HPE ProLiant Compute DL380 Gen12 6515P 64GB 8SFF Server

The HPE ProLiant Compute DL380 Gen12 is a 2U enterprise rack server designed for virtualization, application hosting, database workloads, infrastructure services, storage environments and other professional data-centre applications. This configuration combines one Intel Xeon 6515P processor, 64GB DDR5 Smart Memory, an 8-SFF drive chassis, an NVMe boot device, an HPE MR408i-o Gen11 storage controller, dual 800W Platinum hot-plug power supplies and HPE enterprise management technologies.

The supplied configuration is built around a single 16-core Intel Xeon 6515P processor running at 2.40GHz, with 64GB of DDR5 memory installed as one 64GB module. It also includes an HPE NS204i-u v2 480GB NVMe Hot Plug Boot Optimized Storage Device, support for eight SFF drives and an HPE MR408i-o Gen11 x8-lane 4GB-cache OCP SPDM storage controller. HPE lists the configuration with dual 800W Flex Slot Platinum Hot Plug power supplies and 3/3/3 warranty coverage.

The 2U rack architecture provides considerably more expansion potential than a conventional office desktop or tower server. The platform is designed for deployment inside standard data-centre racks and can be integrated with enterprise switching, storage, backup, UPS and virtualization infrastructure.

For Indian businesses, this type of server is suitable for centralized application hosting, virtualization clusters, database services, file services, development environments and infrastructure management. A company operating from Delhi, Noida or Gurgaon can deploy the system in an appropriate rack environment while maintaining remote administration through the integrated server-management platform.

Key Features

• 2U enterprise rack server architecture
• Intel Xeon 6515P processor with 16 cores
• 2.40GHz processor frequency
• 72MB L3 cache
• 64GB DDR5 Smart Memory
• 1 x 64GB memory configuration
• 6400 MT/s memory speed
• 8-SFF drive-bay configuration
• 480GB NVMe Hot Plug Boot Optimized Storage Device
• HPE MR408i-o Gen11 x8-lane 4GB-cache OCP SPDM storage controller
• 10Gb 2-port BASE-T networking
• 2 x 800W Flex Slot Platinum Hot Plug power supplies
• HPE iLO 7 management
• TPM security hardware
• HPE OneView Standard
• 3-Year Parts, 3-Year Labour and 3-Year Onsite Support

The configuration is designed as a ready-to-deploy enterprise server rather than simply a bare rack chassis. The included boot-optimized NVMe device provides dedicated boot storage, while the 8-SFF architecture allows the storage subsystem to be expanded with supported drives according to the requirements of the deployment.

Why Choose This Rack Server

The DL380 platform is designed for organizations that require enterprise computing density, serviceability, storage flexibility and remote management in a 2U form factor. It can serve as a physical host for virtualization, an application server, a database platform or a dedicated infrastructure node.

The 16-core processor provides a substantial CPU resource for workloads that benefit from multi-core processing. The 64GB memory configuration gives the system a practical starting point for virtualization and application workloads while the underlying platform provides significant room for future memory expansion.

For a Noida software company, the server can host development and testing virtual machines alongside internal applications. For a Gurgaon enterprise, it can provide a platform for ERP, database, file or application services. In a Delhi data-centre environment, the 2U form factor allows the system to be integrated into a conventional rack with structured power and networking.

Customers building a complete infrastructure environment can also consider a professional managed network switch such as the TP-Link 48-port managed 10G-uplink switch when planning the server’s rack connectivity.

Processor Architecture

The Intel Xeon 6515P is a server-class processor with 16 cores, a 2.40GHz base frequency, 72MB of L3 cache and a 150W processor thermal design power. HPE’s published configuration identifies one processor in the supplied server.

The processor architecture is designed for enterprise workloads where predictable multi-core compute capacity is important. Multiple CPU cores can be allocated across virtual machines or application processes according to the workload and software architecture.

For a virtualization deployment in Delhi NCR, the available cores can be distributed between application servers, development environments, management services and other virtual workloads. Actual virtual-machine density should be calculated from CPU utilization, memory requirements, storage I/O and application behaviour rather than processor core count alone.

The large L3 cache provides a shared cache resource for processor workloads. Cache utilization varies according to application behaviour, so the processor should be evaluated as part of the complete server architecture rather than by cache size alone.

AI Processing and Accelerator Support

This configuration is primarily a CPU-based enterprise server rather than a dedicated GPU accelerator system. The broader platform can be configured with supported accelerators, but accelerator deployment depends on the selected risers, power configuration, thermal requirements, physical clearance and supported hardware combinations.

For AI infrastructure, the server can be used for CPU-based data preparation, application services, databases, orchestration, model-serving components and other workloads that do not require dedicated GPU acceleration.

Organizations planning GPU-based AI training or inference should specify the required accelerator, graphics memory, number of GPUs, power budget, cooling configuration and software framework before selecting the final server configuration.

Graphics and Accelerator Expansion

The supplied configuration does not include a dedicated GPU. This keeps the system focused on enterprise CPU, storage and networking workloads.

The DL380 Gen12 platform is designed with PCIe expansion capability for supported network adapters, storage controllers and accelerator hardware. HPE’s platform documentation identifies PCIe Gen5 expansion and OCP networking options on supported configurations.

When adding an accelerator later, the complete configuration must be checked. Power supply capacity, PCIe slot availability, riser configuration, thermal requirements and physical clearance all affect compatibility.

This makes the platform suitable for organizations that want to begin with a conventional enterprise server and later expand the infrastructure as application requirements grow.

Memory Architecture

The supplied system includes 64GB of DDR5 Smart Memory in a 1 x 64GB configuration. HPE identifies the installed memory as 6400 MT/s Dual Rank memory for this configuration.

The single-module configuration provides an initial 64GB memory capacity while leaving the broader platform’s memory architecture available for future expansion using supported HPE memory modules and population rules.

Memory capacity is particularly important in virtualization environments because each virtual machine consumes a portion of the host’s available RAM. Database applications, development environments and analytics platforms can also become memory-intensive as their datasets grow.

Organizations planning future expansion should use HPE-supported DDR5 Smart Memory and follow the recommended population sequence. Mixing unsupported modules or configurations can affect compatibility and system operation.

Storage Technology

The server is configured with an HPE NS204i-u v2 480GB NVMe Hot Plug Boot Optimized Storage Device. This dedicated boot-storage architecture separates the operating-system boot workload from the main SFF storage subsystem. HPE lists the NS204i-u v2 specifically in this configuration.

The system also provides support for eight SFF drives. The installed HPE MR408i-o Gen11 storage controller uses an x8 PCIe connection and includes 4GB of cache.

This architecture gives administrators flexibility when designing the main storage pool. Additional supported drives can be selected according to capacity, performance, RAID and application requirements.

For database environments in Bengaluru or Hyderabad, storage planning should consider IOPS, latency, redundancy, backup windows and database transaction patterns. For virtualization, storage should be selected according to the number of virtual machines, workload type and expected concurrent I/O.

Expansion and Upgradeability

The DL380 Gen12 platform is designed for expansion across memory, storage, networking and PCIe devices. HPE identifies PCIe Gen5 expansion and OCP networking capabilities on the platform.

The 8-SFF configuration provides a compact drive architecture while retaining additional storage possibilities within the supported platform configuration. Storage expansion should be planned around the installed backplane, controller and supported drive types.

Additional networking can be considered when the server requires dedicated management, storage, backup or production-network connectivity. OCP and PCIe expansion options allow infrastructure designers to build the network architecture around the deployment.

Accelerator upgrades require additional planning because high-power devices can change the server’s power and thermal requirements. The correct riser and power configuration must be verified before installing expansion hardware.

Ports and Network Connectivity

The supplied configuration includes a Broadcom 10Gb 2-port BASE-T network adapter. This provides high-speed copper Ethernet connectivity for enterprise network infrastructure. HPE identifies the adapter as part of the Smart Choice configuration.

Two 10Gb network ports can be used within a broader server-network design according to the organization’s requirements. Depending on the infrastructure, one interface can participate in a production network while another is allocated to management, backup or another logical network.

Network segmentation should be designed around the organization’s VLAN, firewall, switching and security policies. In a virtualization environment, administrators may also use separate logical networks for management, virtual-machine traffic, storage and backup.

Enterprise Security

The server platform includes enterprise-oriented security and management capabilities. HPE identifies a TPM security module as part of this configuration and provides iLO 7 for remote server management.

Remote management is particularly useful in data-centre environments where administrators may need to monitor or manage systems without physically accessing the rack.

Organizations deploying the server should integrate its management interface into their existing security architecture. Administrative credentials, management-network access, firmware updates and remote-management policies should be controlled according to the organization’s security requirements.

For institutional and enterprise procurement in India, maintaining the server’s serial information, invoice, warranty documentation and configuration details is also useful for asset management and support processes.

Reliability and Cooling

The 2U rack architecture provides dedicated physical space for server cooling and expansion. The supplied configuration includes a high-performance fan kit and two 800W Flex Slot Platinum Hot Plug power supplies. HPE lists these components as part of the configuration.

The dual hot-plug power supplies provide a redundant power architecture when connected to appropriately designed power sources. Actual power redundancy depends on facility-level electrical design and should normally involve separate UPS or power-distribution paths where required.

Rack installation should maintain the airflow direction and clearance specified by HPE. Server-room cabling should not obstruct front-to-back airflow.

Indian data-centre environments can experience substantial cooling loads. Facility cooling, rack airflow, UPS capacity and power-distribution design should therefore be considered alongside the server itself.

Professional Software and Virtualization Compatibility

The server is suitable for enterprise operating systems, virtualization platforms and server applications that support the processor, storage controller, networking hardware and current HPE firmware ecosystem.

Typical deployment categories include:

• Virtualization hosts
• Windows Server environments
• Linux server environments
• Database servers
• ERP and business application servers
• Application servers
• File services
• Backup infrastructure
• Development and testing environments
• Private-cloud infrastructure
• Monitoring and management services

Specific hypervisor and operating-system support should always be checked against the current HPE support matrix before production deployment. Firmware and driver versions should also be maintained according to the organization’s server lifecycle policy.

Industry Applications

Virtualization: The combination of 16 processor cores, 64GB memory, enterprise storage control and remote management makes the server suitable as a starting platform for virtualization workloads. Virtual-machine density should be calculated according to actual CPU, RAM and storage utilization.

Database Infrastructure: The system can be used for database workloads where the storage subsystem is sized correctly for transaction volume and I/O requirements. Additional supported drives can be considered where greater capacity or redundancy is required.

Enterprise Applications: Businesses in Delhi NCR can deploy the server for ERP, CRM, middleware, application services and internal business platforms.

Development and Testing: Software teams can use the server for isolated development environments, test systems, application staging and virtual machines.

Data Centre Infrastructure: The 2U rack form factor, hot-plug power supplies, remote management and SFF storage architecture make it suitable for professional rack deployments.

Education and Research: Universities and research organizations can use the server for virtualization, laboratory applications, development environments and centralized infrastructure services.

Technical Specifications

The listed specifications are based on HPE’s current India product information for this exact configuration. HPE identifies the 16-core processor, 64GB memory, 8-SFF architecture, NVMe boot device, MR408i-o storage controller, dual 800W Platinum power supplies and 3/3/3 warranty.

Package Contents

• HPE ProLiant Compute DL380 Gen12 rack server
• Intel Xeon 6515P processor configuration
• 64GB DDR5 Smart Memory
• 480GB NVMe Hot Plug Boot Optimized Storage Device
• HPE MR408i-o Gen11 storage controller
• 8-SFF drive-bay configuration
• 2 x 800W Flex Slot Platinum Hot Plug power supplies
• High-performance fan configuration
• TPM security hardware
• HPE bezel and intrusion-detection components as specified
• Standard documentation and supplied server accessories

Additional data drives, operating-system licenses not specified in the configuration, rack rails, additional networking adapters, accelerators and optional support services are not included unless specifically stated in the quotation or order.

For customers building a complete server rack, Thencix can also supply compatible networking and infrastructure hardware according to the required deployment design.

Why Buy From Thencix

Thencix supplies enterprise computing hardware from Nehru Place, New Delhi, with GST invoicing and configuration assistance for business, institutional and project requirements.

Enterprise servers should be evaluated as part of the complete infrastructure rather than as an isolated hardware purchase. Storage, switching, UPS capacity, rack space, backup strategy and virtualization requirements should be considered before deployment.

• 3-Year HPE Server Warranty: HPE specifies 3/3/3 coverage for this configuration, covering three years of parts, three years of labour and three years of onsite support.
• GST Invoice: GST invoicing is provided for business and institutional procurement.
• Enterprise Configuration Support: Configuration requirements can be reviewed against CPU, RAM, storage, RAID and networking requirements.
• Nehru Place Location: Thencix operates from 109B Osian Building, 12 Nehru Place, Delhi 110019.
• WhatsApp Support: Contact +91 9891150949 for configuration confirmation and bulk procurement requirements.

For customers requiring additional networking, storage or infrastructure components, configuration support can be provided before finalizing the order.

Comparison With Similar HPE ProLiant Server Configurations

The DL380 Gen12 family is available in multiple processor, memory, storage, controller and power configurations. HPE’s current India portfolio includes configurations using different Xeon 6 processors, memory populations, SFF or LFF storage arrangements and different power-supply combinations.

The 16-core configuration is suitable when the workload requires substantial CPU capacity without moving to a higher-core processor configuration. The installed 64GB memory provides a practical starting point for virtualization and application workloads.

The 8-SFF architecture is particularly useful when a compact storage form factor is preferred. Organizations requiring a large number of high-capacity mechanical drives should evaluate an appropriate LFF configuration instead.

The included dual 800W Platinum power supplies provide a redundant hot-plug power architecture for the supplied system. Higher-power accelerator configurations may require different power-supply and cooling selections.

Customers comparing server configurations should evaluate the complete platform: processor, memory population, drive-bay architecture, storage controller, networking, power supplies, cooling, expansion and management features.

For a complete rack environment, a managed 10Gb-uplink network switch such as the TP-Link enterprise managed switch can be evaluated alongside the server for network connectivity requirements.

Frequently Asked Questions

What processor is included?

The configuration includes one Intel Xeon 6515P processor with 16 cores, a 2.40GHz frequency and 72MB L3 cache. HPE lists the processor at 150W TDP.

How much RAM is included?

The server includes 64GB of DDR5 Smart Memory in a 1 x 64GB configuration at 6400 MT/s.

How many SFF drives does the chassis support?

The supplied configuration supports eight SFF drives. The included 480GB NVMe device is the boot-optimized storage component; additional drives depend on the supported storage configuration.

Is a storage controller included?

Yes. The configuration includes an HPE MR408i-o Gen11 x8-lane 4GB-cache OCP SPDM storage controller.

What networking is included?

The supplied configuration includes a Broadcom 10Gb 2-port BASE-T network adapter.

Does it include redundant power supplies?

Yes. Two 800W Flex Slot Platinum Hot Plug power supplies are included. Actual power redundancy depends on the facility’s power-distribution and UPS design.

Does the server support remote management?

Yes. The Gen12 platform uses HPE iLO 7 for remote server management and administration.

Does the server include TPM security?

Yes. TPM security hardware is included in the published configuration.

What warranty is included?

The configuration carries HPE 3/3/3 warranty coverage: three years of parts, three years of labour and three years of onsite support.

Can the server be upgraded later?

Yes. The broader platform supports expansion across memory, storage, PCIe devices and networking. Specific upgrades must be checked against the installed chassis, riser, power, cooling and controller configuration.

Is it suitable for virtualization?

Yes. The multi-core processor, 64GB DDR5 memory, enterprise storage controller, 8-SFF architecture and remote-management features make the configuration suitable for virtualization when the hypervisor and workload requirements are correctly sized.

Can Thencix provide a customized server configuration?

Yes. For enterprise, institutional, government and project requirements, contact Thencix on WhatsApp at +91 9891150949 with your CPU, RAM, storage, RAID, networking and support requirements for configuration assistance and quotation.

Final Buying Recommendation

The HPE ProLiant Compute DL380 Gen12 provides a professional 2U rack-server platform built around the Intel Xeon 6515P, 64GB DDR5 Smart Memory, eight SFF drive positions, dedicated NVMe boot storage, enterprise storage control, 10Gb networking, redundant hot-plug power and HPE iLO 7 management.

The configuration is appropriate for organizations planning virtualization, application hosting, databases, development environments, file services and other enterprise infrastructure workloads. The combination of rack density, remote management, storage expansion and redundant power makes it suitable for professional server-room and data-centre deployments.

The installed 64GB memory provides a practical starting capacity, while the platform can be expanded according to supported HPE memory and storage configurations. The 8-SFF architecture provides a compact storage footprint and the PCIe/OCP architecture allows future networking, storage and accelerator expansion where supported.

Before ordering, customers should confirm the intended operating system or hypervisor, storage capacity, RAID requirements, network topology, backup strategy, rack dimensions and power requirements. For enterprise, institutional or bulk procurement, contact Thencix on WhatsApp at +91 9891150949 for configuration assistance.