Amer Networks SS2GR26i: 26-Port Gigabit Managed Layer 2 Switch with 22 Copper + 4 Gigabit Combo Ports

The SS2GR26i is a fully featured Gigabit Layer 2/4 switch engineered for performance and reliability in both core and edge deployments. It delivers smooth, full gigabit speeds across the network, providing flexible connectivity options with a combination of copper and fiber interfaces. This makes it ideal for building scalable networks that demand robust traffic management, secure access, and easy administration.

• Flexible port configuration: 22 standalone Gigabit copper (RJ-45) ports plus 4 dual-interface combo ports that can operate as copper (RJ-45) or fiber (SFP), offering versatile uplink and aggregation options in a compact footprint.
• Comprehensive Layer 2/4 feature set: Advanced traffic management with VLANs, QoS, ACLs, IGMP Snooping, link aggregation (LACP), spanning tree protocols (STP/RSTP/MSTP), and monitoring tools to optimize performance and security.
• High-performance switching: Hardware-based forwarding and non-blocking data paths ensure low latency and consistent throughput even in busy networks, with support for policy-based routing and prioritized traffic.
• Enterprise-grade management: Fully managed via intuitive Web GUI, robust CLI, and standard network management protocols such as SNMP, enabling centralized control, visibility, and automation across switches and uplinks.
• Secure, scalable, and future-ready: Designed for reliable operation at the network edge or core, with firmware updates, secure access controls, and flexible configuration to adapt to growing bandwidth and changing requirements.

Technical Details of Amer Networks SS2GR26i

• Ports and interfaces: 22 x 1G RJ-45 copper ports; 4 x dual-interface combo ports (RJ-45 or SFP) for flexible copper or fiber connections
• Layer support: Layer 2 switching with enhanced Layer 4 capabilities for traffic management and policy enforcement
• VLANs: Supports multiple VLANs with trunking on appropriate ports for isolated or aggregated traffic
• Quality of Service (QoS): Traffic prioritization across multiple queues to guarantee performance for critical applications
• Security: Standard access controls, per-port security features, and authentication options to protect network access
• Loop prevention and redundancy: Spanning Tree Protocol family (STP/RSTP/MSTP) for network resilience and loop avoidance
• Link aggregation: LACP for combining multiple physical links into a single logical link for higher bandwidth and redundancy
• Monitoring and management: SNMP support, CLI access, and a web-based GUI for easy configuration, monitoring, and troubleshooting
• Firmware and interoperability: Supports firmware upgrades and standard networking protocols to integrate with existing infrastructure
• Power and operation: Designed for reliable operation in standard networking environments; energy-efficient design and adequate cooling for continuous use
• Standards compliance: Built to IEEE 802.3 Ethernet standards and related 802.1Q VLAN tagging and 802.1X security frameworks

How to install Amer Networks SS2GR26i

Begin with a clean, organized rack or a suitable workspace. Confirm you have a stable power supply and the necessary cables for copper and fiber connections. Use the following steps to get the SS2GR26i up and running quickly and securely:

• Physically install the switch in your rack or place it on a sturdy surface with adequate ventilation. Ensure clearance for airflow and front-panel indicators.
• Connect power and verify the power-on indicator. If you are deploying in a data center, consider cable management and cooling to maintain optimal operating temperatures.
• Connect your management workstation to the switch using an available management port or any accessible LAN port. If the device ships with a default management IP, refer to the user manual for the exact address; otherwise, set up a temporary configuration on a connected PC to reach the device.
• Access the Web GUI or connect via CLI (SSH/Telnet) to begin initial configuration. Create an administrative account, set a strong password, and enable secure management protocols.
• Configure core network settings: define VLANs, assign ports to VLANs, configure trunk/storage links on the 4 combo ports as needed, and establish LACP groups if you plan to aggregate links for uplinks or server connections.
• Implement QoS policies to prioritize critical applications (e.g., VoIP, video conferencing, or database traffic). Set up ACLs to control access between VLANs and apply security best practices such as port security and 802.1X where supported.
• Save the configuration and perform a firmware update if a newer version is available. Verify redundancy by testing link aggregation and triggering STP or other failover mechanisms to ensure network resilience.
• Document your configuration for future maintenance and create backup copies of the firmware and configuration files.

Frequently asked questions

• What ports does the SS2GR26i include?
  It includes 22 x 1G RJ-45 copper ports and 4 dual-interface combo ports that can operate as copper (RJ-45) or fiber (SFP), providing flexible uplink and aggregation options.
• Is the SS2GR26i a managed switch?
  Yes. It is a fully managed switch with Web GUI, CLI access, and SNMP support for centralized monitoring and control.
• What deployment scenarios is it best suited for?
  It is ideal for both core and edge deployments in small to mid-sized networks, delivering reliable Gigabit performance and scalable traffic management.
• What security features are available?
  The switch provides port security, access control mechanisms, VLAN isolation, and authentication options to help protect network access and data traffic.
• How do I manage firmware updates?
  Firmware updates can be applied via the Web GUI or CLI, often through TFTP/FTP or other supported methods as described in the user manual, with options to schedule automatic updates if available.
• Can I use VLANs and Qos on this switch?
  Yes. The SS2GR26i supports multiple VLANs with trunking and QoS to prioritize critical traffic, ensuring predictable performance for sensitive applications.