What to do if Interlogix IFS NS3502-8P-2S does not power up?
First, ensure the AC power cord is properly inserted and not faulty. If inserted correctly, replace the power cord. Then, verify the AC power source is working by connecting another device. If that device works, proceed to the next step. If the alternate device also fails, check the AC power.
Why Interlogix Switch doesn't connect to the network?
Check the LNK/ACT LED on the Interlogix switch. Try using a different port on the switch. Ensure the cable is properly installed and is the correct type. As a last resort, turn the power off, wait a moment, and then turn it back on.
What to do if performance is bad on Interlogix Switch?
Check the full duplex status of the Ethernet Switch. If the Ethernet Switch is set to full duplex and the partner is set to half duplex, then performance will suffer. Also, check the in/out rate of the port.
How to reset IP address or forgotten admin password on Interlogix Switch?
To reset the IP address to the default IP Address “192.168.0.100” or reset the password to default value, press the hardware reset button on the front panel for about 10 seconds. After the device reboots, you can log in to the management WEB interface within the same subnet of 192.168.0.xx.
What to do if 100Base-TX port link LED is lit, but the traffic is irregular on Interlogix IFS NS3502-8P-2S?
Ensure that the attached device is not set to dedicated full duplex. Some devices use a physical or software switch to change duplex modes, which auto-negotiation might not recognize.
What to do if some stations cannot talk to other stations located on the other port of Interlogix Switch?
Check the VLAN settings, trunk settings, or port enabled/disabled status on the Interlogix switch.
How to fix the Link LED is not lit on Interlogix Switch?
Check the cable connection and remove duplex mode of the Ethernet Switch.
General| Brand | Interlogix |
|---|---|
| Model | IFS NS3502-8P-2S |
| Category | Switch |
| Language | English |
Lists the components included in the managed switch package.
Provides an overview of the switch's features and capabilities for network management.
Explains the structure of the user manual and how to navigate its sections.
Details the physical, layer 2, quality of service, multicast, security, and management features.
Lists the technical specifications of the NS3502-8P-2S switch, including hardware and layer 2 functions.
Describes the physical components of the switch, including front panel ports and LEDs.
Provides step-by-step instructions for installing the switch on a desktop or in a rack.
Lists the necessary hardware and software prerequisites for managing the switch.
Compares the advantages and disadvantages of console, web browser, and SNMP management methods.
Explains how to access the switch's command-line interface via direct connection or modem.
Details how to access and manage the switch using a web browser interface.
Describes how to use SNMP applications for switch configuration and management.
Introduces the switch's web interface, including panel display and main functions.
Covers basic administrative details for the managed switch, including system information and configuration.
Explains the SNMP protocol, its operations, and configuration details like system settings and traps.
Details how to configure and monitor switch ports, including port configuration, statistics, and mirroring.
Explains port aggregation, static LAGs, LACP configuration, and status for increasing bandwidth and redundancy.
Covers Virtual LAN concepts, IEEE 802.1Q VLAN features, and configuration options like port and membership settings.
Explains STP theory, parameters, and configuration for preventing network loops.
Details IGMP and MLD snooping, configurations, and status for managing multicast traffic.
Explains QoS concepts, port policing, classification, scheduling, and shaping for traffic management.
Covers ACL status, configuration, ACE details, and rate limiter settings for network access control.
Explains IEEE 802.1X, MAC-based authentication, user authentication, and server configurations.
Details security features including port limit control, access management, DHCP snooping, and ARP inspection.
Explains MAC address table configuration, status, and dynamic ARP inspection.
Covers LLDP and LLDP-MED configuration, neighbor information, and port statistics.
Provides tools for network troubleshooting, including Ping, IPv6 Ping, and Cable Diagnostics.
Details PoE configuration, including modes, schedules, status, and PD classifications.
Explains how to access the switch's command-line interface via console or Telnet connection.
Covers system settings and reset options, including configuration, logs, and reboot procedures.
Details IP configuration, DHCP settings, ping tests, and IPv6 setup for network connectivity.
Explains commands for managing switch ports, including configuration, mode, flow control, and statistics.
Covers MAC address table configuration, learning modes, and statistics for managing MAC entries.
Details VLAN configuration, including mode, port settings, membership, and protocol-based VLANs.
Covers security settings for users, privilege levels, authentication methods, and SNMP configuration.
Explains STP commands for configuration, version settings, port parameters, and bridge status.
Details link aggregation commands for static aggregation, LACP configuration, and status.
Explains LACP commands for configuration, mode, key, role, status, and statistics.
Covers LLDP commands for configuration, mode, optional TLVs, interval, hold, delay, reinit, statistics, and info.
Details LLDP-MED commands for configuration, civic address, ECS, policies, coordinates, datum, fast start, and info.
Explains EEE commands for configuration, mode, and urgent queues to manage power saving.
Covers PoE commands for configuration, mode, priority, power limits, and status.
Details thermal protection commands for priority temperature, port priority, status, and configuration.
Explains commands for LED power timers, deletion, maintenance, and configuration.
Covers QoS commands for configuration, port classification, policing, shaping, and remarking.
Details mirror commands for configuration, port selection, and mode settings.
Explains commands for saving and loading switch configuration via TFTP.
Covers firmware commands for loading, information retrieval, and swapping firmware images.
Details UPnP commands for configuration, mode, TTL, and advertising duration.
Explains MVR commands for configuration, group management, status, mode, and port type.
Covers Voice VLAN commands for configuration, mode, ID, age time, traffic class, and OUI table.
Details IPMC commands for configuration, mode, flooding, proxy, state, querier, and statistics.
Explains VLAN control list commands for MAC-based and protocol-based VLAN configuration.
Describes the address table which stores MAC address, port number, and other node information.
Explains how the switch checks destination addresses and forwards or filters packets.
Details the store-and-forward packet forwarding technique for error checking and efficiency.
Explains the auto-negotiation technology for automatically setting bandwidth and duplex modes.
Defines Power over Ethernet (PoE) technology and its benefits for network applications.
Describes the stages involved in powering up a PoE link, from detection to operation.
Explains the scenarios for safe power disconnection of PoE devices, including DC and AC disconnect.
Provides solutions for troubleshooting when the link LED is not lit.
Offers solutions for poor performance issues related to duplex settings and port rates.
Lists troubleshooting steps for network connectivity issues, including cable checks and power cycling.
Details the pin assignments for the switch's RJ-45 connector for 1000Mbps and 10/100Mbps interfaces.
Access Control Entry: Describes access permission associated with a particular ACE ID.
Access Control List: A list of ACEs specifying users or groups permitted or denied access to traffic objects.
Dynamic Host Configuration Protocol: Assigns dynamic IP addresses and network parameters to devices.
Internet Group Management Protocol: Manages membership of IP multicast groups for efficient resource use.
Internet Protocol: A protocol for communicating data across networks, providing unique IP addresses.
Link Aggregation Control Protocol: Bundles physical ports to form a single logical port for increased speed and redundancy.
Link Layer Discovery Protocol: Discovers information about neighboring devices on the local network.
Multicast Listener Discovery for IPv6: Used by IPv6 routers to discover multicast listeners on a link.
Network Access Server: Acts as a gateway to guard access to protected resources, often using IEEE 802.1X.
Network Time Protocol: Synchronizes clocks of computer systems using UDP datagrams.
Power over Ethernet: Transmits electrical power to remote devices over standard Ethernet cable.
Quality of Service: Guarantees bandwidth relationships between applications and data for reliable service.
Remote Authentication Dial In User Service: Provides centralized access, authorization, and accounting management.
Rapid Spanning Tree Protocol: Provides faster convergence after topology changes and prevents loops.
Simple Network Management Protocol: Used for network management, allowing participation of diverse network objects.
Secure Shell: Allows secure data exchange using encrypted channels, providing confidentiality and integrity.
Spanning Tree Protocol: Ensures a loop-free topology for bridged LANs, preventing network loops.
Virtual LAN: Restricts communication between switch ports and segments networks into broadcast domains.
Configures Voice VLAN for voice traffic, enabling QoS and ensuring transmission priority and quality.
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