## High-Performance Network Switching for Enterprise Environments Designed for demanding data center workloads, the HPE P17523-001 delivers ultra-fast connectivity and scalable throughput for modern infrastructures. ### Key Attributes of the HPE P17523-001 ? Manufacturer: HPE ? Item Code: P17523-001 ? Unit Height: Compact 1U rack-mountable chassis ? Interface Type: Ethernet-based switching ? Encryption Support: Not available ### Bandwidth and Throughput Capabilities Engineered for speed, this switch supports: ? Port-Level Transmission Rate: Up to 100 Gigabits per second ? Total Switching Capacity: 6.4 Terabits per second aggregate bandwidth #### Protocol Compatibility and Software Integration Built to operate seamlessly in Ethernet-based ecosystems, the device supports optional software platforms for enhanced flexibility: ? Supported Protocol: Ethernet ? Optional Operating Systems: ONYX and ONIE #### Form Factor and Deployment Efficiency Its streamlined 1U design ensures minimal rack space usage while maintaining robust performance across enterprise-grade networks. ##### Choose the P17523-001 for Your Infrastructure ? Optimized for high-density data centers and cloud-scale deployments ? Delivers exceptional throughput with minimal latency ? Ideal for organizations requiring scalable Ethernet switching without encryption overhead ? Compatible with open networking software for flexible integration ##### Advanced Connectivity Without Complexity Whether upgrading legacy systems or deploying new architecture, the HPE P17523-001 offers a balance of speed, simplicity, and reliability for enterprise-grade switching. ## P17523-001 HPE 100GBE Airflow DC Switch Overview The P17523-001 HPE SN2700M 100GbE 32QSFP28 ONIE Power To Connector Airflow DC Switch is a high-performance, enterprise-class data center switch designed to handle the growing demands of cloud-scale environments, virtualization workloads, and software-defined networking (SDN) deployments. It delivers exceptional throughput, low latency, and flexibility for large-scale enterprises and service providers that require optimized infrastructure for mission-critical applications. ## Key Features of the HPE SN2700M Switch ### High-Speed 100GbE Connectivity This switch supports 32 QSFP28 ports, enabling robust connectivity with 100GbE links for maximum bandwidth utilization. It can also provide support for 40GbE and 25GbE connections through breakout cables, giving enterprises the agility to adapt their infrastructure to evolving demands. ### Optimized Airflow for Data Center Environments The design of the P17523-001 includes power-to-connector airflow, which is critical for rack deployments that follow hot aisle/cold aisle configurations. This airflow design helps maintain energy efficiency, lowers cooling costs, and ensures consistent thermal management within dense server racks. ### Open Networking and ONIE Support The switch is preloaded with ONIE (Open Network Install Environment), allowing network administrators to load their choice of network operating system. This flexibility supports open networking strategies and enables organizations to select from multiple NOS vendors, enhancing software-driven agility in modern IT ecosystems. ## Performance and Scalability Advantages ### Low Latency Switching With an architecture built for efficiency, the SN2700M offers ultra-low latency switching, which is crucial for time-sensitive workloads such as financial services, AI/ML training, and real-time analytics. This ensures faster data transfer and superior application performance. ### Massive Throughput Capacity The switch provides up to 6.4 Tbps of switching capacity, ensuring seamless support for modern workloads that demand constant high-bandwidth traffic. This scalability makes it suitable for cloud-scale data centers and hybrid IT environments. ### Support for Breakout Configurations Each QSFP28 port can break out into multiple lower-speed ports such as 4x25GbE, providing flexible options for gradual network upgrades. This is beneficial for organizations moving from 25GbE to 100GbE networks. ## Design and Build Quality ### Compact and Efficient Form Factor The switch comes in a 1U rack-mountable design, enabling high port density in limited rack space. Its lightweight yet durable chassis ensures ease of deployment in any data center environment. ### Energy Efficiency Built with energy-efficient components, the SN2700M helps organizations reduce power consumption. Combined with airflow optimization, it provides a sustainable approach to networking hardware in large-scale IT environments. ## Use Cases for the HPE SN2700M 100GbE Switch ### Cloud Data Centers Cloud service providers rely on high-density switches like the SN2700M to deliver fast, scalable, and reliable connectivity for multi-tenant environments. The switch?s open networking capabilities make it ideal for integration with cloud-native platforms. ### High-Performance Computing (HPC) HPC clusters demand low latency and high bandwidth, both of which are core strengths of this switch. With 100GbE ports, it ensures workloads like AI/ML, scientific research, and advanced simulations operate efficiently. ### Enterprise Data Centers Large enterprises deploying virtualization, storage networking, and big data analytics will find the SN2700M essential for supporting evolving IT infrastructure. Its breakout options also make it suitable for gradual migration strategies. ## Network Management and Monitoring ### Flexible NOS Deployment With ONIE, administrators can choose an operating system tailored to their networking strategies, whether for SDN, automation, or integration with existing monitoring frameworks. ### Automation Capabilities The SN2700M integrates seamlessly with automation tools, APIs, and orchestration platforms, helping reduce manual configuration errors and speeding up deployment cycles in enterprise environments. ### Enhanced Visibility and Analytics Advanced telemetry features allow real-time visibility into traffic patterns, helping IT teams proactively monitor performance and address potential issues before they impact business operations. ## Reliability and Redundancy ### Redundant Power Supplies The switch is designed with redundant power supply support, ensuring continuous operation even if one power supply fails. This redundancy is critical for mission-critical data center applications. ### Hot-Swappable Components With hot-swappable fans and power supplies, IT staff can perform maintenance without shutting down the switch, reducing downtime and improving service continuity. ## Benefits of Deploying the HPE SN2700M ### Future-Proof Networking Investing in a 100GbE switch like the SN2700M ensures long-term scalability. As bandwidth requirements increase, this switch supports growth without requiring immediate hardware replacement. ### Lower Total Cost of Ownership (TCO) Its energy efficiency, compact design, and support for open networking significantly lower operating costs, providing a favorable return on investment for enterprises and service providers. ### Enhanced Agility By offering ONIE support and flexible breakout configurations, the switch enables IT departments to quickly adapt their infrastructure in line with organizational requirements and emerging technologies. ## Security and Compliance ### Secure Boot and Firmware Integrity Security is at the forefront of modern networking, and the SN2700M supports secure boot processes to prevent unauthorized firmware modifications. ### Data Center Compliance Standards The switch adheres to strict compliance and regulatory standards, making it suitable for industries with high requirements such as finance, healthcare, and government. ## Deployment Scenarios ### Leaf-and-Spine Architecture The SN2700M is ideal for leaf-and-spine topologies in modern data centers, ensuring high throughput and non-blocking performance across multiple racks. ### Storage Networking With support for high-bandwidth and low-latency traffic, it is a strong choice for storage networking, enabling faster access to large datasets. ### Virtualization and Containerized Workloads The switch provides the bandwidth and agility required to support virtualization and container platforms, enabling enterprises to maximize the efficiency of their IT environments.