Kurzinfo: SUPERMICRO X13SEI-TF - Motherboard - ATX - LGA4677 Socket-E - Intel C741 Chipsatz - USB 3.2 Gen 1 - 2 x 10 Gigabit LAN - Onboard-Grafik Gruppe Motherboards Hersteller Super Micro Computer Hersteller Art. Nr. MBD-X13SEI-TF-B EAN/UPC Produktbeschreibung: SUPERMICRO X13SEI-TF - Motherboard - ATX - LGA4677 Socket-E - Intel C741 Produkttyp Motherboard - ATX Chipsatz Intel C741 Prozessorsockel 1 x LGA4677 Socket-E Kompatible Prozessoren Xeon Scalable (unterstützt 4. Generation Intel Xeon Scalable, unterstützt CPUs mit bis zu 60 Kernen, max. TDP 350 Watt) Max. RAM-Größe 2 TB Unterstütztes RAM 8 DIMM-Steckplätze - DDR5, ECC, registriert, 3DS registriert Massenspeicher-Schnittstellen 10 x SATA-600, 4 x NVMe port, 2 x M.2 USB-/FireWire-Anschlüsse 2 x USB 3.2 Gen 1 + 2 x USB 2.0 + (2 x USB 3.2 Gen 1 + 2 x USB 2.0 über eine interne Stiftleiste) Grafik ASPEED AST2600 LAN 2 x 10 Gigabit Ethernet Ausführliche Details Allgemein Produkttyp Motherboard - ATX Chipsatz Intel C741 Prozessorsockel
The Supermicro X13SEI-TF is a high-end ATX server motherboard designed for Intel Xeon processors in the LGA4677 Socket-E and based on the Intel C741 chipset. Engineered for demanding data center, virtualization and storage workloads, it combines enterprise-grade reliability with modern connectivity features such as USB 3.2 Gen 1 and dual 10-Gigabit network interfaces. This makes it an excellent platform for powerful workstations, edge servers and compact rack systems.
From a technical perspective, the X13SEI-TF offers the robustness of the Intel C741 server chipset and support for current-generation Intel server CPUs in the LGA4677 socket. Thanks to the ATX form factor, it can be integrated into a wide range of standard server and workstation chassis. USB 3.2 Gen 1 interfaces provide fast connectivity for external storage and peripherals, while the integrated dual 10-Gigabit Ethernet (2 x 10GbE) enables very high network throughput and low latency for data-intensive applications and virtualized environments. The board is designed for continuous 24/7 operation and focuses on stability, manageability and expandability, for example through multiple PCIe slots and extensive storage connectivity (details depend on the exact configuration and are not expanded here if not explicitly specified).
Typical applications for the X13SEI-TF include small and medium business servers, high-performance file and application servers, virtualization hosts, database servers, edge computing nodes and professional workstations for CAD, content creation or scientific computing. The combination of server-class components, high network bandwidth and broad expansion options allows IT administrators and power users to consolidate multiple workloads on a single, efficient platform. Companies can thereby reduce the number of physical systems required, simplify management and increase overall reliability.
The advantages of this motherboard lie above all in its performance, reliability and scalability. The LGA4677 Socket-E and Intel C741 chipset enable the use of powerful Intel Xeon processors that can provide high core counts and advanced server features (such as error-correcting memory support, depending on CPU and memory configuration). The dual 10-Gigabit LAN ports significantly improve data throughput compared to conventional 1-Gigabit connections and are ideal for modern storage backends, backup solutions and virtual desktop infrastructures. USB 3.2 Gen 1 interfaces ensure fast data exchange with external devices and help accelerate backup, deployment and service processes. The ATX design offers a good balance between expandability and compatibility with common server and workstation enclosures.
Supermicro, the manufacturer of the X13SEI-TF, is internationally recognized as a specialist in server, storage and high-performance computing solutions. The company focuses on modular, efficient and high-density system architectures and works closely with leading processor and component manufacturers. According to publicly communicated company objectives, Supermicro places emphasis on energy-efficient system designs and the optimization of power consumption at system and rack level. These measures can help reduce the energy footprint of data centers and IT infrastructures and support customers in operating more sustainably.
By choosing a server platform like the Supermicro X13SEI-TF, buyers can contribute to more sustainable IT operations: a powerful, well-dimensioned system can consolidate workloads, reduce the number of physical servers required and thus help lower overall energy consumption and hardware use. In conjunction with the manufacturer's focus on efficiency-oriented designs, this enables organizations and technically savvy private users alike to make a contribution to responsible, future-oriented IT while still benefiting from high performance and reliability.