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HPE ProLiant DL380 Gen-l1 – Intel Xeon Gold 6430, 64 GB RAM, 1000 W Titanium PSU, Enterprise Server
Key Features
Brand:HPE
Processor: Intel Xeon Gold 6430
Memory: 64 GB RAM (2 × 32 GB dual-rank)
Power Supply: 1000 W Flex Slot Titanium hot-plug PSU
Use Case: Enterprise server, virtualization, data centre workloads, large-scale compute
Warranty: 3/3/3 (Parts / Labour / On-site)
1 Year Warranty
HPE ProLiant DL380 Gen11 Intel Xeon Gold 6430 Enterprise Server Product Overview
The HPE ProLiant DL380 Gen11 Rack Server balances high-density processing acceleration, flexible high-bandwidth memory scaling, and enterprise-grade hardware security tracking. Featuring an Intel Xeon Gold 6430 processor and sixty-four gigabytes of high-speed system memory alongside an ultra-efficient 1000W Titanium Power Supply Unit, this two-rack-unit server chassis serves as an ideal solution for heavy database virtualization, enterprise application hosting, and localized cloud infrastructure. Designed to deliver adaptable performance inside standard data center environments, this Gen11 server ensures exceptional computational reliability for demanding small-to-medium enterprise workloads.
Modern corporate environments require secure local processing and deep hardware health visibility, and this rack-mountable server delivers on both fronts. It seamlessly handles intensive processing tasks including multi-tenant virtualization, mid-sized business accounting databases, and complex data analytics. By combining advanced hardware-level hardware protection with an expandable modular backplane layout, it eliminates traditional processing bottlenecks during peak computing hours. Whether you are building an isolated container cluster or deploying a dedicated local file repository, this HPE ProLiant server provides enterprise-grade engineering in a robust physical form factor.
Technical Specifications
| Feature | Specification |
|---|---|
| Form Factor | Two Rack Unit Rack Mountable Chassis |
| Generation | ProLiant Gen11 |
| Processor Model | Intel Xeon Gold 6430 Processor |
| Core Count | Thirty Two Core Sixty Four Thread Architecture |
| Base Memory | Sixty Four Gigabytes High Bandwidth RAM |
| Power Supply | 1000W Titanium Power Supply Unit |
| Infrastructure Management | HPE Integrated Lights Out 6 Management |
Core Product Capabilities
Advanced Intel Xeon Gold Processing
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- Features a thirty-two core Intel Xeon Gold 6430 processing architecture
- Delivers steady sixty-four thread execution for multi-threaded applications
- Supports embedded hyper-threading technology to quicken heavy software processing
- Optimizes operational power efficiency to reduce overall data center cooling costs
High Bandwidth Memory Scaling
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- Includes sixty-four gigabytes of enterprise-grade registered system memory
- Employs advanced error-correcting code to prevent operating system crashes
- Supports extensive scaling paths via multiple available memory slot lanes
- Maximizes data transfer rates between memory modules and processor cores
Titanium Rated Power Efficiency
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- Incorporates a highly efficient 1000W Titanium power supply unit
- Minimizes electrical power waste inside corporate server rooms
- Supports hot-plug power redundancy configurations to prevent system downtime
- Lowers monthly infrastructure operational costs during continuous processing tasks
Performance and Workflow Optimization
High Density Virtualization Scaling
The server hardware utilizes specialized hardware virtualization features to isolate distinct guest systems. This architecture allows technology managers to launch dozens of separate virtual machines, microservices, and testing containers inside a single physical chassis, maximizing office resource use and lowering hardware capital costs.
Centralized Remote Management Portal
Technical infrastructure groups benefit directly from the hardware design. Operating with the integrated HPE Lights-Out 6 management system allows technicians to monitor system health metrics, modify power configurations, and install operating systems remotely. This technical versatility ensures that off-site technical teams can fix server errors without traveling to the data center facility.
Data Security and Silicon Trust Protocols
Silicon Root of Trust Defense
Information protection remains a primary structural benefit of this rack server. The server architecture ties essential firmware security directly into the silicon microchips from the factory, running continuous security verification scripts before the server boots up. This defense mechanism ensures that your principal operating systems resist malicious firmware infections.
Active Firmware Malicious Intrusion Recovery
Hardware reliability is reinforced through automated system recovery tools. If the server identifies unauthorized modifications to its core boot code, the internal management controller intercepts the startup process and restores the system to a safe factory configuration automatically. This automated protective workflow guards sensitive business data assets from sophisticated network threats.
Infrastructure Architecture Utilization Guidelines
Corporate Database Application Duties
The thirty-two core layout provides excellent real estate for core business databases. It comfortably coordinates localized enterprise resource planning tools, payroll spreadsheets, and secure financial databases simultaneously, eliminating data access delays across your entire local area network mesh.
Centralized Office File Archiving Hub
For distributed corporate setups, this intelligent server offers a reliable platform to consolidate local data. Network staff can configure extensive storage spaces to host secure employee document archives, company text files, and automated local data backups, keeping your primary digital files accessible and isolated from public web vulnerabilities.
Primary User Benefits
Low Capital Infrastructure Costs
The server enables corporate finance managers to lower physical computing costs. This multi-core convergence layer ensures that missing system hosts like independent print servers, web directories, and localized security firewalls are resolved efficiently within a single rack chassis.
