Dell PowerEdge R740 Rack Server | 20-Core 2.1GHz Enterprise Compute Node

• High-density virtualization environments (VMware, Hyper-V, KVM)
• Private cloud infrastructure nodes
• Enterprise ERP and CRM application hosting
• Database-heavy workloads and analytics processing
• Multi-tenant enterprise computing platforms
• Software-defined data center deployments
• Hybrid cloud workload integration
• DevOps CI/CD pipeline execution servers
• Business intelligence and reporting systems
• Disaster recovery and backup infrastructure nodes

• 20-core high-performance 2.1GHz CPU for parallel workloads
• 2U rack form factor for balanced compute and expansion
• Optimized for virtualization and cloud-native environments
• Dual-socket capable architecture (platform dependent)
• High memory scalability for large VM deployments
• Flexible storage architecture (SAS/SATA/NVMe options)
• Strong PCIe expansion support for networking and acceleration
• Designed for workload consolidation and efficiency
• Enterprise-grade reliability and uptime optimization
• Integrated remote management via Dell iDRAC
• Supports hybrid cloud and software-defined infrastructure
• Built for long-term infrastructure lifecycle extension

• Brand: Dell
• Model: PowerEdge R740 (DELLR740-28)
• Form Factor: 2U Rack Server
• Processor: 20-Core CPU @ 2.1GHz
• CPU Architecture: Intel Xeon Scalable family (configuration dependent)
• Target Workloads: Virtualization, Cloud, Enterprise Applications
• Memory: Scalable DDR4 ECC (configuration dependent)
• Storage: SAS / SATA / NVMe options (configuration dependent)
• Expansion: Multiple PCIe slots
• Management: Dell iDRAC Remote Management
• Deployment: Data center / Hybrid cloud / Enterprise core

WHY CHOOSE THIS PRODUCT?

• Organizations select this R740 configuration for its ability to handle high-density virtualization and compute-heavy enterprise workloads while maintaining predictable performance under load.
• It offers strong ROI by consolidating multiple workloads into fewer physical servers, reducing operational overhead, power consumption, and data center footprint. Compared to lower-core configurations, it delivers improved multitasking efficiency and better workload distribution for enterprise applications.
• Its modular and scalable architecture ensures long-term infrastructure value, allowing incremental upgrades rather than full system replacement-supporting cost-efficient digital transformation strategies.