DELL C6420-YTVTT – PowerEdge C6420 YTVTT

Detailed Description:

The Dell PowerEdge C6420 YTVTT is a performance-optimized server platform designed for demanding workloads in high-performance computing (HPC), virtualization, and cloud environments. Its modular design encapsulates Dell’s commitment to efficiency, scalability, and density, allowing businesses to scale out their computing capabilities in line with their growth. The server is housed in a compact 2U chassis and supports up to four independent hot-swappable server nodes, maximizing data center density and minimizing the overall footprint.

Each node in the C6420 YTVTT is capable of supporting dual Intel Xeon Scalable processors, with up to 28 cores per processor, providing the computational power needed to tackle complex calculations and data processing tasks. The server’s architecture also allows for substantial memory capacity, with each node supporting up to 16 DDR4 DIMM slots, enabling high-speed data processing and accommodating memory-intensive applications.

For storage, the PowerEdge C6420 offers flexibility across its nodes, with options for up to six 2.5″” or three 3.5″” drives per node, supporting a mix of SAS, SATA, and SSDs. This allows for tailored storage solutions that can be optimized for either performance or capacity needs. Integrated RAID options enhance data protection and storage performance.

The server’s design incorporates advanced cooling and power efficiency features, reducing operational costs and supporting Dell’s commitment to environmental sustainability. Comprehensive management tools, including the integrated Dell Remote Access Controller (iDRAC) with Lifecycle Controller, provide simplified management across the server lifecycle, from deployment through maintenance and troubleshooting, ensuring efficient and effective data center operations. With its balance of density, performance, and manageability, the Dell PowerEdge C6420 YTVTT is an excellent choice for organizations needing to optimize their IT infrastructure for the challenges of modern computing.