HPE MSA D2700 25-Bay 2.5-Inch SFF Storage

Overview of HPE MSA D2700 Storage Enclosure

The HPE MSA D2700 is a high-density enterprise storage expansion enclosure designed to extend the storage capacity of servers and storage arrays in demanding IT environments. Developed by Hewlett Packard Enterprise, the HPE MSA D2700 provides scalable, reliable, and high-performance storage expansion using Small Form Factor (SFF) 2.5-inch drives.

With support for up to 25 drive bays in a compact 2U rackmount chassis, the HPE MSA D2700 is ideal for businesses that require large storage capacity while maintaining efficient rack space utilization. The enclosure is built to deliver enterprise reliability and seamless integration with HPE ProLiant servers and HPE storage controllers.

25-Bay 2.5-Inch High-Density Drive Architecture

The HPE MSA D2700 25-Bay 2.5-Inch Storage Enclosure supports up to 25 Small Form Factor (SFF) drives, allowing organizations to deploy a high-density storage solution within limited rack space.

Supported drive types include:

• Enterprise SAS drives

• Nearline SAS drives

• Solid State Drives (SSD)

• High-performance SAS HDDs

The compact 2.5-inch drive form factor provides improved performance and lower power consumption compared to traditional large-form-factor drives. This makes the HPE MSA D2700 particularly suitable for performance-sensitive applications and modern data center infrastructures.

High-Speed 6Gb SAS Connectivity

The HPE MSA D2700 uses 6Gb/s SAS connectivity to ensure high-speed data communication between the enclosure and host servers or storage controllers. The enclosure connects using external Mini-SAS interfaces and is compatible with HPE Smart Array controllers and supported HPE storage systems.

Key connectivity advantages include:

• Reliable high-speed data transfer

• Multipath connectivity for redundancy

• Compatibility with enterprise RAID controllers

• Support for high I/O workloads

This architecture ensures consistent performance for demanding applications such as virtualization, databases, and data analytics.

Enterprise-Grade Redundancy and Reliability

The HPE MSA D2700 25-Bay Storage Enclosure is engineered with redundancy and high availability in mind. It includes enterprise-level hardware components that ensure continuous operation even during hardware maintenance or component failures.

Key reliability features include:

• Redundant hot-swappable power supplies

• Redundant cooling fans

• Hot-plug drive support

• Dual-domain capability (depending on configuration)

These features reduce downtime and help organizations maintain continuous data availability.

Scalable Storage Expansion for Growing Data

Data growth is one of the biggest challenges for modern organizations. The HPE MSA D2700 addresses this challenge by providing flexible expansion options that allow businesses to increase storage capacity without replacing existing infrastructure.

Multiple enclosures can be connected to supported controllers, enabling organizations to scale their storage environment as demand increases. This modular scalability protects long-term IT investments while simplifying infrastructure expansion.

Integration with HPE Server and Storage Ecosystem

The HPE MSA D2700 25-Bay 2.5-Inch Storage Enclosure integrates seamlessly with various HPE server platforms including:

• HPE ProLiant DL Series servers

• HPE ProLiant ML Series servers

• HPE Smart Array controllers

This integration ensures simplified deployment, optimized performance, and centralized management within HPE-based IT environments.

Optimized for Virtualization and High-Performance Workloads

The HPE MSA D2700 is particularly well suited for virtualization infrastructures and enterprise workloads that require fast disk access and reliable storage performance.

Common deployment scenarios include:

• Virtual machine storage

• Database hosting

• Enterprise backup systems

• Application storage

• Cloud and hybrid infrastructure

The combination of SAS connectivity and high-density drive support allows the HPE MSA D2700 to deliver consistent performance across multiple workloads.

Efficient Cooling and Energy Management

The enclosure is designed with an advanced cooling architecture that ensures proper airflow and temperature management even when all drive bays are fully populated. Intelligent fan control adjusts cooling performance based on workload and temperature conditions, helping reduce energy consumption while maintaining optimal operating temperatures.

This efficient thermal design helps extend hardware lifespan and ensures reliable operation in data center environments.

Cost-Effective Enterprise Storage Expansion

The HPE MSA D2700 25-Bay 2.5-Inch Storage Enclosure provides a cost-efficient method for organizations to expand storage capacity without deploying a completely new storage array.

By supporting both SAS and SSD drives, businesses can implement tiered storage strategies where high-performance drives are used for critical workloads while high-capacity drives handle archival or bulk storage. This flexibility helps reduce total cost of ownership while maintaining enterprise-level reliability and performance.

Flexible Storage Tiering and Workload Optimization

The HPE MSA D2700 25-Bay 2.5-Inch Storage Enclosure provides excellent flexibility for implementing storage tiering strategies in enterprise environments. By supporting a mix of high-performance SAS drives and solid-state drives (SSDs), organizations can optimize their storage infrastructure based on workload requirements. Critical applications that demand fast read and write speeds can run on SSD tiers, while less performance-sensitive workloads can utilize high-capacity SAS drives.

This flexible architecture enables IT teams to balance performance and cost efficiency within the same storage environment. As data workloads evolve, administrators can easily adjust storage configurations without replacing existing infrastructure. The scalability and adaptability of the HPE MSA D2700 make it an ideal solution for businesses that require a reliable, future-ready storage expansion platform capable of supporting dynamic enterprise workloads.