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      €3,070.60 Tax excluded
      Price from €3,070.60 TE
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      Rack workstation in 2U Rack with Intel 14th generation processor and NVIDIA RTX ™ graphics card
          €3,070.60 Tax excluded
          Price from €3,070.60 TE
          Price








          Rack workstation in 2U Rack with Intel 14th generation processor and NVIDIA RTX ™ graphics card
              Station in Rack 2U format with integration of new NVIDIA RTX Serie 5000 Blackwell graphics cards and up to RTX Pro Blackwell. Intel ™ Core ™ 14th generation processor: up to 32 threads and frequency 6GHz cores. Storage up to 4TO in SSD MVME M.2. 2 x RJ45 (2.5gbe) by Intel X550, distance management (IPMI) up to 1 NVIDIA SERIE RTX Blackwell Serie or Serie RTX Professional Blackwell.
              €3,070.60 Tax excluded
              Price from €3,070.60 TE
              Price
              Rack workstation in 2U Rack with Intel 14th generation processor and NVIDIA RTX ™ graphics card
                  Station in Rack 2U format with integration of new NVIDIA RTX Serie 5000 Blackwell graphics cards and up to RTX Pro Blackwell. Intel ™ Core ™ 14th generation processor: up to 32 threads and frequency 6GHz cores. Storage up to 4TO in SSD MVME M.2. 2 x RJ45 (2.5gbe) by Intel X550, distance management (IPMI) up to 1 NVIDIA SERIE RTX Blackwell Serie or Serie RTX Professional Blackwell.
                  €3,070.60 Tax excluded
                  Price from €3,070.60 TE
                  Price
                  Stations de travail APY 2U Intel Core rackable
                  APY 2U Intel Core Workstations

                  APY rackmount workstations equipped with Intel Core processors represent the essence of efficiency in the professional world. Designed to easily integrate into server environments and data centers, these workstations deliver exceptional processing power while maximizing space, making them an ideal choice for businesses looking to maximize their computing potential in a limited space.

                  Thanks to Intel Core processors, these rackmount workstations offer peak performance. Whether for complex data processing tasks, 3D modeling, graphic design, or even machine learning applications, these processors guarantee smooth and rapid execution of the most demanding tasks. The multi-core architecture of Intel Core processors, combined with their advanced multitasking capability, ensures exceptional responsiveness, even when running many resource-intensive applications simultaneously.

                  One of the great strengths of rackmount workstations is their ability to adapt to changing business needs. Thanks to Intel Core processors, these workstations offer unparalleled versatility. They can be configured to meet the specific requirements of various professional applications. Whether as a rendering server, data processing station, or centralized storage system, these rackable workstations easily adapt to a variety of roles within the enterprise.

                  The compactness of rackable workstations allows companies to free up floor space while consolidating their IT infrastructure. These systems can be mounted in standard racks, maximizing space in data centers. Additionally, they are often equipped with advanced cooling systems and remote management features, ensuring stable operation and simplified maintenance, even in intensive environments.

                  When it comes to connectivity, rackmount workstations with Intel Core processors are at the cutting edge of technology. They support the latest interface standards, including USB 3.1, Thunderbolt 4 and Wi-Fi 6, ensuring ultra-fast data transfers and reliable wireless connectivity.

                  In conclusion, rackmount workstations with Intel Core processors are the ultimate solution for businesses seeking maximum processing power, configuration flexibility, and space efficiency. With their combination of industry-leading performance, versatility and compactness, these rackmount workstations are the optimal choice for professional environments where efficiency, reliability and space optimization are essential.