## Product Insights ### HPE P12918-001 Composable Fabric Module #### Model Specifications The HPE P12918-001 Composable Fabric FM 3032Q is a robust 32-port QSFP28 module designed to enhance network efficiency and performance in data centers. #### Core Attributes ? Compact Design: 1RU form factor ideal for space optimization. ? High-Speed Connectivity: 32x QSFP28 ports capable of supporting 100 Gbps. ? Impressive Fabric Capacity: Achieve up to 800-1600 Gbps using 8 ports, or up to 16 ports for a total of 100 Gbps QSFP28. ? Superior Switching Power: Offers up to 3.2 Tbps switching capacity, ensuring high throughput for demanding applications. ? Streamlined Cabling: Compatible with FM 1006, allows for direct or leaf-spine cabling configurations. ? Redundancy Features: Equipped with hot-swappable power supplies and fans for enhanced reliability. ? Advanced Control Architecture: Operates on a controller-based structure using the Composable Fabric Manager for efficient management. ##### Why Choose HPE Composable Fabric? Investing in the HPE Composable Fabric FM 3032Q ensures your infrastructure remains adaptable and resilient, facilitating a seamless integration into modern data environments. ##### Enhanced Network Performance This module is engineered to support high data transfer rates, enabling organizations to scale their network performance effectively. ##### Flexibility and Scalability The HPE P12918-001 module provides the flexibility to accommodate evolving networking needs, making it a strategic choice for future-proofing your infrastructure. ## Part Number: P12918-001 ### Introduction The HPE Fm 3032q 32-Port QSFP28 Module is an essential component of high-performance data centers and network environments. With its impressive capabilities and cutting-edge technology, this module is designed to meet the demands of modern networking requirements. One of the standout features of this module is its part number, P12918-001, which plays a crucial role in ensuring compatibility and ease of use. ### Compatibility When it comes to networking equipment, compatibility is of utmost importance. The part number P12918-001 serves as a unique identifier for the HPE Fm 3032q 32-Port QSFP28 Module. This ensures that users can easily identify and procure the exact module they need for their specific networking setup. By having a standardized part number, HPE enables seamless integration and interoperability with other HPE devices and components. #### Interchangeability In addition to compatibility, the part number P12918-001 also allows for interchangeability within the HPE product ecosystem. This means that users can effortlessly replace or upgrade their existing modules without any hassle. Whether it's expanding the network capacity or replacing a faulty module, having a standardized part number simplifies the process and reduces downtime significantly. #### Upgradability The HPE Fm 3032q 32-Port QSFP28 Module is designed with future-proofing in mind. With technology advancements happening at a rapid pace, it's crucial to have equipment that can keep up with evolving network requirements. The part number P12918-001 ensures that users can easily identify newer versions or models of this module when they become available. This allows for easy upgradability without needing to overhaul the entire network infrastructure. ### Traceability and Support #### Warranty and Support As with any critical networking component, having reliable warranty coverage and support is essential. The part number P12918-001 serves as a reference point for HPE's warranty and support services. Users can quickly identify the module and its associated warranty information, ensuring peace of mind and timely assistance in case of any issues or concerns. #### Traceability in Documentation The HPE Fm 3032q 32-Port QSFP28 Module is widely documented across various resources, including user manuals, technical guides, and online forums. The part number P12918-001 plays a vital role in ensuring accurate documentation and information retrieval. Users can easily search for documentation specific to their module using the part number, simplifying troubleshooting, configuration, and maintenance tasks. #### Order Management For businesses and organizations that manage large-scale network deployments, efficient order management is crucial. The part number P12918-001 streamlines the ordering process by providing a unique identifier for the module. This prevents any confusion or errors during procurement, ensuring that the correct module is delivered to the intended location promptly. ### Reliability and Quality #### Quality Assurance HPE is renowned for its commitment to delivering high-quality networking solutions. The part number P12918-001 is a testament to HPE's rigorous quality assurance processes. By standardizing the part number, HPE ensures that each module undergoes strict testing and quality checks before leaving the manufacturing facility. This guarantees reliable performance and longevity in demanding networking environments. #### Long-Term Support Investing in networking equipment is a long-term decision for organizations. The part number P12918-001 signifies HPE's commitment to providing long-term support for their products. Users can rely on HPE's extensive network of service centers and authorized partners for repairs, replacements, and upgrades, even years down the line. This ensures that the HPE Fm 3032q 32-Port QSFP28 Module remains a valuable asset throughout its lifespan. ### Conclusion The part number P12918-001 is a critical feature of the HPE Fm 3032q 32-Port QSFP28 Module, offering compatibility, interchangeability, upgradability, traceability, and reliability. With this standardized identifier, users can easily integrate and maintain their network infrastructure while benefiting from HPE's extensive support and quality assurance. Whether it's for small-scale deployments or large enterprise networks, the HPE Fm 3032q 32-Port QSFP28 Module with its unique part number is a reliable choice for demanding networking requirements.

## Product Overview of HPE JL280-61001 ### Manufacturer and Model Information ? Brand: HPE ? Model Number: JL280-61001 ? Type: Ethernet Switch ### Interface and Ports Specifications #### Port Configuration ? Uplink Ports: None ? Modular Design: Yes ? Stack Ports: None ? Expansion Slot Details: 32 x 100 Gigabit Ethernet Expansion Slots ### Media and Performance Capabilities #### Supported Media Types ? Media Type: Optical Fiber ? Ethernet Standards: 100 Gigabit Ethernet ? Network Technology: 100GBase-X ### I/O Expansion Features #### Expansion Slot Details ? Total Expansion Slots: 32 ? Slot Type: QSFP28 ? Shared SFP Slot: No ### Network and Communication Layer ? Layer Support: Layer 3 ### Management Features and Protocol Support ? Manageable: Yes ### Power Supply Specifications ? Power Source: Power Supply ? Redundant Power Supply: Supported HPE JL280-61001 Altoline 32 Ports QSFP28 AC Back to Front Layer 3 Managed Switch - Model JL280-61001 ## Ports The HPE JL280-61001 Layer 3 Managed Switch is equipped with an impressive 32 ports, making it a powerful and versatile networking solution for businesses of all sizes. These ports provide the essential connectivity required to connect various devices and enable seamless communication within a network. ### Increased Flexibility With 32 ports, users have the flexibility to connect numerous devices simultaneously, such as computers, printers, servers, and other networking equipment. This ensures that businesses can easily expand their network infrastructure without limitations and accommodate the growing demands of their operations. The ample number of ports offers the freedom to connect multiple devices without requiring additional switches or complicated configurations. ### Improved Network Performance The large number of ports also contributes to improved network performance. Each port serves as a connection point for devices, allowing for efficient data transmission and reducing bottlenecks. With more ports available, the switch can handle higher volumes of data traffic, resulting in reduced latency and smoother network operation. This is particularly crucial for businesses that heavily rely on data-intensive applications or require real-time communication. ### Enhanced Scalability Scalability is a vital aspect of any network infrastructure. The 32 ports on the HPE JL280-61001 Layer 3 Managed Switch ensure that businesses have room to grow and expand their network as needed. Whether it's adding new devices or accommodating additional users, this switch can adapt to changing requirements seamlessly. The scalability provided by the numerous ports allows businesses to future-proof their network infrastructure and avoid costly upgrades or replacements in the near future. ### Streamlined Network Management Managing a network with multiple devices can be challenging, especially when dealing with limited ports. The 32 ports on this switch simplify network management by providing ample connectivity options. Each device can be connected directly to the switch, eliminating the need for complicated daisy-chaining or the use of additional hardware. This streamlined setup not only saves time but also reduces potential points of failure, ensuring a more reliable and efficient network. #### Simplified Troubleshooting In the event of network issues, troubleshooting can be a time-consuming process. With 32 ports, isolating and identifying the source of the problem becomes much easier. IT professionals can quickly pinpoint problematic devices or connections by examining each port individually. This simplification of troubleshooting allows for faster resolution times, minimizing downtime and increasing productivity. #### Network Segmentation Segmenting a network into different VLANs (Virtual Local Area Networks) is essential for security and performance optimization. The 32 ports on the HPE JL280-61001 Layer 3 Managed Switch provide ample capacity for network segmentation, allowing businesses to create separate virtual networks based on departments, projects, or security requirements. This segmentation enhances network security by isolating sensitive data and limiting access to specific areas, while also improving overall network performance by reducing broadcast traffic. ##### Future-Proofing Investing in a switch with 32 ports ensures that businesses are prepared for future expansion and technological advancements. As the number of connected devices continues to grow with the rise of the Internet of Things (IoT) and other emerging technologies, having sufficient port capacity becomes increasingly important. The HPE JL280-61001 Layer 3 Managed Switch's 32 ports provide businesses with a solid foundation to accommodate future growth and ensure compatibility with upcoming devices and applications. ## Interface The HPE JL280-61001 Layer 3 Managed Switch's interface is equipped with QSFP28 (Quad Small Form-factor Pluggable 28) ports, offering users a high-speed and versatile connection option for their networking needs. ### High-Speed Data Transfer The QSFP28 interface provides blazing-fast data transfer speeds, enabling the switch to handle large volumes of data with ease. This is crucial for businesses that rely on bandwidth-intensive applications or frequently transfer large files across their network. With QSFP28, users can experience significantly reduced transfer times, enhancing productivity and overall network performance. ### Support for Multiple Protocols The QSFP28 interface supports a wide range of networking protocols, including Ethernet, Fibre Channel, and InfiniBand. This versatility allows businesses to connect various devices and infrastructure components using a single interface type. Whether it's connecting servers, storage devices, or high-performance computing clusters, the QSFP28 interface ensures compatibility and seamless integration. ### Future-Proof Investment Investing in a switch with a QSFP28 interface ensures compatibility with future networking technologies and standards. As technology evolves, faster data transfer speeds and more advanced protocols will be introduced. By having a switch equipped with QSFP28 ports, businesses can future-proof their network infrastructure and avoid costly upgrades or replacements in the near future. ### Flexible Connectivity Options The QSFP28 interface provides businesses with flexible connectivity options. It supports both copper and optical cables, allowing users to choose the most suitable medium for their specific requirements. This flexibility is particularly useful when dealing with long-distance connections or environments where electromagnetic interference is a concern. Users can select the appropriate cable type based on their unique needs, ensuring optimal performance and reliability. #### High-Density Connectivity The QSFP28 interface's compact size allows for high-density connectivity in a smaller physical footprint. This is especially beneficial for businesses with limited rack space or those looking to optimize their network infrastructure's physical layout. The ability to connect multiple devices using a single QSFP28 port reduces clutter and simplifies cable management. #### Reduced Power Consumption The QSFP28 interface is designed to be energy-efficient, consuming less power compared to previous interface types. This not only helps businesses reduce their carbon footprint but also translates into cost savings over time. The reduced power consumption contributes to lower operating expenses and aligns with sustainability goals. ##### Enhanced Network Performance The high-speed and low-latency nature of the QSFP28 interface significantly improve network performance. The increased data transfer speeds enable faster communication between devices, reducing latency and improving overall network responsiveness. This is particularly valuable in environments where real-time data processing or low-latency applications are critical, such as financial institutions or data centers. ##### Connectivity for High-Bandwidth Applications The QSFP28 interface's capabilities make it suitable for high-bandwidth applications, such as video streaming, virtual reality, and cloud computing. These applications require a robust and reliable network connection that can handle the demands of high-resolution media or complex computing tasks. With QSFP28, businesses can ensure uninterrupted connectivity and a seamless user experience for their high-bandwidth applications. ## Power The HPE JL280-61001 Layer 3 Managed Switch is powered by an AC (Alternating Current) source, providing users with a reliable and widely available power option for their networking infrastructure. ### Compatibility AC power is the standard power source in most commercial and residential environments. By utilizing AC power, the switch can be easily integrated into existing power infrastructures without the need for additional adapters or converters. This compatibility ensures that businesses can deploy the switch without worrying about power compatibility issues. ### Availability AC power is readily available in most locations, making it convenient for businesses to find a power source for their networking equipment. Whether it's in an office building, data center, or remote site, AC power outlets are typically accessible, reducing the need for complex power distribution solutions. This availability ensures that the switch can be powered up quickly and easily, minimizing downtime and maintaining network continuity. ### Reliability AC power is known for its reliability and stability. The HPE JL280-61001 Layer 3 Managed Switch's AC power source ensures a consistent flow of electricity, reducing the risk of power fluctuations or interruptions that could potentially damage the switch or disrupt network operations. The switch's reliance on AC power contributes to its overall reliability and ensures uninterrupted network connectivity. #### Redundancy Options AC power allows businesses to implement redundancy options to enhance the reliability of their network infrastructure. By connecting the switch to multiple power sources or utilizing uninterruptible power supplies (UPS), businesses can mitigate the impact of power outages or failures. These redundancy measures provide peace of mind and help maintain network availability even in challenging situations. #### Scalability AC power scalability is another advantage offered by the HPE JL280-61001 Layer 3 Managed Switch. As businesses expand their network infrastructure or add new devices, additional switches can be easily powered using available AC outlets. This scalability eliminates the need to invest in specialized power solutions for each switch, saving costs and simplifying network expansion. ##### Standardization AC power follows standardized voltage and frequency specifications, ensuring compatibility with a wide range of networking equipment. The HPE JL280-61001 Layer 3 Managed Switch's reliance on AC power aligns with industry standards and allows for seamless integration with other devices and infrastructure components. This standardization facilitates interoperability and simplifies the overall management of the network. ##### Easy Maintenance AC-powered switches offer ease of maintenance compared to alternative power options. Troubleshooting and replacing faulty components is simplified as there is no need to deal with specialized power supplies or complex wiring configurations. The standardized nature of AC power ensures that replacements or repairs can be easily performed, minimizing downtime and simplifying overall switch maintenance. ## Airflow The HPE JL280-61001 Layer 3 Managed Switch features a back-to-front airflow design, ensuring efficient cooling and optimal performance in networking environments. ### Heat Dissipation The back-to-front airflow design allows the switch to effectively dissipate heat generated by its internal components. As data traffic flows through the switch, it generates heat that needs to be efficiently managed to prevent overheating and potential performance degradation. The airflow design ensures that hot air is expelled from the rear of the switch, away from critical components, allowing for continuous operation without thermal issues. ### Improved Reliability Efficient cooling provided by the back-to-front airflow design enhances the switch's overall reliability. Excessive heat can lead to component failures, reduced lifespan, and increased risk of system malfunctions. By maintaining optimal operating temperatures, the switch's internal components can perform at their best, ensuring long-term reliability and minimizing the chances of unexpected downtime or performance degradation. ### Equipment Protection The back-to-front airflow design not only benefits the switch itself but also protects other nearby networking equipment. The expelled hot air is directed away from adjacent devices, preventing their internal components from being exposed to excessive heat. This protection ensures that all interconnected devices operate within their recommended temperature ranges, reducing the risk of premature failures or performance issues. #### Energy Efficiency Efficient cooling achieved through proper airflow management contributes to energy efficiency. By effectively dissipating heat, the switch can operate within its optimal temperature range without relying heavily on additional cooling mechanisms such as fans or liquid cooling systems. This reduced reliance on additional cooling methods translates into lower energy consumption and operating costs. #### Noise Reduction The back-to-front airflow design helps minimize noise levels in networking environments. Traditional front-to-back airflow designs often require the use of multiple fans, resulting in higher noise levels. With the back-to-front design, the switch can achieve adequate cooling without the need for excessive fan usage. This reduction in noise is particularly advantageous in noise-sensitive environments such as offices or data centers. ##### Optimal Equipment Placement The back-to-front airflow design allows for more flexibility in equipment placement within networking racks or cabinets. Since the expelled hot air flows towards the rear of the switch, businesses have more freedom when arranging their equipment. Placing switches with back-to-front airflow next to other equipment or in close proximity is possible without compromising cooling efficiency. This flexibility simplifies rack layouts and optimizes space utilization. ##### Enhanced System Performance Efficient cooling provided by the back-to-front airflow design ensures that the switch operates at its optimal performance level. Overheating can lead to thermal throttling, where the switch reduces its processing power to prevent damage from excessive heat. By maintaining a cool operating environment, businesses can maximize the switch's performance potential and achieve consistent and reliable network operation. In conclusion, the HPE JL280-61001 Layer 3 Managed Switch offers impressive features that cater to the needs of businesses seeking a reliable and high-performance networking solution. The 32 ports provide increased flexibility, improved network performance, enhanced scalability, and streamlined network management. The QSFP28 interface offers high-speed data transfer, support for multiple protocols, future-proof investment, and flexible connectivity options. The AC power source ensures compatibility, availability, reliability, redundancy options, and scalability. The back-to-front airflow design contributes to efficient cooling, improved reliability, equipment protection, energy efficiency, noise reduction, optimal equipment placement, and enhanced system performance. With these features and benefits, the HPE JL280-61001 Layer 3 Managed Switch is a valuable asset for businesses looking to optimize their network infrastructure.

## Product Overview Of HPE 649891-001 The HPE 649891-001 4x FDR IB Managed Switch 32 Ports Managed Plug-In Module is an advanced networking solution designed to offer high-performance interconnectivity for data centers and enterprise environments. This module is part of Hewlett Packard Enterprise's suite of switches, providing exceptional scalability, management capabilities, and support for modern data workloads. With its high bandwidth and low-latency capabilities, the HPE 649891-001 is engineered to meet the demands of large-scale computing, storage, and high-performance computing (HPC) environments. ### Key Features ? Device Type: Managed Switch with 32 ports. ? Enclosure Type: Plug-in Module for enhanced flexibility. ? Ports: 16 backplane ports and 16 Qsfp interfaces. ? Auto-negotiation: Supports automatic negotiation of network settings for efficient communication. ? Infiniband QDR Link Support: Capable of high-speed data transmission with Infiniband QDR link support. ? Standards Compliance: Conforms to IBTA 1.2 standards. ? Processor: Equipped with Mellanox Technologies' Mellanox MT48436A1-FCC-Q Infiniscale IV processor. ### Expansion and Connectivity Options #### Interface Configuration ? 16 Qsfp (Quad Small Form-factor Pluggable) interfaces for flexible connectivity. ? 16 backplane interfaces for robust and efficient network backhaul. #### Networking Capabilities ? Supports high-speed data transfer, making it ideal for applications requiring low latency and high bandwidth. ? Auto-negotiation functionality ensures seamless connection setup between devices. ##### Processor and Performance ? Powered by the Mellanox MT48436A1-FCC-Q Infiniscale IV processor, providing reliable performance for high-demand applications. ? Efficient processor integration ensures stable operation and scalability in growing network environments. ### Connectivity Features ? 16 Qsfp and 16 backplane ports enable advanced network configurations and high bandwidth connectivity. ? Designed for scalability, allowing you to expand your network infrastructure as required. ### Key Features of the HPE 649891-001 Switch Module The HPE 649891-001 offers a range of features that distinguish it from other similar networking solutions. Some of the most notable features include: ? 32 Ports of Managed Connectivity: Equipped with 32 high-speed ports, this module supports a large number of devices, providing exceptional data throughput and scalability for growing networks. ? FDR InfiniBand Technology: FDR (Fourteen Data Rate) InfiniBand provides a bandwidth of up to 56 Gbps per port, ensuring faster data transmission speeds for complex applications. ? Managed Plug-In Capability: This plug-in module can be easily integrated into HPE server platforms and management tools, allowing for seamless operation within existing infrastructures. ? High Availability and Redundancy: The switch module supports advanced features such as redundant power supplies and network links, ensuring reliable operation even in mission-critical environments. ? Support for Modern Workloads: Designed for high-performance computing (HPC) environments, it supports demanding workloads like artificial intelligence (AI), machine learning, and large-scale simulations. ## Applications of the HPE 649891-001 4x FDR IB Managed Switch The HPE 649891-001 switch module is designed for use in high-performance environments that require large-scale data processing and fast, reliable networking. Key applications of this module include: ### High-Performance Computing (HPC) In high-performance computing environments, where speed and reliability are paramount, the HPE 649891-001 module ensures seamless data flow between multiple systems, providing the necessary interconnectivity for complex simulations, scientific research, and data-intensive workloads. The 56 Gbps bandwidth per port enables ultra-fast communication between servers, making it ideal for parallel computing tasks. ### Data Centers Data centers benefit from the HPE 649891-001 by providing a scalable solution to handle large volumes of data and interconnected systems. The 32-port managed module is capable of handling the data transfer needs of large server farms, improving efficiency, and supporting multi-cloud, hybrid cloud, and on-premise infrastructures. ### Artificial Intelligence and Machine Learning As AI and machine learning workloads require high-speed data processing, the HPE 649891-001 switch module provides the low-latency, high-bandwidth connections necessary to support real-time processing and high throughput for large data sets. This is particularly beneficial in training deep learning models, which require fast access to data across a distributed environment. ### Storage Area Networks (SANs) In environments where high-speed data access is needed for massive storage systems, such as in large enterprise SANs, the HPE 649891-001 plug-in module is capable of facilitating efficient communication between storage devices and servers. This ensures that data can be accessed and transferred without bottlenecks, making it a critical component for storage-heavy applications. ## Performance Characteristics of the HPE 649891-001 Switch The performance capabilities of the HPE 649891-001 make it a versatile solution in demanding networking environments. Below are some of the core performance metrics and capabilities: ### Bandwidth and Speed The HPE 649891-001 supports FDR InfiniBand technology, offering speeds of up to 56 Gbps per port. This exceptional bandwidth is ideal for environments where large amounts of data need to be transferred between multiple systems simultaneously. Whether you're handling big data, running simulations, or processing complex algorithms, this switch ensures your systems remain highly responsive. ### Scalability One of the standout features of the HPE 649891-001 is its scalability. With 32 ports, the module allows for seamless expansion of networks, making it perfect for growing enterprises or data centers. As new devices or servers are added, the switch can handle increased traffic, ensuring that performance is maintained even as network demand grows. ### Reliability and Uptime In mission-critical applications, downtime is not an option. The HPE 649891-001 features redundancy support for power supplies and network links, ensuring that if one component fails, the system continues to function without interruption. This high availability is crucial in environments where uptime is essential for maintaining business operations or conducting research. ## Integration with HPE Networking Ecosystem The HPE 649891-001 is designed to integrate seamlessly with HPE's broader networking ecosystem. This integration simplifies network management, monitoring, and troubleshooting. By connecting the switch module to HPE?s management tools, you can easily configure, manage, and monitor the performance of your network in real-time. Key integration capabilities include: ### Centralized Network Management With the use of HPE's management software, users can gain centralized control over their network infrastructure. This allows administrators to set up policies, manage configurations, and track the health of the system, all from a single interface. The HPE 649891-001 module integrates with HPE OneView, offering a unified management platform for IT operations. ### Automation Features Automated workflows for network management reduce the need for manual intervention, enhancing the operational efficiency of your data center. The HPE 649891-001 supports network automation tools that help streamline provisioning, configuration, and troubleshooting tasks, reducing human error and improving uptime. ### Support for Monitoring and Analytics Monitoring network traffic and analyzing data flow is vital for ensuring optimal performance. HPE?s ecosystem enables continuous monitoring of the HPE 649891-001 switch, providing real-time insights into network traffic patterns, device performance, and error logs. These analytics allow for proactive problem detection and network optimization. ## Security Features of the HPE 649891-001 Switch Module Security is a top priority in modern networking, and the HPE 649891-001 integrates several features to ensure that data is protected at all times: ### Data Encryption The HPE 649891-001 supports end-to-end data encryption, ensuring that sensitive data transmitted over the network is secured from unauthorized access. This feature is particularly important in industries that handle sensitive information, such as healthcare, finance, and government. ### Access Control and Authentication Through role-based access control (RBAC) and network authentication protocols, the HPE 649891-001 ensures that only authorized users can access specific areas of the network. This adds an extra layer of security, protecting your network from unauthorized devices and potential cyber threats. ### Compliance with Industry Standards The HPE 649891-001 complies with industry-leading security standards, ensuring that your network infrastructure meets regulatory requirements. Whether you're operating in highly regulated industries or striving to adhere to best practices, this switch helps you maintain compliance with data protection laws and guidelines. ## Comparison with Other HPE Switches When comparing the HPE 649891-001 with other networking switches within HPE?s product line, several key differences emerge. While other switches may offer similar features such as 10GbE or 40GbE support, the 649891-001 is designed for specific use cases, particularly those requiring high-performance, low-latency connectivity. Below is a brief comparison: ### HPE 649891-001 vs. HPE 649892-001 The HPE 649892-001 is another plug-in module with similar port configurations but with a focus on different network technologies. While both modules support high-bandwidth data transfer, the HPE 649891-001 is specifically optimized for FDR InfiniBand applications, offering superior throughput and latency, making it better suited for HPC and AI workloads. ### HPE 649891-001 vs. HPE 5920 Series The HPE 5920 Series offers a range of switches with 10GbE and 40GbE options. While these switches are highly capable for general enterprise applications, the HPE 649891-001 is designed for specialized environments requiring higher throughput and lower latency, such as high-performance computing, large-scale simulations, and AI-driven applications.