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General| Model | SG200 Series |
|---|---|
| Layer | Layer 2 |
| Type | Smart Switch |
| Port Type | Gigabit Ethernet |
| Form Factor | Desktop or Rack-mountable |
| Management | SNMP |
| VLAN Support | Yes |
| Quality of Service (QoS) | Yes |
| Security | Yes |
| MAC Address Table | 8K |
| Jumbo Frame Support | Yes |
| Operating Temperature | 0 to 40°C (32 to 104°F) |
| Storage Temperature | -4°F to 158°F (-20°C to 70°C) |
| Humidity | 10% to 90% non-condensing |
| Power Supply | Internal |
| Ports | 8 |
| Switching Capacity | 16 Gbps |
| Forwarding Rate | 11.9 Mpps |
Guides users on navigating the switch's web interface and outlines browser compatibility and restrictions.
Offers quick links to frequently accessed configuration pages from the Getting Started section for efficient setup.
Details the layout of the web interface, explaining the application header, buttons, and navigation window elements.
Provides an overview of the switch's hardware model, software version, uptime, and system identification details.
Displays statistics for packet transmission and reception on selected switch interfaces, including error counts.
Reports on Ethernet-specific statistics, such as FCS errors, collisions, and frame types on ports and LAGs.
Shows EAP packet statistics relevant to IEEE 802.1X Extensible Authentication Protocol on switch ports.
Details statistics for DHCPv6 packet exchanges, essential for IPv6 management interface configuration.
Presents statistics related to RADIUS server communication for authentication and authorization processes.
Monitors traffic statistics using SNMP, providing packet size and physical layer error information.
Explains the generation, storage, and retrieval of system messages and events from RAM and flash memory.
Sets system-wide parameters like hostname, location, and contact information to identify the switch.
Configures the network interface for switch management, supporting IPv4 and IPv6 addressing.
Manages user access by creating, modifying, and deleting user accounts and passwords for switch administration.
Controls network management services, including HTTP access and configuring idle session timeouts for enhanced security.
Displays currently active management login sessions, providing details on user, IP address, and session duration.
Records previous login attempts, including user name, protocol used, and source IP address.
Configures the switch's system clock, supporting manual settings or SNTP synchronization with network time servers.
Manages system logging, defining event severity levels, log aggregation, and directing logs to remote servers.
Handles firmware upgrades, language file updates, configuration backups, and file copying operations.
Provides options to restart the switch, either with the current configuration or resetting to factory defaults.
Allows testing network connectivity by sending ICMP echo requests to specified IP addresses from the switch.
Manages the handling of control packets like CDP, LLDP, and Dot1X, defining actions such as drop, forward, or terminate.
Offers diagnostic tools including copper port cable testing, port mirroring, and monitoring CPU and memory utilization.
Enables Bonjour service for network discovery of switch services via multicast DNS (mDNS).
Configures Link Layer Discovery Protocol Media Endpoint Discovery (LLDP-MED) for network policy, device location, and PoE endpoint management.
Allows configuration of DHCP client options to include vendor-specific information in DHCP requests.
Configures individual port parameters like administrative status, speed, duplex mode, and flow control.
Combines multiple physical links into a single logical link (LAG) for increased bandwidth and redundancy.
Manages Power-over-Ethernet (PoE) settings, including power budget, priority, and port-specific power limits.
Enables energy-saving features like Energy Detect Mode to reduce power consumption on copper ports.
Allows the creation and configuration of Virtual LANs (VLANs) with specific IDs and optional names.
Configures VLAN tagging behavior for ports and LAGs, defining them as Access, Trunk, or General interfaces.
Manages port membership in VLANs, specifying whether ports act as tagged or untagged members.
Designates the default VLAN for ports that are not explicitly assigned to any VLAN.
Configures features to prioritize voice and video traffic, enhancing quality of service for multimedia applications.
Introduces the Spanning Tree Protocol (STP) and its role in preventing network loops and ensuring path redundancy.
Controls the global operation of STP, including its state, mode (CST/RSTP), and bridge priority.
Configures STP parameters on a per-port or per-LAG basis, managing port states and edge port behavior.
Details Rapid Spanning Tree Protocol (RSTP) interface settings for faster network topology convergence.
Manually adds and configures static MAC addresses, associating them with specific ports and VLANs.
Sets the duration for which dynamic MAC address entries remain in the table before being removed.
Displays and filters dynamically learned MAC addresses, showing learned VLAN, MAC address, and interface information.
Configures global or per-VLAN multicast forwarding modes to control how multicast packets are distributed.
Manages associations between multicast group MAC addresses and VLANs for efficient packet forwarding.
Establishes associations between VLANs and multicast group MAC addresses to define port forwarding rules.
Enables IGMP snooping to manage IPv4 multicast traffic by intercepting membership reports and queries.
Enables MLD snooping to manage IPv6 multicast traffic by intercepting listener reports and queries.
Configures interfaces to act as IGMP multicast router interfaces for managing IGMP clients within VLANs.
Configures interfaces to act as MLD multicast router interfaces for managing MLD clients within VLANs.
Displays the Address Resolution Protocol (ARP) table, mapping IP addresses to MAC addresses of communicated devices.
Configures the switch as a DNS client for hostname resolution and supports static hostname-to-IP mappings.
Sets up DNS servers for hostname resolution and defines default domain names and query parameters.
Manages static associations between hostnames and IP addresses, including dynamically learned entries.
Lists and allows deletion of dynamic DNS entries learned through DNS lookup services.
Configures RADIUS client settings and servers for centralized authentication and authorization of network access.
Enforces password policies to enhance security, including minimum length, aging, and character complexity requirements.
Defines profiles and rules to restrict or permit management access based on users, ports, and source IP addresses.
Selects authentication methods for user access to switch ports, supporting Local, RADIUS, or no authentication.
Configures storm control to mitigate network instability caused by excessive broadcast, multicast, or unicast traffic.
Implements port security to restrict MAC addresses on a per-port basis, preventing unauthorized device access.
Configures port-based network access control using the IEEE 802.1X protocol for authentication.
Configures QoS trust modes for ports and defines priority values for egress queue assignments based on packet information.
Configures traffic scheduler modes (Strict Priority, WRR) and bandwidth settings for egress queues.
Maps IEEE 802.1p priority values from Ethernet frames to specific egress queues for traffic prioritization.
Maps IP Precedence values from IP packet headers to egress queues for prioritizing network traffic.
Maps Differentiated Services Code Point (DSCP) values from IP packets to egress queues for traffic prioritization.
Creates rate limit profiles to define maximum incoming traffic rates for ports, specifying criteria for exceeding limits.
Assigns configured rate limit profiles to specific network interfaces (ports or LAGs).
Configures traffic shaping to control the packet output rate on ports and LAGs by managing bandwidth utilization.
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