Q9B37A HPE Arria 10 GX FPGA Accelerator.

Overview of HPE Q9B37A Intel Arria 10 GX Accelerator Card 

The HPE Q9B37A Intel Arria 10 GX FPGA 8GB DDR4 PCI Express Accelerator Card is an enterprise-class hardware accelerator designed to improve workload performance across artificial intelligence, machine learning, financial modeling, scientific computing, network acceleration, and high-performance data processing environments. Powered by the Intel Arria 10 GX FPGA architecture, this PCI Express accelerator delivers flexible hardware-based computing while reducing CPU utilization and improving overall system efficiency.

General Specifications

• Manufacturer: HPE
• Part Number: Q9B37A
• Product Type: Accelerator Card

Technical Information

• FPGA Chipset: Intel Arria 10 GX.
• On-Board Memory: 8GB DDR4 ECC.
• Bus Interface: PCIe Gen3 x8.
• Mechanical Slot: PCIe x16.
• Form Factor: Low-profile plug-in card.
• Card Design: Single-slot configuration.
• Power Consumption: 60W maximum.
• FPGA Power: Up to 45W.
• Logic Elements: Approximately 1.15 million.
• On-Chip Memory: 53Mb integrated memory.
• Operating Temperature: Up to 95°C.
• Thermal Protection: Shutdown at 100°C.
• Compatible Servers: HPE ProLiant Gen10 platforms.

High-Speed FPGA Computing

• Accelerates parallel computing tasks
• Supports custom hardware logic implementation
• Improves application responsiveness
• Minimizes processor bottlenecks
• Optimized for enterprise workloads

Memory Advantages

• Error Correction Code (ECC) support
• High-bandwidth memory access
• Improved computational stability
• Reliable enterprise performance
• Optimized for FPGA processing

Highlights of HPE Q9B37A FPGA 8GB DDR4 PCIe Accelerator Card

The HPE Q9B37A Intel Arria 10 GX FPGA 8GB DDR4 PCI Express Accelerator Card is engineered to deliver enterprise-class acceleration performance for infrastructures requiring advanced throughput and reliability. Built on Intel Arria 10 GX FPGA architecture, this accelerator card ensures seamless integration with HPE server platforms, offering enhanced scalability, reduced latency, and optimized workload management for mission-critical applications. Its PCI Express design provides flexibility and redundancy, enabling enterprises to achieve consistent performance across diverse workloads and infrastructures.

High-Performance FPGA Acceleration

The HPE Q9B37A accelerator card provides FPGA-based acceleration, ensuring efficient workload distribution across enterprise applications. With support for 8GB DDR4 memory and PCI Express connectivity, this module delivers reliable throughput for applications such as artificial intelligence, machine learning, and large-scale data analytics. Enterprises benefit from reduced bottlenecks, improved responsiveness, and enhanced scalability when deploying this accelerator card in demanding infrastructures.

Integration With HPE Server Architecture

The accelerator card integrates seamlessly with HPE ProLiant and other enterprise server architectures, offering compatibility with modern motherboards and modular platforms. This integration supports streamlined deployment, simplified management, and enhanced scalability. Enterprises achieve reduced complexity, improved adaptability, and consistent performance across diverse environments, ensuring that computing infrastructures evolve alongside organizational growth.

Advanced Security Features For Data Protection

The HPE Q9B37A accelerator card incorporates advanced security features to safeguard enterprise data. With support for secure boot, firmware protection, and encryption protocols, it ensures compliance with industry standards while reducing exposure to cyber threats. Enterprises benefit from enhanced resilience, minimized risk, and reliable protection for sensitive workloads operating across distributed infrastructures.

Optimized Performance Machine Learning

Machine learning deployments benefit from the HPE Q9B37A accelerator card’s advanced workload management and memory optimization. With support for parallel processing and FPGA customization, this card ensures efficient workload distribution across AI models and machine learning environments. Enterprises achieve improved scalability, reduced latency, and enhanced performance consistency in mission-critical deployments.

Quality of Service Capabilities

Quality of Service capabilities allow administrators to prioritize critical workloads across enterprise infrastructures. The HPE Q9B37A accelerator card ensures that latency-sensitive applications such as real-time analytics, deep learning, and high-frequency trading receive dedicated resources. Enterprises benefit from improved user experiences, optimized workload flow, and reliable computation across diverse applications with enhanced control over resource allocation.

Compact PCI Express Design

The accelerator card’s energy-efficient design minimizes power consumption while maintaining high performance. Its compact PCI Express form factor ensures simplified deployment in dense server environments without overheating risks. Enterprises benefit from reduced cooling requirements, improved sustainability, and extended hardware lifespan in high-density infrastructures where efficiency and reliability are critical for long-term operations.

Scalability For Enterprise Growth

The HPE Q9B37A accelerator card provides scalability to meet growing enterprise demands. With FPGA-based acceleration and 8GB DDR4 memory, businesses can expand their computing infrastructures without significant hardware changes. Enterprises achieve cost-effective scaling, ensuring that computational capabilities evolve alongside organizational growth with minimal disruption and consistent performance across diverse workloads.

Mission-Critical Computing Applications

Reliability is a cornerstone of the HPE Q9B37A accelerator card’s design. Redundant architecture and robust FPGA capabilities ensure continuous operation even during hardware failures. Enterprises benefit from minimized downtime, consistent service availability, and enhanced resilience for mission-critical computing applications requiring uninterrupted performance across distributed environments and global deployments.

Deployment Flexibility Across Diverse Environments

The HPE Q9B37A accelerator card offers deployment flexibility across diverse environments. Its compatibility with HPE servers allows seamless integration into enterprise, campus, and cloud infrastructures. Enterprises can tailor configurations for redundancy, scalability, or performance optimization, ensuring adaptability to evolving business needs with simplified management and streamlined workflows.

High-Density Computing Applications

High-density applications such as data centers, AI clusters, and cloud infrastructures benefit from the HPE Q9B37A accelerator card’s FPGA design and advanced workload management capabilities. Enterprises achieve simplified cabling, reduced infrastructure costs, and improved manageability in environments requiring large-scale device connectivity with consistent performance delivery and reliable throughput across critical workloads.

Future-Proof Computing Solution

The HPE Q9B37A accelerator card is designed as a future-proof solution, meeting evolving enterprise needs. Its compatibility, scalability, and advanced features ensure relevance as technology advances. Businesses can invest confidently, knowing the card will support computing requirements for years to come across diverse industries with minimal upgrade requirements and enhanced adaptability.

Enhanced Performance

Cloud and hybrid computing platforms benefit from the HPE Q9B37A accelerator card’s workload optimization and FPGA customization. Cloud workloads receive prioritized resources, ensuring clear computation and reduced latency. Enterprises achieve improved collaboration between cloud systems, optimized performance, and reliable connectivity for mission-critical workloads across global deployments with consistent quality and seamless integration.

Comprehensive Manageability Features

Manageability features such as centralized monitoring, configuration management, and diagnostics simplify administration. The HPE Q9B37A accelerator card ensures that IT teams can efficiently manage large-scale deployments. Enterprises achieve reduced operational overhead, improved visibility, and enhanced control over computing infrastructures with streamlined workflows and simplified management processes across complex environments.

Emerging Computing Technologies

The HPE Q9B37A accelerator card supports emerging technologies such as advanced AI frameworks, FPGA-based deep learning, and next-generation virtualization standards. Its FPGA design ensures reliable connectivity, while advanced workload management provides high-speed performance. Enterprises benefit from future-ready infrastructure, enabling seamless adoption of new technologies without significant upgrades or disruptions across diverse industries and global deployments.

Enterprise Computing Infrastructures

The resilient architecture of the HPE Q9B37A accelerator card ensures consistent performance under demanding conditions. Redundant FPGA capabilities and advanced workload management features safeguard enterprise computing infrastructures. Enterprises achieve improved uptime, reduced risk, and enhanced reliability for mission-critical applications requiring continuous availability and consistent performance across distributed environments.

Data-Intensive Computing Workloads

Data-intensive workloads such as analytics, AI training, and cloud collaboration benefit from the HPE Q9B37A accelerator card’s FPGA capabilities and workload optimization features. Enterprises achieve optimized performance, reduced latency, and improved scalability for workloads requiring consistent computational resources and reliable performance across distributed environments and mission-critical infrastructures.

Enterprise-Class Reliability

Reliability is a key advantage of the HPE Q9B37A accelerator card. Its robust architecture ensures continuous operation even during hardware failures. Enterprises benefit from minimized downtime, consistent service availability, and enhanced resilience for mission-critical workloads requiring uninterrupted performance across diverse environments and global deployments with consistent performance.

Enhanced Monitoring Capabilities

The HPE Q9B37A accelerator card enhances monitoring by providing real-time visibility into workload performance. Administrators can track device health, workload patterns, and application usage, ensuring proactive management. Enterprises achieve improved efficiency, reduced risk, and enhanced reliability across diverse deployment scenarios with simplified troubleshooting and proactive alerts.

Secure Role-Based Access Control

The accelerator card’s role-based access control ensures that only authorized personnel can configure or manage devices. Enterprises achieve improved security, reduced risk of misconfiguration, and enhanced compliance with industry standards across diverse environments with consistent enforcement of access policies.

HPE Server Platforms

The HPE Q9B37A accelerator card is compatible with a wide range of HPE ProLiant and enterprise platforms, ensuring seamless integration into diverse infrastructures. Enterprises benefit from deployment flexibility, reduced complexity, and enhanced scalability across enterprise and campus networks with simplified device onboarding and configuration.

Enterprise Growth and Expansion

The HPE Q9B37A accelerator card provides scalability to meet growing enterprise demands. With its universal design, businesses can expand their computing infrastructures without requiring significant hardware changes. Enterprises achieve cost-effective scaling, ensuring that accelerator solutions evolve alongside organizational growth with minimal disruption and consistent performance across diverse workloads.

Demanding Computing Conditions

The HPE Q9B37A accelerator card ensures reliable performance even in demanding industrial conditions. Its robust construction and centralized management provide enterprises with confidence in their infrastructure, ensuring uninterrupted connectivity and consistent performance across mission-critical applications requiring continuous availability and resilience.