P36057-001 HPE InfiniBand 200GB 1-Port QSFP56 PCIE4 x16 Adapter

HPE InfiniBand 200GB 1-Port Adapter

The HPE P36057-001 InfiniBand 200GB QSFP56 PCIe4 x16 Adapter delivers ultra-fast connectivity, optimized bandwidth, and dependable performance for enterprise-grade servers and data centers.

Manufacturer Details

• Brand: Hewlett Packard Enterprise
• Part Number: P36057-001
• Category: High-Speed Networking Adapter

Technical Specifications

Form Factor

• OCP 3.0 Small Form Factor (SFF)

Performance Metrics

• Data Transfer Rate: Up to 200 Gigabits per second
• Bus Interface: PCIe 4.0 x16

Connector and Cable Support

• Connector Type: QSFP56
• Compatible Cables: DAC (Direct Attach Copper) and AOC (Active Optical Cable)

Port Availability

• Total Number of Ports: 1

Server Compatibility

Supported Systems

• HPE ProLiant DL Rack Mount Gen10 Plus Servers

Physical Dimensions

Measurements (Metric)

• Length: 21.49 cm
• Width: 24.69 cm
• Height: 6.2 cm

HPE P36057-001 InfiniBand HDR Ethernet Adapter Overview

The HPE P36057-001 InfiniBand HDR Ethernet 200GB 1-Port QSFP56 PCIe4 x16 OCP3 MCX653435A-HDAI Adapter represents a powerful solution designed to meet the increasing demands of data-intensive enterprise environments. This advanced networking adapter integrates cutting-edge InfiniBand HDR and high-speed Ethernet capabilities into a compact OCP 3.0 form factor, enabling exceptional throughput, ultra-low latency, and seamless scalability across modern data centers. Built for high-performance computing, artificial intelligence workloads, cloud infrastructures, and large-scale storage systems, this adapter enhances network efficiency while maintaining robust reliability.

InfiniBand HDR and High-Speed Ethernet Integration

InfiniBand HDR technology delivers exceptional performance with speeds reaching up to 200 gigabits per second, offering significant improvements in bandwidth and latency over previous generations. By integrating HDR InfiniBand with Ethernet networking, the HPE P36057-001 adapter provides versatile connectivity for diverse workloads. Enterprises can deploy unified fabrics that support both traditional Ethernet traffic and high-performance computing communication, reducing infrastructure complexity while improving operational efficiency.

Advanced QSFP56 Connectivity for Enhanced Throughput

The QSFP56 port design enables the adapter to support high-density cabling and advanced signaling technologies. This connectivity standard is optimized for next-generation data transfer speeds, ensuring stable, high-bandwidth connections across servers, switches, and storage devices. The QSFP56 interface also supports backward compatibility with certain lower-speed connections, allowing organizations to integrate the adapter into existing network architectures without extensive upgrades.

Optimized for High-Bandwidth Workloads

High-bandwidth workloads such as machine learning training, real-time analytics, and large-scale simulations benefit significantly from the adapter’s ability to process massive data volumes efficiently. With consistent throughput and minimal packet loss, the HPE P36057-001 ensures smooth data flows even during peak network utilization, enhancing productivity and application responsiveness.

PCIe Gen4 x16 Interface for Maximum Performance

The PCIe Gen4 x16 interface significantly enhances data transfer rates between the network adapter and host system. Compared to previous PCIe generations, PCIe Gen4 doubles the bandwidth, reducing bottlenecks and ensuring that network speeds can be fully utilized. This high-speed bus architecture is essential for modern servers that handle intensive networking workloads requiring rapid data processing and minimal latency.

Low-Latency Data Path Optimization

Latency-sensitive applications benefit from the optimized data paths built into the adapter’s architecture. Advanced offloading technologies reduce CPU overhead by handling network processing tasks directly on the adapter hardware. This approach improves overall system performance and allows host processors to focus on application workloads rather than network management.

Enhanced Throughput Efficiency

By leveraging PCIe Gen4 capabilities, the adapter ensures that data transfers remain consistent and efficient even during high traffic volumes. This high throughput efficiency is critical for enterprise data centers that rely on real-time data processing, distributed computing, and high-speed storage access.

Scalable for Future Growth

PCIe Gen4 support ensures long-term compatibility with emerging server platforms and network technologies. Organizations can scale their infrastructure confidently, knowing that the adapter can accommodate future bandwidth demands without requiring immediate hardware replacement.

OCP 3.0 Form Factor for Modern Data Centers

The Open Compute Project (OCP) 3.0 form factor offers a streamlined and space-efficient design optimized for hyperscale and enterprise environments. This standardized architecture simplifies deployment, enhances airflow, and reduces power consumption compared to traditional PCIe cards. The HPE P36057-001 adapter’s OCP 3.0 design supports hot-pluggable installation in compatible systems, improving serviceability and minimizing downtime.

Improved Thermal Management

The OCP 3.0 layout facilitates better airflow across the adapter components, reducing heat buildup during high-performance operations. Effective thermal management ensures consistent performance, extends hardware lifespan, and lowers the risk of overheating-related failures.

Space-Saving Design

Data centers with dense server configurations benefit from the compact form factor that allows for higher component density without sacrificing performance. This efficient design supports scalable growth while optimizing rack space utilization.

Standardized Integration

OCP 3.0 compliance ensures compatibility with a wide range of modern server platforms. This standardization simplifies procurement, deployment, and maintenance processes, contributing to lower operational costs.

Enterprise-Grade Reliability and Security

Reliability is a core feature of the HPE P36057-001 InfiniBand HDR Ethernet Adapter. Built with high-quality components and advanced error correction technologies, the adapter maintains stable connections even under heavy network loads. Robust firmware and hardware-level safeguards protect data integrity and ensure continuous operation in mission-critical environments.

Error Detection and Correction Mechanisms

Advanced error detection algorithms monitor data transmissions in real time, identifying and correcting issues before they impact network performance. These mechanisms reduce packet loss and retransmissions, ensuring consistent throughput and reliability.

Secure Data Transmission

Integrated security features protect data as it travels across the network. Encryption support and secure boot processes help prevent unauthorized access and ensure that network communications remain confidential and tamper-resistant.

High Availability for Critical Systems

Designed for continuous operation, the adapter supports redundancy and failover configurations commonly used in enterprise environments. This high availability ensures that network connectivity remains uninterrupted even during hardware maintenance or unexpected failures.

Optimized for High-Performance Computing and AI Workloads

High-performance computing clusters and artificial intelligence infrastructures demand ultra-fast, low-latency networks to process vast amounts of data efficiently. The HPE P36057-001 adapter is engineered to meet these requirements, providing reliable, high-speed connectivity that supports distributed computing and GPU-accelerated workloads.

Accelerated Data Exchange Between Nodes

InfiniBand HDR technology enables rapid communication between compute nodes, minimizing delays during parallel processing tasks. This acceleration is crucial for simulations, scientific research, and large-scale data analytics.

Support for GPU and Accelerator Communication

Modern AI and machine learning workloads rely heavily on GPUs and specialized accelerators. The adapter’s low-latency architecture ensures seamless data exchange between these components, improving training times and inference performance.

Enhanced Scalability for Cluster Environments

Large computing clusters benefit from the adapter’s ability to scale efficiently across hundreds or thousands of nodes. Consistent performance and reliable connectivity ensure that workloads can grow without network limitations.

Versatile Ethernet Capabilities for Enterprise Networking

In addition to InfiniBand HDR, the adapter supports high-speed Ethernet connectivity, making it suitable for traditional enterprise networking tasks such as data storage access, virtualization, and cloud services. This dual-functionality allows organizations to consolidate networking hardware while maintaining high performance across various applications.

High-Speed Data Center Ethernet

With Ethernet speeds up to 200GB, the adapter supports modern data center architectures that require rapid data movement between servers, storage systems, and network switches. This capability improves application performance and reduces network congestion.

Virtualization and Cloud Optimization

Virtualized environments benefit from the adapter’s ability to handle multiple high-bandwidth data streams simultaneously. This optimization ensures smooth operation of virtual machines and containerized workloads in cloud infrastructures.

Storage Networking Efficiency

High-speed Ethernet connectivity enhances access to network-attached storage and distributed file systems. Faster data transfers reduce latency for storage-intensive applications, improving overall system responsiveness.

Advanced Network Offloading and CPU Efficiency

To maximize system performance, the HPE P36057-001 adapter incorporates advanced offloading technologies that handle network processing tasks directly on the hardware. These features reduce CPU utilization, freeing up processing power for application workloads.

TCP/IP and RDMA Offload Capabilities

By offloading TCP/IP processing and supporting Remote Direct Memory Access, the adapter minimizes data copy operations and reduces latency. This approach significantly improves throughput for data-intensive applications.

Reduced System Overhead

Hardware-based processing ensures that network tasks do not overwhelm host CPUs, maintaining consistent performance even under heavy network traffic.

Improved Application Performance

With lower CPU usage and faster data transfers, applications experience improved responsiveness and higher processing efficiency, contributing to better overall system productivity.

Compatibility with HPE Server Platforms

The adapter is specifically engineered for seamless integration with HPE server platforms that support OCP 3.0 networking modules. This compatibility ensures optimized performance, simplified deployment, and reliable operation within HPE enterprise infrastructures.

Optimized Firmware and Driver Support

HPE provides tailored firmware and driver updates that enhance compatibility and performance across supported server models. This ongoing support ensures that the adapter remains secure and efficient throughout its lifecycle.

Simplified Installation and Management

The standardized OCP 3.0 design allows for easy installation without complex configuration processes. Centralized management tools enable administrators to monitor performance, update firmware, and troubleshoot issues efficiently.

Long-Term Enterprise Support

Backed by HPE’s enterprise-grade support services, the adapter benefits from extended warranties, technical assistance, and regular updates, ensuring long-term reliability and value.

Energy Efficiency and Sustainable Design

Modern data centers prioritize energy efficiency to reduce operational costs and environmental impact. The HPE P36057-001 adapter is designed with power-efficient components and intelligent power management features that minimize energy consumption without compromising performance.

Low Power Consumption at High Speeds

Advanced semiconductor technologies enable the adapter to deliver high-speed connectivity while maintaining low power usage. This efficiency contributes to reduced cooling requirements and lower overall energy costs.

Dynamic Power Management

The adapter can adjust power usage based on network activity levels, optimizing energy consumption during periods of low utilization while maintaining peak performance when needed.

Environmentally Responsible Operation

Energy-efficient design supports sustainable data center practices, helping organizations meet environmental goals while maintaining high-performance networking capabilities.