P10065-002 HPE Apollo 4200 Gen10 24LFF CTO MLB Server

Performance-Driven Architecture

The server board is engineered to maximize throughput with dual-socket support, allowing enterprises to install Intel Xeon scalable processors that cater to virtualized environments, AI modeling, high-performance computing, and mission-critical tasks. Its architecture ensures lower latency, reduced bottlenecks, and seamless multitasking across heavy workloads.

Memory Optimization

The HPE Apollo 4200 Gen10 MLB integrates multiple DDR4 DIMM slots, enabling businesses to expand memory capacity significantly. This functionality is critical for workloads involving:

• Database processing
• Virtualization and hypervisors
• Data analytics
• Cloud-native applications

With increased memory bandwidth, organizations benefit from accelerated query responses, improved caching, and smooth virtualization performance.

Specifications of HPE P10065-002 Apollo 4200 Gen10 MLB Server

Processor Support

Designed for dual Intel Xeon Scalable processors, the MLB delivers optimal CPU performance, supporting a range of models with varying cores and frequencies. This flexibility makes it suitable for small to large enterprises depending on workload demands.

Memory Expansion

Equipped with multiple DIMM slots, the MLB supports terabytes of DDR4 memory. Memory modules operate at higher frequencies, ensuring balanced throughput and low latency for compute-intensive applications.

Storage Capabilities

Supporting 24 Large Form Factor (LFF) drives, this system board offers enterprises the ability to handle massive storage requirements. Businesses involved in:

• Data warehousing
• Big data analytics
• AI/ML storage frameworks
• Backup and archiving

can rely on the MLB for long-term reliability and flexibility.

Expansion and Connectivity

With multiple PCIe expansion slots, the server board ensures compatibility with advanced networking adapters, GPUs, and storage controllers. Connectivity flexibility supports high-bandwidth requirements and enables businesses to scale resources on demand.

Power and Efficiency

Energy efficiency is a core design element. The system board’s optimized power management and thermal regulation reduce operational costs, making it ideal for businesses aiming to achieve sustainability without compromising performance.

Benefits of Choosing HPE Apollo 4200 Gen10 MLB Server

High Storage Density

The ability to house up to 24 LFF drives within the Apollo 4200 Gen10 platform makes the MLB a leading choice for organizations requiring scalable storage within limited rack space.

Enterprise Security

Integrated firmware-based security protocols, such as Silicon Root of Trust, ensure the system board prevents unauthorized firmware tampering and safeguards sensitive workloads.

Scalability for Diverse Workloads

Whether used for cloud computing, big data, or enterprise applications, the MLB scales effectively. Businesses can expand processing, memory, and storage resources without major architectural changes.

Enterprise Storage and Backup

With the 24 LFF drive capability, the system board supports extensive backup and archival storage, ensuring critical data is preserved securely.

Flexible Deployment

The board’s compatibility with various enterprise environments—from traditional data centers to cloud-native applications—makes it versatile for different industries.

Optimized for Cost-Effective Operations

Energy efficiency combined with scalable design ensures that organizations gain maximum ROI while lowering operational expenditures.

Detailed Technical Advantages

Security Enhancements

Silicon Root of Trust

Protects the system from firmware-based attacks by validating the system’s BIOS before startup.

Firmware Updates

Digitally signed updates ensure only verified firmware runs on the MLB, maintaining a secure environment for workloads.

Networking Support

Designed for high-speed networking, the MLB integrates with adapters that support 10/25/40/100Gb Ethernet, allowing businesses to meet bandwidth requirements of modern applications.

Manageability

HPE iLO Management

The board integrates with HPE Integrated Lights-Out (iLO), offering remote management, automated updates, and monitoring capabilities that simplify system administration.

Automation and Monitoring

Integration with HPE OneView allows IT teams to automate tasks, monitor health, and streamline resource provisioning.

Comparison with Other System Boards

Versus Rack Servers

Unlike standard rack server boards, the Apollo 4200 Gen10 MLB focuses on high storage density within a balanced compute environment, making it unique for storage-centric workloads.

Versus Blade Servers

Blade systems emphasize compute density, while the Apollo 4200 MLB emphasizes storage scalability and balanced processing, making it a more versatile choice for organizations requiring both.

Industries Benefiting from Apollo 4200 Gen10 MLB

Healthcare

Hospitals and research institutions handling imaging, patient records, and genomic datasets can rely on the MLB’s storage density and compute performance.

Financial Services

Banks and financial firms processing real-time transactions and risk modeling benefit from the board’s low latency and high throughput.

Media and Entertainment

Studios and broadcasters managing large media libraries utilize the MLB’s LFF storage to manage growing content archives.

Telecommunications

Telecom operators deploying edge and cloud solutions find value in the MLB’s flexibility and connectivity options.

Future-Proof Design

The HPE Apollo 4200 Gen10 MLB is built with scalability in mind. With support for future firmware updates, newer processors, and expanded memory modules, enterprises can rely on this platform for years without frequent hardware replacements.