P47642-001 HPE Infiniband NDR200 1-Port OSFP PCIe 5.0 x16 Network Adapter

Comprehensive Product Outline

The HPE P47642-001 network adapter is engineered for ultra‑fast data movement and optimized connectivity across modern enterprise infrastructures.

Main Specifications

• Manufacturer: HPE
• Part Number: P47642-001
• Device Type: Network Adapter

Technical Specifications

• Form Factor: Plug-in Card
• Interface: PCI Express 5.0 x16
• PCI Specification: PCIe 5.0
• Ports: 1 x 200Gb Ethernet / 200Gb Infiniband
• Data Link Protocol: 100 Gigabit LAN, 200 Gigabit Infiniband
• Data Transfer Rate: 200 Gbps

Port & Protocol Capabilities

• Single OSFP port supporting dual‑mode operation
• 200Gb Ethernet and 200Gb Infiniband compatibility
• Flexible protocol handling for diverse deployment scenarios

Performance & Throughput

Data Link Protocols

• High‑capacity 200‑Gigabit Ethernet
• Low‑latency 200‑Gigabit Infiniband

Connectivity Technology

• Wired networking optimized for HPC and enterprise environments
• OSFP connector ensuring robust and stable high‑speed links

Operational Usage & Deployment

Primary Use Scenarios

• High‑performance computing clusters requiring ultra‑fast interconnects
• Large‑scale data centers with bandwidth‑intensive operations
• Enterprise networks handling mission‑critical data transfers

Application Advantages

• Boosts throughput with 200‑Gbps data rates
• Dual‑protocol support enhances adaptability across infrastructures
• PCIe 5.0 interface ensures next‑generation performance scaling

Key Benefits Summary

• High‑efficiency data movement for modern workloads
• Versatile Ethernet/Infiniband operation for hybrid environments
• Future‑ready architecture supporting evolving network demands

HPE P47642-001 InfiniBand NDR200 Network Adapter

The HPE P47642-001 InfiniBand NDR200 1-Port OSFP PCIe 5.0 x16 MCX75310AAS-HEAT Network Adapter represents a new generation of high-performance interconnect technology designed for advanced computing environments that require exceptional bandwidth, ultra-low latency, and efficient data movement. Built for demanding applications such as artificial intelligence, machine learning, high-performance computing, cloud infrastructure, scientific research, and large-scale enterprise workloads, this adapter delivers the performance required for modern data-intensive operations.

Designed around advanced InfiniBand NDR200 technology, the HPE P47642-001 adapter provides a powerful networking solution that enables rapid communication between servers, storage systems, and compute clusters. The adapter combines PCI Express 5.0 x16 host connectivity with a single OSFP port interface to provide extremely high-speed network communication while maintaining efficient power consumption and optimized system performance. Its integration of the NVIDIA Mellanox ConnectX-7 architecture, identified by the MCX75310AAS-HEAT designation, enables advanced networking capabilities suitable for next-generation data centers.

This network adapter belongs to the category of high-speed InfiniBand adapters designed for environments where traditional networking solutions cannot provide the required throughput and response times. It is engineered to support complex workloads that involve massive parallel processing, distributed computing, and real-time data exchange between interconnected systems.

Advanced InfiniBand NDR200 Connectivity Technology

The HPE P47642-001 utilizes InfiniBand NDR200 technology to provide a significant advancement in network performance. InfiniBand networking is widely recognized for its ability to deliver extremely low latency and highly efficient communication, making it an ideal choice for high-performance computing clusters and accelerated computing platforms. NDR200 technology enables faster data transfers compared with previous generations while supporting the growing requirements of modern computational workloads.

The adapter’s NDR200 capability allows organizations to build highly scalable infrastructures capable of handling enormous volumes of data traffic. Whether deployed in artificial intelligence training environments, simulation platforms, financial modeling systems, or enterprise-scale analytics solutions, this adapter helps reduce communication bottlenecks between connected resources.

The use of InfiniBand architecture provides optimized communication pathways between servers, allowing processors, accelerators, and storage devices to exchange information efficiently. This results in improved application performance, reduced processing delays, and enhanced overall system utilization.

High-Bandwidth 200Gb/s Network Performance

The HPE P47642-001 InfiniBand NDR200 adapter is designed to deliver high-speed 200Gb/s connectivity through its single OSFP port. This high bandwidth capability enables rapid transmission of large datasets and supports applications requiring continuous high-volume data exchange. The adapter is particularly beneficial for workloads involving artificial intelligence models, deep learning frameworks, scientific calculations, and large-scale virtualization environments.

By providing high throughput through a single network interface, the adapter helps simplify infrastructure design while reducing the number of network components required to achieve desired performance levels. The result is a more efficient and scalable data center architecture with improved operational flexibility.

PCI Express 5.0 x16 Host Interface

The HPE P47642-001 network adapter features a PCI Express 5.0 x16 interface, providing a high-speed connection between the adapter and the host server system. PCIe 5.0 technology offers increased bandwidth compared with earlier PCI Express generations, allowing the adapter to efficiently transfer data between the network interface and system resources.

The PCIe 5.0 x16 interface ensures that the adapter can operate at its full networking capability without being limited by insufficient host connectivity. This makes it suitable for modern servers equipped with advanced processors, accelerators, and high-performance storage solutions.

The wide x16 PCIe connection improves data flow efficiency and supports demanding enterprise applications that require consistent performance under heavy workloads. It allows organizations to maximize the benefits of high-speed InfiniBand networking while maintaining reliable server communication.

OSFP Port Design for Next-Generation Networking

The adapter incorporates a single OSFP port, a modern optical interface standard designed for high-speed networking applications. OSFP technology provides a compact and efficient connection method that supports next-generation data transmission requirements while allowing compatibility with advanced optical and cable solutions.

The OSFP port design enables flexible deployment options within high-performance computing environments. It supports connections to compatible InfiniBand switches, networking fabrics, and data center infrastructure designed for ultra-high-speed communication.

This advanced port configuration helps organizations create efficient network architectures capable of supporting future expansion and increasing bandwidth demands. The OSFP interface contributes to improved cable management, enhanced scalability, and reliable high-speed connectivity.

NVIDIA Mellanox ConnectX-7 Architecture Integration

The HPE P47642-001 incorporates the NVIDIA Mellanox ConnectX-7 networking platform, represented by the MCX75310AAS-HEAT model designation. ConnectX-7 technology provides advanced networking capabilities designed for accelerated computing environments, combining high throughput, low latency communication, and intelligent data processing features.

ConnectX-7 adapters are engineered to support modern data center requirements by enabling efficient communication between compute nodes, storage platforms, and accelerator resources. The architecture is optimized for demanding applications where network performance directly impacts overall workload efficiency.

Through advanced hardware acceleration features, the adapter helps reduce CPU overhead by efficiently managing network operations. This allows server processors to dedicate more resources to application workloads while maintaining fast and reliable data transfer.

High-Performance Computing

Artificial intelligence and high-performance computing environments require networking solutions capable of handling massive amounts of information with minimal delay. The HPE P47642-001 InfiniBand NDR200 adapter is designed specifically for these performance-driven applications.

AI training platforms often involve thousands of computational operations distributed across multiple servers and accelerators. Efficient communication between these systems is essential for maintaining performance and reducing training times. The adapter’s high-speed InfiniBand connectivity provides the communication foundation required for large-scale AI infrastructure.

High-performance computing clusters also benefit from the adapter’s low-latency communication capabilities. Scientific simulations, engineering analysis, weather modeling, and research applications can achieve improved efficiency through faster exchange of computational data.

Optimized Data Center Networking Performance

Modern data centers require networking hardware that can support increasing data volumes while maintaining operational efficiency. The HPE P47642-001 provides a solution optimized for environments where speed, scalability, and reliability are critical factors.

Its advanced networking capabilities allow organizations to create highly efficient server clusters capable of supporting demanding workloads. The adapter helps improve communication between connected systems, enabling faster application execution and better resource utilization.

The combination of InfiniBand NDR200 performance, PCIe 5.0 connectivity, and ConnectX-7 technology makes this adapter a suitable choice for next-generation data center environments.

Enterprise-Class Network Adapter Features

The HPE P47642-001 InfiniBand NDR200 adapter provides enterprise-grade functionality designed to meet the requirements of professional computing environments. Its advanced design supports reliable operation in mission-critical infrastructures where consistent network performance is essential.

The adapter is engineered for compatibility with HPE server platforms and high-performance computing architectures. Its hardware design supports demanding workloads while maintaining efficient operation within enterprise data center environments.

Low-Latency Communication Capability

Low latency is one of the most important characteristics of high-performance networking. The HPE P47642-001 minimizes communication delays between connected systems, allowing applications to exchange information quickly and efficiently.

Reduced latency improves the performance of distributed applications, especially those that require frequent communication between multiple computing nodes. This makes the adapter valuable for workloads such as parallel processing, database acceleration, and large-scale analytics.

Scalable Infrastructure Support

The adapter is designed to support scalable infrastructure growth by providing the bandwidth and connectivity required for expanding computing environments. Organizations can integrate this adapter into advanced network fabrics to support increasing demands from emerging technologies.

Its high-speed architecture enables businesses and research institutions to build flexible computing environments capable of adapting to future performance requirements.

Thermal Optimized MCX75310AAS-HEAT

The MCX75310AAS-HEAT configuration of the HPE P47642-001 incorporates thermal optimization features designed for high-performance operation. Advanced networking adapters generate significant heat when handling intensive workloads, making efficient thermal management essential for maintaining reliability and consistent performance.

The heat-optimized design helps support stable operation in demanding server environments where continuous data processing is required. Effective thermal characteristics contribute to improved durability and dependable long-term performance.

Integration with Modern Server Environments

The HPE P47642-001 is designed for integration into advanced server platforms that require high-speed networking capabilities. Its PCIe 5.0 x16 interface and InfiniBand connectivity make it suitable for systems used in enterprise computing, research facilities, and accelerated data processing environments.

The adapter provides organizations with a reliable method for connecting powerful server resources into high-performance network fabrics. It supports efficient communication between computing nodes while helping maximize the capabilities of modern server hardware.

Advanced Networking for Future Workloads

As data processing requirements continue to increase, organizations need networking solutions capable of supporting future workloads. The HPE P47642-001 InfiniBand NDR200 adapter provides the advanced connectivity required for evolving technologies, including artificial intelligence, machine learning, cloud computing, and accelerated analytics.

Its combination of high bandwidth, low latency, and advanced architecture positions it as a powerful networking component for next-generation computing infrastructures. The adapter enables organizations to create faster, more efficient, and scalable environments capable of handling increasingly complex applications.

Reliable High-Speed InfiniBand Networking

The HPE P47642-001 InfiniBand NDR200 1-Port OSFP PCIe 5.0 x16 MCX75310AAS-HEAT Network Adapter delivers a powerful combination of speed, efficiency, and advanced connectivity for modern high-performance computing environments. With its NDR200 technology, OSFP interface, PCIe 5.0 host connection, and ConnectX-7 architecture, it provides the performance foundation required for demanding enterprise and research applications.

This adapter is engineered to support organizations seeking enhanced data movement capabilities, improved workload efficiency, and scalable networking performance. Its advanced design makes it a valuable component for building powerful computing infrastructures capable of meeting current and future technology demands.