HPE Smart Array P440 12GBPS 2Port 26 Channel SAS SATA FBWC RAID Storage Controller

Overview of the Smart Array P440ar Controller

Key Features

• Brand: Hewlett Packard Enterprise (HPE)
• Model Number: 726736-B21

Technical Specifications

Product Details

• Model: Smart Array P440ar
• Type: SAS Controller
• Interface: 12 Gb/s SAS
• Data Backup: Flash Backed Cache
• Form Factor: Plug-in Module
• Supported RAID Levels: 5, 60
• RAID Support: Yes
• Total SAS Ports: 2
• Product Line: Smart Array

Interface and Ports

• Internal SAS Ports: 2
• Total SAS Ports: 2

Environmental and Platform Support

• Environmental Certification: WEEE
• Eco-Friendly: Yes
• Compatible Platforms: PC

Physical Dimensions

• Form Factor: Plug-in Module
• Height: 4.1 inches
• Thickness: 1.2 inches
• Width: 5.3 inches
• Weight: Approximately 1 lb

Interface: PCIe 3.0 x8

The HPE P440 RAID Storage Controller stands out among its competitors with its advanced interface feature, specifically the PCIe 3.0 x8. This interface offers an exceptional level of performance and reliability, making it a crucial factor to consider for users in need of a high-performing storage solution.

Enhanced Performance

The PCIe 3.0 x8 interface of the HPE P440 RAID Storage Controller enables faster data transfers between the controller and the server's motherboard. With eight lanes of communication, it provides a significant increase in bandwidth compared to previous generations.

This increased bandwidth translates into enhanced performance for users. Whether they are running demanding applications, processing large data sets, or handling heavy workloads, the PCIe 3.0 x8 interface ensures smooth and efficient data flow, minimizing latency and maximizing system responsiveness.

Seamless Scalability

Another notable benefit of the PCIe 3.0 x8 interface is its ability to support future expansion and scalability. As technology advances and demands grow, businesses often need to upgrade their storage systems to accommodate larger capacities and higher performance requirements.

With the HPE P440 RAID Storage Controller's PCIe 3.0 x8 interface, users have the flexibility to expand their storage infrastructure without worrying about bottlenecks or compatibility issues. This future-proof feature ensures that businesses can easily adapt to changing needs and take advantage of emerging technologies without experiencing any performance limitations.

Improved Data Integrity

Data integrity is of utmost importance in any storage environment. The PCIe 3.0 x8 interface plays a vital role in ensuring data integrity by providing a reliable and stable connection between the storage controller and the server.

By utilizing a high-speed interface like PCIe 3.0 x8, users can expect minimal data corruption or loss during data transfers, reducing the risk of errors and ensuring the accuracy and reliability of stored data. This is particularly crucial for businesses that deal with critical and sensitive data, such as financial records or customer information.

In summary, the PCIe 3.0 x8 interface of the HPE P440 RAID Storage Controller offers enhanced performance, seamless scalability, and improved data integrity. With its high bandwidth and reliable connection, users can experience faster data transfers, easily expand their storage infrastructure, and maintain the integrity of their valuable data.

Data Transfer Rate: 12Gbps

The data transfer rate is a crucial factor to consider when evaluating storage solutions. The HPE P440 RAID Storage Controller excels in this aspect with its impressive data transfer rate of 12Gbps. This high-speed capability significantly enhances the overall performance and efficiency of storage operations.

Lightning-Fast Data Transfers

The 12Gbps data transfer rate of the HPE P440 RAID Storage Controller allows for lightning-fast data transfers between the controller and connected drives. This speed is twice that of its predecessor, offering a substantial improvement in performance.

With such a high data transfer rate, users can experience significantly reduced file transfer times, enabling faster backups, restores, and system updates. This is particularly beneficial for businesses that rely on quick and efficient data processing to meet demanding deadlines or provide seamless user experiences.

Optimized Workflows

The increased data transfer rate provided by the HPE P440 RAID Storage Controller enables optimized workflows in various scenarios. Whether it's handling large multimedia files, running complex virtualized environments, or supporting real-time analytics, the 12Gbps data transfer rate ensures smooth and uninterrupted operations.

Users can expect improved productivity and reduced waiting times when accessing or transferring large amounts of data. This translates into more efficient workflows, allowing businesses to maximize their resources and achieve higher levels of productivity.

Future-Proof Investment

Investing in a storage solution with a high data transfer rate like the HPE P440 RAID Storage Controller's 12Gbps ensures future-proofing your infrastructure. As data volumes continue to grow exponentially, having a capable storage controller that can handle these increasing demands becomes crucial.

By choosing a storage controller with a high data transfer rate, businesses can avoid potential performance bottlenecks and costly upgrades in the future. The 12Gbps data transfer rate of the HPE P440 RAID Storage Controller offers ample headroom for scalability and ensures that businesses can keep up with evolving data requirements without compromising performance.

In conclusion, the 12Gbps data transfer rate of the HPE P440 RAID Storage Controller delivers lightning-fast data transfers, optimized workflows, and future-proof investment. With its exceptional speed and performance, users can experience reduced transfer times, improved productivity, and the confidence that their storage infrastructure can handle growing data demands.

Ports: 2

When considering a storage controller, the number of ports is an essential feature to evaluate. The HPE P440 RAID Storage Controller boasts two ports, providing users with flexibility, expandability, and redundancy options for their storage setup.

Flexible Storage Configurations

The two ports offered by the HPE P440 RAID Storage Controller enable users to create flexible storage configurations to meet their specific needs. With multiple ports available, users can connect a variety of drives and devices simultaneously.

This flexibility allows for various storage options such as RAID configurations, JBOD (Just a Bunch of Disks) setups, or even a combination of both. Users can optimize their storage infrastructure based on their requirements, whether they prioritize performance, capacity, redundancy, or a balance between these factors.

Expandability

The two ports provided by the HPE P440 RAID Storage Controller offer expandability options for businesses that need to scale their storage capacity. With additional ports, users can connect more drives or devices, increasing the overall storage capacity of their system.

This expandability ensures that businesses can easily accommodate growing data volumes without the need for a complete overhaul of their storage infrastructure. The ability to add more drives or devices as needed allows for a cost-effective and scalable solution that can adapt to evolving storage requirements.

Redundancy and Data Protection

Redundancy is a critical aspect of any storage system, as it ensures data protection and minimizes the risk of data loss. The HPE P440 RAID Storage Controller's two ports provide users with redundancy options to safeguard their valuable data.

By configuring the two ports in a redundant setup, such as RAID 1 (mirroring), users can create a failover mechanism. In the event of a drive failure, data remains accessible and protected on the secondary drive, reducing downtime and potential data loss.

Additionally, the use of multiple ports enables load balancing across drives, ensuring optimal performance and preventing any single point of failure. This redundancy feature is particularly crucial in mission-critical environments where uninterrupted access to data is essential.

In summary, the two ports offered by the HPE P440 RAID Storage Controller provide flexibility, expandability, and redundancy options for users. With multiple ports available, users can create flexible storage configurations, easily scale their storage capacity, and ensure data protection through redundancy.

Channels: 26

The number of channels is a significant consideration when evaluating a storage controller's capabilities. The HPE P440 RAID Storage Controller stands out with its impressive 26 channels, offering exceptional performance and flexibility for users' storage needs.

High Performance and Throughput

The 26 channels provided by the HPE P440 RAID Storage Controller deliver high performance and impressive throughput capabilities. Each channel acts as a dedicated pathway for data transfer between the controller and the connected drives, ensuring efficient and reliable data flow.

With more channels available, users can experience higher data transfer rates and improved overall system performance. This is particularly beneficial for users who rely on storage-intensive applications, such as video editing, data analytics, or virtualization, where fast and uninterrupted access to data is crucial.

Efficient Drive Management

The multitude of channels offered by the HPE P440 RAID Storage Controller enables efficient drive management and organization. Users can connect a large number of drives to the controller, allowing for various storage configurations and setups.

This flexibility in drive management allows users to optimize their storage infrastructure based on their specific needs. Whether it's creating different RAID levels, segregating drives based on different workloads, or implementing tiered storage strategies, the 26 channels ensure that users have the necessary resources to design a storage system that meets their requirements.

Scalability and Future-Proofing

The 26 channels provided by the HPE P440 RAID Storage Controller offer scalability and future-proofing options for businesses. As data volumes continue to grow exponentially, having a storage controller that can accommodate these increasing demands becomes essential.

By utilizing the extensive number of channels available, businesses can easily scale their storage capacity without compromising performance. The ability to connect numerous drives provides ample headroom for future expansion and ensures that businesses can adapt to evolving storage requirements without any limitations.

In conclusion, the 26 channels offered by the HPE P440 RAID Storage Controller deliver high performance, efficient drive management, scalability, and future-proofing capabilities. With its impressive channel count, users can experience enhanced data throughput, optimize drive organization, and easily scale their storage infrastructure to meet growing demands.

Support: SAS, SATA

The support for different types of drives is a crucial consideration when selecting a storage controller. The HPE P440 RAID Storage Controller excels in this aspect by offering support for both SAS (Serial Attached SCSI) and SATA (Serial ATA) drives. This versatility provides users with a wide range of options to suit their specific storage requirements.

Compatibility and Flexibility

The support for both SAS and SATA drives ensures compatibility and flexibility for users. SAS drives are commonly used in enterprise environments due to their high performance, reliability, and scalability. SATA drives, on the other hand, are more cost-effective and often used in small to medium-sized businesses or home environments.

By supporting both drive types, the HPE P440 RAID Storage Controller allows users to choose the drives that best suit their needs and budget. This flexibility enables businesses to implement a storage infrastructure that aligns with their specific requirements and ensures compatibility with existing hardware or future expansion plans.

Optimized Performance

The combination of SAS and SATA drive support provided by the HPE P440 RAID Storage Controller allows for optimized performance based on the workload and storage demands. SAS drives excel in scenarios that require high performance, low latency, and robust data protection.

For applications that require maximum performance, such as database servers or virtualized environments, SAS drives deliver faster data access and improved overall system responsiveness. SATA drives, on the other hand, offer higher storage capacities at a more affordable price point, making them suitable for less demanding workloads or bulk storage needs.

Redundancy and Data Protection

The support for both SAS and SATA drives enhances redundancy and data protection capabilities. By combining different drive types in a RAID configuration, users can achieve a balance between performance and data redundancy.

For example, users can configure SAS drives in a RAID 10 setup for critical applications that demand both high performance and data protection. SATA drives can be used in a RAID 5 or RAID 6 configuration for cost-effective redundancy and increased storage capacity.

This flexibility in drive selection and RAID configurations ensures that businesses can customize their storage setup to meet their specific redundancy and data protection requirements.

In summary, the support for both SAS and SATA drives offered by the HPE P440 RAID Storage Controller provides compatibility, flexibility, optimized performance, and enhanced data protection options. Users can choose the drive types that best suit their needs, optimize performance based on workloads, and achieve desired redundancy levels based on business requirements.

Cache: FBWC

The cache is a critical component of a storage controller that enhances performance and data access speed. The HPE P440 RAID Storage Controller boasts Flash-Backed Write Cache (FBWC) technology, offering significant benefits and importance to users seeking optimal storage performance.

Improved Read and Write Performance

The FBWC technology employed by the HPE P440 RAID Storage Controller significantly improves read and write performance. By utilizing a high-speed cache memory, data can be temporarily stored before being written to the drives. This allows for faster write operations as the controller can quickly acknowledge write requests while handling the actual write process in the background.

Similarly, read operations benefit from the cache by retrieving frequently accessed data from the cache memory instead of fetching it directly from the drives. This results in reduced latency and faster access times, enhancing overall system performance and responsiveness.

Enhanced Data Protection

The FBWC technology of the HPE P440 RAID Storage Controller also provides enhanced data protection. In the event of power loss or system failure, the cache memory retains its contents due to its flash-backed nature. This ensures that any data waiting to be written to the drives is not lost or corrupted.

When power is restored or the system recovers from a failure, the cached data is written back to the drives before normal operations resume. This feature eliminates the risk of data loss or corruption, providing an extra layer of protection for critical information.

Improved I/O Efficiency

The use of FBWC technology in the HPE P440 RAID Storage Controller improves I/O (Input/Output) efficiency. By temporarily storing data in the cache, the controller can optimize the order and timing of write operations, reducing unnecessary disk accesses and minimizing I/O bottlenecks.

This enhanced I/O efficiency results in improved system performance and reduced latency. Users can experience faster data access and retrieval, especially in scenarios where random access patterns are common, such as database applications or virtualized environments.

In conclusion, the FBWC technology of the HPE P440 RAID Storage Controller offers improved read and write performance, enhanced data protection, and optimized I/O efficiency. With its flash-backed cache memory, users can experience faster data access, minimized downtime due to power loss or system failures, and improved overall system performance.