Supermicro SCLA25TQC R609LP - rack mount - 2U - improved advanced ATX - SATA/SAS - hot swap 650 watts - Black group system enclosure manufacturers super micro computer manufacturer item no. CSE-LA25TQC-R609LP Model SCLA25TQC R609LP EAN/UPC Product Description: Supermicro SCLA25TQC R609LP P - rack mount - 2U - improved advanced ATX Product type System cabinet form factor Rack-mount - 2U Color Black Integrated peripherals LED Panel Supported motherboards ATX, Extended ATX, enhanced extended ATX server storage bays SATA/SAS - hot-swap system enclosure features Intrusion Switch Power supply device Power supply 650 watts Redundant power supply Yes Required AC 120/230 V (50 - 60 Hz) Dimensions (width x depth x height) 43.7 cm x 64.7 cm x 8.9 cm
Details: General form factor rack mount - 2U max motherboard size Improved advanced ATX Supported motherboards ATX, extended ATX, enhanced extended ATX supported motherboards ATX, extended ATX
The "2HE SUPERMICRO CSE-LA25TQC-R609LP OEM" from Super Micro is a 2U server-class solution designed for professional data center and enterprise environments, where reliability, density and energy efficiency are crucial. As a 2U form factor platform, it is suitable for installation in standard 19-inch racks and is typically used for applications such as virtualization, private and hybrid cloud infrastructures, software-defined storage, and demanding business workloads.
From the product name and typical Super Micro conventions, this model belongs to the family of high-density, performance-optimized server platforms that combine efficient cooling with a compact design to support modern multi-core processors, high memory capacity, and fast I/O options. The OEM designation indicates that the chassis or system is intended for integration by system builders or solution providers who customize it with specific CPUs, memory configurations, storage, and network cards to match individual project requirements. This makes the platform especially attractive for integrators and customers who need tailored solutions rather than fixed, preconfigured systems.
In typical deployments, 2U Super Micro platforms are used for: - Consolidation of virtual machines and containers in virtualization clusters. - Hosting of databases and business-critical applications. - Implementation of medium to large private cloud nodes or edge-to-core infrastructure. - High-density compute and I/O workloads in colocation and managed hosting environments.
Advantages include: - Efficient use of rack space, striking a balance between compact height (2U) and sufficient internal room for expansion and robust cooling. - High reliability and availability, as Super Micro systems are engineered for continuous 24/7 operation in professional environments. - Flexibility for OEMs and IT departments to configure CPU, storage, and network components to best meet performance, capacity, and budget targets. - Optimization for energy efficiency, which helps reduce operating costs and the environmental footprint in the data center.
Super Micro (Supermicro) is a globally established manufacturer of server and storage solutions with a strong focus on high-performance, energy-efficient systems for data centers, cloud providers, enterprises and industrial applications. The company is known for a broad portfolio of server boards, chassis and complete systems that are engineered for reliability and long service life.
In recent years, Super Micro has emphasized sustainability through its "Resource-Saving" and high-efficiency system concepts, which aim to reduce power consumption and improve the overall energy profile of IT infrastructures. By offering energy-optimized platforms and dense form factors, Super Micro supports customers in lowering CO? emissions and saving operating costs over the lifetime of a system. Choosing a modern, efficiency-oriented 2U platform like this one therefore does not only pay off in terms of performance and flexibility: it also helps the purchasing customer contribute to more sustainable IT operations and a more responsible use of resources in the data center.