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AMD Ryzen ATX Workstation
The AMD Ryzen ATX Workstation is a powerful mid-tower system designed to deliver exceptional performance for professional computing tasks. Featuring AMD’s Ryzen processor platform with a standard ATX size motherboard and chassis, this workstation offers up to 16 cores and outstanding performance per dollar ratio, making it a cost-effective choice for demanding workloads.
Equipped with the Fractal Design Define 7 case, this workstation provides convenient access to USB and audio ports along the top front edge. The motherboard’s rear I/O panel offers additional USB ports, audio connectivity, as well as Ethernet and WiFi options for seamless networking. With support for various upgrade and add-on options, such as dual video cards, up to 128GB of memory, and multiple solid-state and hard drive configurations, users can customize the workstation to meet their specific requirements.
Efficient cooling is ensured with an abundance of fans and filters over the air intakes, effectively maintaining optimal temperatures and reducing the risk of dust buildup. Whether you’re involved in content creation, data analysis, or other demanding tasks, the AMD Ryzen ATX Workstation provides the power and versatility needed to enhance your productivity and achieve exceptional results.
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AMD Ryzen Rackmount Workstation
The AMD Ryzen Rackmount Workstation combines the power of AMD’s Ryzen 7000 processor platform with a standard ATX size motherboard, all housed in a server-style chassis. The Ryzen line offers exceptional performance per dollar, with up to 16 cores that deliver impressive processing power. With ample internal space, this workstation supports a wide range of options, including the possibility of dual or triple video cards, up to 128GB of memory, and various solid-state and hard drive configurations.
This rackmount workstation is designed for professional users who require reliable performance for their data-intensive tasks. It features a convenient front panel with three USB ports, including one Type C, and the motherboard’s rear I/O panel provides additional connectivity options. The workstation is equipped with powerful fans to ensure efficient cooling, allowing the system to run smoothly and prevent overheating.
The AMD Ryzen Rackmount Workstation is a versatile and reliable choice for those in need of a server-style chassis. With its powerful Ryzen processor, expandable configuration options, and efficient cooling system, this workstation provides the performance and reliability necessary for demanding workloads. Whether for data analysis, content creation, or virtualization, this workstation is designed to meet the needs of professionals in various industries.
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Intel Core Rackmount Workstation
The Intel Core Rackmount Workstation is a powerful system designed for rack and datacenter installations. It features Intel’s 14th Gen Core processor platform with a standard ATX size motherboard, housed in a server-style chassis. The Core line offers impressive performance with up to 24 Cores and high per-core clock speeds, making it ideal for single- or lightly-threaded workloads.
On the front of the system, you’ll find three USB ports, including one Type C, providing convenient connectivity options. The motherboard’s rear I/O panel offers additional USB ports, audio connections, and networking capabilities. Internally, this workstation provides ample space, allowing for a wide range of configuration options. You can customize it with up to 128GB of memory and choose from various solid-state and hard drive setups to meet your specific requirements.
To ensure efficient cooling, the workstation is equipped with powerful fans that effectively dissipate heat. While it may not have the noise-dampening features typically found in tower workstations, it offers excellent cooling performance to keep your system running smoothly even under demanding workloads. The Intel Core Rackmount Workstation combines reliability, performance, and flexibility, making it a suitable choice for professionals working in rack and datacenter environments.