Supermicro Layer 3 Switch

SupermicroSKU: 7662405

Price:
Sale price$8,897.46

Description

Supermicro Layer 3 Switch

Experience enterprise-class routing and high-density switching with the Supermicro Layer 3 Switch. Engineered for performance, scalability, and reliability, this 48-port, 10-Gigabit Ethernet solution is crafted to meet the most demanding networking requirements—from small business environments to expansive data centers. The SSE-X3548S and its companion SSE-X3548SR are designed to deliver robust Layer 3 forwarding, advanced security features, and flexible management, empowering networks to handle growing traffic with deterministic latency and precision. Whether you’re building a spine-leaf topology, consolidating server access, or delivering accelerated cloud services, this switch provides the foundation for a future-ready network infrastructure.

  • Advanced Layer 3 routing and security: Built for modern networks, the Supermicro Layer 3 Switch supports IPv4 and IPv6 routing, static and dynamic routing protocols, and intelligent traffic control. With VRRP for high availability, ACLs for granular security, and QoS for prioritized traffic, you can ensure reliable, secure, and predictable performance across critical workloads and multimedia streams.
  • High-density 48 x 10-Gigabit Ethernet ports: The SSE-X3548S family packs 48 copper 10-GbE ports into a compact 1U chassis, delivering tremendous port density without sacrificing performance. This makes it ideal for top-of-rack or aggregation deployments in data centers, campuses, and enterprise networks, enabling scalable capacity as you grow.
  • Scalable performance and reliability: With a design focused on throughput and low latency, this Layer 3 switch provides strong forwarding capabilities that support demanding applications, virtualization, and multi-tenant environments. Redundant power options and hot-swappable cooling components help keep networks online and productive even during maintenance or component upgrades.
  • Flexible management and SDN readiness: manage the switch through a familiar CLI or web-based interface, with support for SNMP, logging, and monitoring to simplify day-to-day operations. The device is built with virtualization-friendly features and open standards support to align with modern SDN, open networking, and automation workflows.
  • Security, VLANs, and network services: Built-in VLAN support, secure management access, DHCP relay, and other essential services help you segment traffic, protect sensitive data, and ensure policy enforcement across your network. Layer 3 capabilities enable efficient inter-VLAN routing, while advanced packet filtering and traffic shaping keep critical services responsive under load.

Technical Details of Supermicro Layer 3 Switch

  • Ports: 48 x 10-Gigabit Ethernet
  • Form factor: 1U rack-mountable chassis suitable for dense data center deployments
  • Layer 3 features: IPv4/IPv6 routing, static routing, dynamic routing (e.g., OSPF, BGP), VRRP, ACLs, QoS, and VLAN support
  • Management: CLI and web-based GUI with SNMP and remote logging for centralized administration
  • Redundancy and reliability: options for redundant power supplies and hot-swappable cooling components to maximize uptime
  • Performance characteristics: optimized data plane for low latency and high-throughput forwarding across all 48 ports

how to install Supermicro Layer 3 Switch

  • Unpack the switch and verify all components are present, including power supplies and accessories.
  • Install the switch in a standard 19-inch rack, ensuring adequate ventilation and clearance for cable management and cooling.
  • Connect the 48 x 10-GbE ports to your servers, storage, and network core using appropriate CAT6A/CAT7 or fiber optic cables where required.
  • Power on the device and access the management interface via the default IP address or console port. Configure basic system settings such as IP management address, DNS, and time synchronization.
  • Set up Layer 3 routing, create VLANs, assign interfaces to VLANs, and define routing protocols (e.g., OSPF or BGP) as needed for your network topology.
  • Configure security features, including ACLs, SSH access, and SNMP for monitoring. Enable QoS policies to guarantee performance for critical applications.
  • Implement redundancy settings if you’re using redundant power supplies or dual management paths. Validate connectivity with test traffic and monitor performance using the built-in analytics tools.

Frequently asked questions

What is the SSE-X3548S?
The SSE-X3548S refers to a high-density 48-port 10-Gigabit Layer 3 Ethernet switch in the Supermicro family. It provides enterprise-grade routing and switching capabilities with a focus on scalable performance, low latency, and flexible management, suitable for data centers and advanced enterprise networks.

What is the SSE-X3548SR?
The SSE-X3548SR is the companion switch within the same family, offering similar Layer 3 switching capabilities and designed to integrate with the SSE-X3548S in larger deployments. It complements the main switch by extending port capacity, resilience, and layout options for scalable architectures.

Can this switch handle 10-Gigabit traffic for virtualization and cloud workloads?
Yes. With 48 x 10-GbE ports and robust Layer 3 routing, VLAN, QoS, and security features, it is well suited for virtualization, multi-tenant cloud environments, and scalable data-center fabric designs. The switch supports efficient traffic routing with low latency, enabling responsive virtual machines and services.

Is PoE supported on these models?
PoE support is not specified in the available product descriptions. If PoE is required for your deployment, please verify exact specifications with the official product listing or your supplier to confirm power delivery capabilities for connected devices.

What management interfaces are available?
Management can be performed via a web-based GUI and a command-line interface (CLI). The device also supports standard network management protocols such as SNMP for monitoring and remote logging to integrate with existing IT operations and monitoring systems.

What deployment scenarios are ideal for this switch?
The switch is ideal for data centers, enterprise campus networks, and hyperscale environments where high port density, 10-Gigabit connectivity, and Layer 3 routing are required. It supports top-of-rack and aggregation roles, provides scalable network segmentation with VLANs, and enables efficient interconnects between servers, storage systems, and core switches.


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