HPE P02723-B21 ProLiant DL360 Gen10 Server

• High-density virtualization clusters (VMware, Hyper-V, KVM)
• Private cloud and hybrid cloud compute nodes
• Mission-critical enterprise application hosting
• High-performance database workloads
• ERP and financial system processing
• Containerized microservices infrastructure
• Web-scale application hosting
• Edge data center compute nodes
• AI/analytics preprocessing workloads
• Disaster recovery and failover clusters

• Dual Intel Xeon 6248 processors (20 cores each) for high compute density
• 64GB ECC RAM ensuring data integrity and system stability
• 1U rack design optimized for maximum compute per rack unit
• Enterprise-grade virtualization performance
• High-core-count architecture for parallel workloads
• Scalable memory and CPU expansion capabilities
• Optimized for cloud-native and hybrid environments
• High availability support for clustered deployments
• Energy-efficient compute density for data centers
• Strong workload consolidation capabilities
• Designed for mission-critical enterprise workloads
• Flexible storage and networking expansion options
• Reliable 24/7 production-grade operation
• Lifecycle-optimized for long-term enterprise deployments

• Brand: HPE
• Product Family: HPE ProLiant DL300 Series
• Model: DL360 Gen10
• SKU: P02723-B21
• Processor: 2 × Intel Xeon 6248 (20-core each)
• Total CPU Cores: 40 cores total
• Memory: 64GB DDR4 ECC RAM
• Form Factor: 1U Rack Server
• Architecture: Dual-socket Intel Xeon platform
• Target Workloads: Virtualization, cloud, enterprise applications
• Platform: HPE Gen10 Server Architecture

WHY CHOOSE THIS PRODUCT?

• Organizations select the DL360 Gen10 when they require maximum compute power in a compact 1U form factor without compromising enterprise reliability. The dual Intel Xeon 6248 processors deliver high core density, making it highly effective for virtualization-heavy workloads and parallel processing environments.
• Compared to single-socket or entry-level servers, it offers significantly higher throughput, better workload consolidation, and improved application performance. Against larger 2U systems, it provides better rack density and energy efficiency per compute unit.
• From a procurement perspective, it is ideal for data center modernization, virtualization expansion, and hybrid cloud adoption where space optimization, performance scaling, and lifecycle efficiency directly impact total cost of ownership (TCO).