. The range covers entry-level, mid-range and flagship models. The available models change as vendors release new generations. The server catalog always shows the current list.
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How often do you update your hardware?We add new platforms after vendors release them and they become available in our data centers. Previous-generation configurations stay in the catalog while customers still need them. This gives you a choice between the latest performance and a lower price.
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What is the difference between server and desktop-class processors?Server processors support more cores, more memory and more expansion cards. They are designed for continuous operation under heavy load. Desktop-class processors usually offer higher clock speeds at a lower price. They suit game servers, single-threaded applications and smaller projects.
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What type of memory do your servers use?Servers on the latest platforms use DDR5 memory. Servers on previous platforms use high-speed DDR4. Most server configurations use ECC memory, which detects and corrects memory errors. DDR5 modules also have built-in on-die ECC, which corrects errors inside the memory chip. Some servers with desktop-class processors may come with non-ECC memory. The order configurator shows the exact memory type for each server.
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Which workloads are your servers suitable for?Our servers handle a wide range of tasks. These include AI and machine learning, databases, virtualization, web hosting, game servers, video encoding and high-performance computing. Our team can recommend a configuration for your specific project.
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Does newer hardware always mean better performance for my project?Not always. The best result depends on how your software uses the hardware. Some applications benefit from more cores. Others gain more from higher clock speed, more memory or faster storage. A previous-generation server can be the best value for many workloads.
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Can I upgrade my server hardware later?Yes, within the limits of your server platform. Upgrades are available for servers in the DC1, DC2 and DC3 plan series. You can change the amount of memory, the drives and the network port speed. Options depend on the platform and available components. The processor cannot be changed. Contact our support team to discuss an upgrade.
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Can I order a custom server configuration?Yes, within the selected platform. First, you choose the platform and processor. Then you configure the amount of memory, the number and type of drives, the network port speed and other add-ons. The order configurator shows the available options for each platform.
