2U - AMD Ryzen 7000 series - Ampere Altra series - Intel Atom C series - Intel Core series - Intel Xeon 6 series - Intel Xeon D series - NVIDIA Grace Hopper series - NVIDIA Grace series - Rackmount servers
Discover our extensive selection of rack servers, ranging from 1U up to 10U, each designed to deliver the highest levels of performance, flexibility, scalability, and serviceability in datacenters. Our rackmount servers are engineered to handle a variety of workloads and applications, making them the backbone of modern enterprise and data center operations.
Key Advantages:
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Versatile Performance: From 1U to 10U configurations, our servers are built to provide powerful and efficient performance for everything from basic applications to intensive computing tasks.
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Flexible and Scalable: Easily configurable to meet the growing and changing demands of your business, our rack servers can scale to support increased workloads and expanded storage needs.
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Wide Application Range: Ideal for a multitude of Enterprise and Data Center applications, including Virtualization, Big Data, Analytics, and Cloud Computing, ensuring that your infrastructure is future-proof.
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Common Platform: As the most commonly used servers, rackmount units offer unlimited setup variations to perfectly align with your specific requirements.
With our rack servers, you can ensure your operations run smoothly and efficiently, meeting the demands of today while preparing for the challenges of tomorrow. Explore our selection and find the perfect solution to drive your enterprise forward.
2U is two rack unit size devices, that are 19" wide in standard rack enclosures.
Ampere Altra processors are gaining traction in hyperscale cloud environments and edge computing solutions, thanks to their power-efficient ARM architecture. These processors offer an impressive core density and are optimized for parallel processing tasks, making them ideal for workloads that involve high-throughput computing and containerized applications.
AMD Ryzen 7000 processors are well-suited for both gaming rigs and productivity workstations, offering a balanced mix of performance and energy efficiency. Leveraging advanced architecture and supporting high-speed memory, these processors excel in tasks ranging from content creation to machine learning, providing a competitive edge in multi-threaded applications.
The NVIDIA Grace CPU is the first data center CPU developed by NVIDIA. By combining NVIDIA expertise with Arm processors, on-chip fabrics, system-on-chip (SoC) design, and resilient high-bandwidth low-power memory technologies, the NVIDIA Grace CPU was built from the ground up to create the world’s first superchips for computing. At the heart of the superchip lies the NVLink Chip-2-Chip (C2C) that allows the NVIDIA Grace CPU to communicate at 900 GB/s bidirectional bandwidth with another NVIDIA Grace CPU.
Intel Core processors are versatile and well-suited for a broad range of applications, from personal computing to small-scale server environments. Known for their efficient power usage and higher clock speeds, these CPUs are often the go-to choice for users looking for reliable performance, whether it's for everyday tasks, content creation, or entry-level gaming.
The NVIDIA Grace Hopper™ architecture brings together the groundbreaking performance of the NVIDIA Hopper™ GPU with the versatility of the NVIDIA Grace™ CPU in a single superchip, connected with the high-bandwidth, memory-coherent NVIDIA® NVLink® Chip-2-Chip (C2C) interconnect.
Intel Atom C processors are designed for low-power, high-density microservers and are often deployed in data centers for lightweight, cloud-based applications and networking tasks. The processors offer a cost-effective and energy-efficient solution, making them ideal for companies looking to maximize performance per watt for tasks like web hosting, content delivery, and cold storage.
Intel Xeon D processors are optimized for dense server environments and edge computing, delivering a powerful performance in a low-power, compact footprint. These processors are particularly suited for tasks like network function virtualization, software-defined storage, and other workloads requiring high-throughput and low latency, making them a cost-effective and energy-efficient option for both data centers and edge deployments.
The Intel Xeon 6 processors technology gives you a single platform with processor options focusing on high performance for AI and compute intense workloads, exceptional efficiency, or cloud scalability.
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Hyper SuperServer SYS-212H-TN
Virtualization
Software-defined Storage
AI Inference and Machine Learning
Cloud Computing
Enterprise Server
Data Center Optimized
Database Processing and High Density Storage7 066.74 € -
Mainstream A+ Server AS-2015A-TR
Designed for financial companies
AMD Xilinx Solarflare X2 and X3 Ethernet adapters validated2 142.41 € -
MegaDC SuperServer ARS-210M-NR
High Performance Computing
Immersive Media
Cloud Gaming / AICAN
AI Inference / Training
Dense-VDI
Video-on-Demand4 586.23 € -
BigTwin SuperServer SYS-222BT-DNR - 2 nodes
High-Performance File System
Diskless HPC Clusters
Scale Out All-Flash NVMe Storage
Big Data Analytics and AI19 657.84 € -
BigTwin SuperServer SYS-622BT-DNC8R - 2 nodes
Hyperconverged Infrastructure
Scale-Out Object Storage
Back-up & Recovery19 587.91 € -
BigTwin SuperServer SYS-222BT-HNC9R - 4 nodes
Mission Critical HPC
Virtualized Big Data Analytics
High-Density Storage RAID Array38 115.47 € -
Hyper SuperServer SYS-222H-TN
Virtualization
Software-defined Storage
High Performance Computing
Cloud Computing
Enterprise Server0.00 € -
GPU System ARS-221GL-NR
High Performance Computing
AI/Deep Learning Training
Large Language Model (LLM) Natural Language Processing
General purpose CPU workloads, including analytics, data science, simulation, HPC, application servers, and more32 183.18 € -
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MegaDC SuperServer ARS-210ME-FNR
Telco Edge
Cloud Service Providers
Open-RAN
Artificial Intelligence (AI) on Edge4 397.32 € -
BigTwin SuperServer SYS-222BT-HER - 4 nodes
All-Flash NVMe Hyperconverged Infrastructure
Container-as-a-Service
Application Accelerator
High-Performance File System
Diskless HPC Clusters0.00 € -
BigTwin SuperServer SYS-622BT-HNC8R - 4 nodes
Hyperconverged Infrastructure
Scale-Out Object Storage
Back-up & Recovery0.00 € -
BigTwin SuperServer SYS-222BT-HNR - 4 nodes
All-Flash NVMe Hyperconverged Infrastructure
Container-as-a-Service
Application Accelerator
High-Performance File System
Diskless HPC Clusters36 356.92 € -
BigTwin SuperServer SYS-222BT-HNC8R - 4 nodes
Container-as-a-Service
Application Accelerator
Diskless HPC Clusters
All-Flash Hyperconverged Infrastructure36 832.82 €
What is a Rackmount Server?
- A rackmount server, also known as a rack server, is a computer designed to function as a server and be installed in a rack. The rack contains multiple mounting slots called bays, each designed to hold a hardware unit secured in place with screws. Multinode servers are often deployed in these racks to maximize efficiency and resource utilization.
How to Choose a Rackmount Server
- When choosing a rackmount server, consider factors such as performance requirements, scalability, and budget. Determine the necessary CPU power, memory, and storage capacity based on your workload. Additionally, evaluate the rack space available and the cooling requirements to ensure optimal server performance.
What Does 1U, 2U, 3U, 4U Mean?
- The terms 1U, 2U, 3U, and 4U refer to the height of the server in rack units (U). Each "U" is equivalent to 1.75 inches. A 1U server is 1.75 inches tall, a 2U server is 3.5 inches tall, and so on. These measurements help in understanding how much space the server will occupy in the rack.