Serveur rack Intel Server System M50CYP2UR208, 2U, sans CPU, 0 Go RAM, SATA, baies 2,5" hot-swap

The Intel Server System M50CYP2UR208 is a 2U rack server built on the Intel C621A chipset and designed for mainstream data centre tasks. It supports LGA 4189 processors, up to 12 TB of DDR4-SDRAM across 32 DIMM slots, hardware RAID levels 0, 1, 5 and 10, and includes an integrated Aspeed AST2500 graphics controller. With dual-processor support and a 2100 W power supply, this server provides a balanced platform for compute, storage and networking workloads.

Advantages

The M50CYP2UR208 offers high memory capacity and extensive I/O options in a 2U chassis, enabling dense deployment of memory-intensive applications. Dual-processor support and RAID functionality improve performance and data protection. The included Aspeed AST2500 provides out-of-band management capabilities suitable for remote administration.

Suitable for

• Virtualisation and private cloud hosts
• Database and analytics servers
• File, backup and storage servers
• Web, ecommerce and application servers

Key specifications

• Brand: INTEL
• Model: Server System Intel M50CYP2UR208 (MPN: M50CYP2UR208)
• Chipset: Intel C621A
• CPU socket: LGA 4189, supports up to 2 processors
• Memory: up to 12000 GB DDR4-SDRAM, 32 DIMM slots
• Storage controller: Hardware RAID 0, 1, 5, 10
• Onboard graphics: Aspeed AST2500
• Chassis: 2U rack
• Power supply: 2100 W
• EAN: 5032037218986

How to use

Install compatible LGA 4189 processors and populate DDR4 DIMM slots according to the motherboard manual to reach required memory capacity. Configure RAID arrays via the server’s storage controller or firmware during initial setup. Connect the server in a standard 19-inch rack, provide appropriate power through redundant PDUs if required, and use the onboard Aspeed AST2500 for remote KVM and management tasks. Follow standard data centre procedures for cabling, cooling and firmware updates.

Recommendations

For memory-intensive workloads, populate memory channels evenly across both processors and verify firmware/BIOS settings for optimal performance. Use redundant power and regular backups when deploying production databases or storage services.