Description
HPE SN2410M 25GbE 48SFP28 8QSFP28 ONIE Power to Connector Airflow DC Switch
The HPE SN2410M is a high-density, top-of-rack Ethernet switch purpose-built for modern data centers. With 48x 25GbE SFP28 ports and 8x 100GbE QSFP28 uplinks, this ONIE-enabled switch delivers scalable, predictable performance for demanding server and storage networks. Designed for efficient DC deployment and optimized for front-to-back airflow, the SN2410M is an ideal choice for ToR (top-of-rack) installations in enterprise, hyperscale, and edge environments. Whether you’re consolidating workloads, accelerating storage access, or supporting hyper-converged infrastructures, the SN2410M offers the density, flexibility, and reliability you need to keep applications responsive and users connected.
- High-density 25GbE access with flexible uplinks: 48 SFP28 ports provide robust 25GbE connectivity for servers, NICs, and storage devices, while 8 QSFP28 ports offer high-capacity uplinks to core or spine switches. This combination enables scalable, low-latency networks suitable for modern data centers and virtualization workloads.
- ONIE-based deployment for OS freedom: The ONIE (Open Network Install Environment) boot environment supports installation of your choice of network operating system, giving you vendor flexibility and streamlined lifecycle management. ONIE simplifies upgrades, replacements, and multi-vendor interoperability within a single data-center fabric.
- Optimized for data-center efficiency and airflow: Engineered for DC deployments with front-to-back airflow and efficient cooling, the SN2410M minimizes power and thermal footprints while maintaining performance under heavy workloads. Its design supports dense rack layouts without sacrificing reliability or speed.
- Predictable performance for server and storage networks: The switch provides stable, low-latency forwarding suitable for latency-sensitive applications, virtualized environments, and storage protocols that demand steady throughput. With dedicated 25GbE access and robust uplinks, it helps prevent bottlenecks between servers, storage arrays, and hyperconverged platforms.
- Comprehensive management and security features: Built for enterprise-grade operation, the SN2410M includes familiar CLI access, secure management interfaces, and standard monitoring capabilities. It supports role-based access, SNMP-based visibility, and remote diagnostics to simplify day-to-day administration and incident response.
Technical Details of HPE SN2410M
- Port configuration: 48 x 25GbE SFP28 ports; 8 x 100GbE QSFP28 uplink ports.
- Form factor: 1U rack-mount switch designed for dense ToR deployments in 19-inch racks.
- Power and cooling: DC-powered switch designed for data-center environments with airflow optimized for front-to-back cooling; supports suitable cooling and power arrangements for reliability.
- Deployment environment: Intended for data centers, enterprise server rooms, and scalable storage networks requiring high-density 25GbE connectivity.
- Operating system and install environment: ONIE-based boot environment for flexible OS installation and lifecycle management; supports integration with standard network operating systems through ONIE.
- Management and interoperability: Compatible with common enterprise management workflows, offering CLI access, basic monitoring, and open APIs for integration with network management platforms.
How to install HPE SN2410M
Installing the HPE SN2410M is a straightforward process designed to minimize downtime and align with standard data-center practices. Follow these high-level steps to bring the switch online and integrated into your fabric:
- Prepare and rack-mount: Unpack the unit and mount it in a standard 19-inch rack. Ensure there is adequate airflow and accessible front panel for port visibility and maintenance. Use appropriate rack screws and follow your data-center rack policies to secure the device.
- Connect power and cooling: Connect the device to your DC power supply provisions as specified by your data-center power design. Verify that cooling is optimized for front-to-back airflow to maintain stable temperatures during operation.
- Attach network cables: Connect the 48 x 25GbE SFP28 ports to servers, storage arrays, or top-of-rack aggregation devices as needed. Connect the 8 x 100GbE QSFP28 uplink ports to the core or spine switches to form a backplane-friendly fabric.
- Bootstrap with ONIE and install OS: Boot the switch and access the ONIE environment. Choose and install your preferred network operating system, following vendor-provided ONIE installation instructions. This step enables the switch to function within your chosen network fabric and management framework.
- Configure management and policies: Connect to the switch via its management interface (CLI or supported API), set up management IP, users, SNMP, and access controls. Define VLANs, QoS, ACLs, and security policies appropriate for your workload mix. Validate connectivity from servers to uplinks and ensure storage traffic paths are optimized for performance.
Frequently asked questions
- What does the SN2410M offer? It provides high-density 25GbE access with eight 100GbE uplinks, optimized for ToR deployments in modern data centers, along with ONIE for flexible OS deployment and DC-optimized airflow for efficient cooling.
- What workloads is it best suited for? Virtualization, containerized workloads, hyper-converged infrastructure, and storage-heavy environments that require fast server-to-storage connectivity and scalable uplinks.
- How is ONIE beneficial? ONIE enables you to install and run your preferred network operating system, giving you vendor independence and streamlined OS management across multi-vendor fabrics.
- How many ports and uplinks does it have? It features 48 x 25GbE SFP28 ports for access and 8 x 100GbE QSFP28 uplinks, providing a balanced, scalable fabric for diverse data-center topologies.
- Is it suitable for top-of-rack deployments? Yes. The 1U form factor, high port density, and optimized airflow make the SN2410M an excellent choice for ToR installations in modern data centers.
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