Why is file transfer slow on my NETGEAR MS510TX?
Slow file transfers or degraded performance on your NETGEAR Switch can occur due to a broadcast storm caused by a network loop. To resolve this, ensure only one path exists between any two networked devices to break the loop. You can also configure the Spanning Tree Protocol (STP) via the switch's web management interface to prevent network loops.
What to do if combined speed and activity LED are blinking continuously on all connected ports of NETGEAR MS510TX?
Continuously blinking LEDs on all connected ports of your NETGEAR switch, accompanied by a disabled network, indicates a network loop (redundant path). Resolve this by ensuring that only one path exists from any networked device to another. You can also configure the Spanning Tree Protocol (STP) using the switch's web management interface to prevent network loops.
What to do if a segment is not recognized as part of the network using NETGEAR Switch?
If a segment or device isn't being recognized on the network with your NETGEAR switch, it's possible that some devices are not properly connected, or the cabling doesn't meet Ethernet guidelines. Verify that the cabling is correct, and ensure all connectors are securely positioned in the required ports. Check for accidentally disconnected equipment.
How to fix NETGEAR MS510TX when Power LED is off?
If the power LED on your NETGEAR switch is off, it indicates that power is not being supplied to the switch. Check the power cable connections at both the switch and the power source. Ensure all cables are correctly used and comply with Ethernet specifications.
What to do if speed and activity LED are off when the port is connected to a device using NETGEAR MS510TX Switch?
If the speed and activity LEDs are off when a port on your NETGEAR switch is connected to a device, the port connection might not be working. Check the crimp on the connectors, and ensure the plug is properly inserted and locked into the port at both the switch and the connecting device. Also, make sure that all cables are used correctly and comply with Ethernet specifications. To identify a defective port, cable, or module, test them in an alternate, functioning environment.
What to do if PoE-related short circuit occurred on the port of NETGEAR MS510TX Switch?
If a PoE-related short circuit occurs on a NETGEAR switch port, the issue is likely with the attached PD (Powered Device). Check the condition of the PD or try restarting it by disconnecting and reconnecting it.
What to do if the PoE voltage of the NETGEAR Switch port is outside the permitted range?
If the PoE voltage of your NETGEAR switch port is outside the permitted range, restart the switch to see if the condition resolves itself.
General| Switch type | Managed |
|---|---|
| Switch layer | L2/L3/L4 |
| Quality of Service (QoS) support | Yes |
| Stackable | - |
| Product color | Gray |
| Console port | RJ-45 |
| USB 2.0 ports quantity | 1 |
| Installed SFP modules quantity | 0 |
| Basic switching RJ-45 Ethernet ports type | Gigabit Ethernet (10/100/1000) |
| Basic switching RJ-45 Ethernet ports quantity | 8 |
| Noise level | 21 dB |
| Processor frequency | 800 MHz |
| Mean time between failures (MTBF) | 1078683 h |
| 10G support | No |
| Number of VLANs | 256 |
| Networking standards | IEEE 802.1D, IEEE 802.1Q, IEEE 802.1ab, IEEE 802.1p, IEEE 802.1s, IEEE 802.1w, IEEE 802.1x, IEEE 802.3, IEEE 802.3ab, IEEE 802.3ad, IEEE 802.3ae, IEEE 802.3an, IEEE 802.3az, IEEE 802.3u, IEEE 802.3x, IEEE 802.3z |
| Jumbo frames | 10000 |
| Latency (10 Gbps) | 2.36 µs |
| MAC address table | 16000 entries |
| Packet buffer memory | 1.5 MB |
| AC input voltage | 100 - 240 V |
| AC input frequency | 50 - 60 Hz |
| Power consumption (max) | 26.1 W |
| Power consumption (typical) | 10.19 W |
| DHCP features | DHCP client, DHCP server |
| Access Control List (ACL) rules | 164 |
| Heat dissipation | 89.06 BTU/h |
| Operating altitude | 0 - 3000 m |
| Storage temperature (T-T) | -20 - 70 °C |
| Operating temperature (T-T) | 0 - 50 °C |
| Storage relative humidity (H-H) | 0 - 95 % |
| Operating relative humidity (H-H) | 0 - 90 % |
| Multicast MAC address table | 512 entries |
Weight and Dimensions| Depth | 169 mm |
|---|---|
| Width | 328 mm |
| Height | 43 mm |
| Weight | 1420 g |
Describes the physical ports and models of the switch, including port types and speeds.
Lists other guides and manuals available for download from the NETGEAR website.
Explains how to configure and monitor the switch using different management interfaces.
Details software requirements for accessing the switch via web browser.
Explains constraints on characters that can be used in user-defined fields.
Describes how physical and logical interfaces are identified by type and number.
Provides methods to connect to the switch using DHCP or static IP addresses.
Encourages product registration for updates, warranty, and support.
Explains how to apply settings simultaneously to single or multiple ports.
Describes the graphical interface for monitoring ports, configuration, and status.
Describes accessing pages for switch status, clock, and DNS information.
Configures and views general device information, temperatures, and software versions.
Monitors CPU, memory, and utilization for performance assessment.
Displays USB device status, memory statistics, and directory details.
Sets network information for the switch management interface and management VLAN.
Configures IPv6 parameters for the switch's network interface.
Views IPv6 neighbor discovery protocol (NDP) information.
Sets SNTP or manual time synchronization for accurate timestamps.
Configures DNS servers and the switch's operation as a DNS client.
Globally configures Green Ethernet features to save power.
Information about navigating and utilizing the Device View interface.
Applies to MS510TXPP model for PoE power delivery to connected devices.
Explains PoE standards and power budget management for connected devices.
Details power requirements for PoE-capable devices based on IEEE standards.
Describes smart allocation and prioritization of PoE power to connected devices.
Sets global power limit types, detection standards, and trap settings for PoE.
Configures per-port PoE settings like priority, timers, and power limits.
Sets up SNMPv1/v2 and SNMPv3 for network management and trap configuration.
Defines communities for SNMP V1 and V2 access control and specifies access levels.
Configures SNMP trap receivers, including IP address and trap version.
Enables or disables global traps and traps related to authentication events.
Displays a list of all supported Management Information Bases (MIBs).
Configures authentication and encryption settings for SNMPv3 users.
Configures Link Layer Discovery Protocol for network topology discovery.
Specifies global LLDP and LLDP-MED parameters applied to the switch.
Configures per-interface LLDP settings for transmitting and receiving LLDP packets.
Displays LLDP-MED network policy TLVs transmitted in LLDP frames.
Enables LLDP-MED mode on an interface and configures its properties.
Views data that each port advertises through LLDP.
Views data received from other LLDP-enabled systems.
Configures global flow control and monitors physical port information.
Prevents data loss by managing port traffic rates using pause frames.
Views, configures, and monitors physical port information like speed and description.
Combines multiple links into a single logical link for bandwidth and fault tolerance.
Groups Ethernet links to form a link aggregation group (port channel).
Selects ports or LAGs to include as members in a link aggregation group.
Sets the LACP system priority for link aggregation between devices.
Configures LACP priority and time-out values for selected ports.
Adds virtual LAN support for network segmentation and traffic management.
Adds and configures VLANs, specifying ID, name, and type.
Configures port and LAG membership in VLANs, specifying tagged or untagged frames.
Views the status of all currently configured VLANs on the switch.
Assigns a port VLAN ID (PVID) to an interface for untagged frames.
Assigns untagged packets to VLANs based on source MAC address.
Manages port and LAG membership in MAC-based VLAN groups.
Defines filtering criteria for untagged packets based on protocols.
Manages port and LAG membership in protocol-based VLAN groups.
Configures Generic Attribute Registration Protocol (GARP) switch settings.
Configures GARP settings for individual ports on the switch.
Configures global and per-port voice VLANs for IP phones.
Sets global parameters, including voice VLAN ID and class of service.
Adds or removes interfaces, ports, and LAGs from the voice VLAN.
Manages Organizationally Unique Identifiers for IP phone manufacturers.
Explains how the switch handles IP routing based on destination MAC and IP addresses.
Accesses pages for configuring routing settings and viewing IP statistics.
Enables routing on the switch and configures its interfaces and VLANs.
Displays detailed IP statistics as specified in RFC 1213.
Configures switch ports to support VLAN routing for inter-VLAN traffic.
Creates VLAN routing interfaces, configures IP addresses, and adds ports/LAGs.
Views or modifies VLANs to function as routing VLAN interfaces.
Configures static and local IPv4 routes by specifying destination and next hop.
Associates Layer 2 MAC addresses with Layer 3 IPv4 addresses for network communication.
Enables IPv6 support on VLAN interfaces, not on physical ports.
Configures global IPv6 routing parameters for the switch.
Adds static IPv6 routes for network connectivity and path discovery.
Displays static and discovered IPv6 routes in the route table.
Configures IPv6 parameters for VLAN interfaces, including addresses and prefixes.
Manually configures IPv6 global addresses for VLAN interfaces.
Advertises IPv6 prefixes on VLAN interfaces for network configuration.
Displays IPv6 statistics for network interfaces, including received/transmitted datagrams.
Views IPv6 neighbor discovery cache information and clears entries.
Configures aspects of switch queueing and packet priority.
Sets the class of service trust mode for interfaces (trusted/untrusted).
Sets global trust mode options for ingress traffic on the switch.
Configures interface shaping rate and ingress rate limits.
Defines egress queue behavior and bandwidth allocation per port.
Maps 802.1p priority values to internal traffic classes (queues).
Maps internal traffic classes to Differentiated Services Code Point (DSCP) values.
Classifies traffic into streams and assigns QoS treatment based on per-hop behaviors.
Defines categories and criteria for DiffServ QoS, including class, policy, and service.
Accesses pages for password changes, RADIUS/TACACS+ servers, and authentication lists.
Modifies the login password for web-based management interface access.
Resets the login password to the switch's factory default value.
Sets up RADIUS servers for network authentication of users.
Sets up TACACS+ servers for centralized user management and authentication.
Configures default login lists specifying authentication methods.
Configures HTTP and HTTPS access and related access control profiles.
Configures HTTP server settings, including session timeouts and session limits.
Configures secure HTTP (HTTPS) for encrypted management communication.
Manages switch certificates for secure communication, including generation and import.
Configures access control profiles and rules for management packet filtering.
Sets up a security access profile for management packet filtering.
Configures security access rules (permit/deny) for an access profile.
Modifies the match criteria for an existing access rule within a deactivated profile.
Removes an access control profile from the switch configuration.
Enables and configures port access control using 802.1X authentication.
Configures global 802.1X port access control, guest VLAN, and EAPoL forwarding.
Configures 802.1X settings for individual ports, including control mode and timeouts.
Views summary information about port-based authentication settings.
Displays information about supplicant devices connected to authenticator ports.
Configures storm control, port security, protected ports, and private VLANs.
Controls broadcast, multicast, and unicast packet rates to prevent network storms.
Locks ports and allows only specified source MAC addresses to be forwarded.
Configures ports as protected or unprotected to restrict traffic forwarding.
Sets up private VLANs to isolate ports within a VLAN.
Accesses pages for viewing traffic statistics, port status, and cable tests.
Displays detailed statistical information about the traffic handled by the switch.
Summarizes per-port traffic statistics, including packet counts and errors.
Displays a variety of per-port traffic statistics, including STP and LACP modes.
Displays information about Extensible Authentication Protocol (EAP) packets.
Displays information about cables connected to switch ports and their status.
Manages locally stored or forwarded log messages for events and errors.
Manages log messages stored in RAM memory, configurable by admin status.
Manages logs stored in persistent storage that survives across reboots.
Configures the switch to send log messages to remote logging hosts.
Views information about SNMP traps generated by the switch.
Selects network traffic for analysis by a network analyzer on specific ports.
Displays system resource utilization and maximum TCAM entries.
Reboots the switch using the Device Reboot page.
Resets the system configuration to factory default values.
Supports system file exports to remote systems via TFTP, HTTP, or USB.
Exports configuration, log, and image files from the switch to a TFTP server.
Exports files from the switch to a management system via HTTP.
Exports configuration text files from the switch to a USB device.
Downloads system files from a remote system to the switch.
Downloads image or configuration files from a TFTP server to the switch.
Downloads files to the switch via HTTP session using a web browser.
Downloads files to the switch from a connected USB device.
Manages two versions of switch software (firmware) in permanent storage.
Selects which software image to load during the next boot cycle.
Shows information about the active and backup software images on the system.
Provides access to ping, traceroute, memory dump, and remote diagnostics.
Checks switch communication with a specified IPv4 address.
Checks switch communication with a specified IPv6 address or hostname.
Discovers the network paths packets take to a remote IPv4 destination.
Discovers the network paths packets take to a remote IPv6 destination.
Collects device and protocol status for technical support debugging.
Enables or disables remote access for performing diagnostics services.
Explains VLAN concepts, advantages, and packet handling.
Demonstrates VLAN usage scenarios with tagged and untagged traffic.
Ensures authorized access and provides traffic flow control using ACLs.
Example of creating a MAC-based ACL to permit Ethernet traffic.
Example of creating an IP-based ACL to block Finance department traffic.
Classifies traffic for QoS treatment based on per-hop behaviors.
Defines traffic classes to track on ingress interfaces using classifiers.
Associates classes with QoS policy statements for traffic conditioning.
Defines actions for incoming traffic like dropping or marking packets.
Illustrates creating a DiffServ class, policy, and attaching it to interfaces.
Describes port-based network access control for device authentication.
Configures 802.1X-based authentication on ports and assigns guest VLAN.
Explains Multiple Spanning Tree Protocol for efficient VLAN traffic channeling.
Shows how to create an MSTP instance and configure bridge priorities.
Demonstrates configuring a switch for interVLAN routing.
Lists physical features like interfaces, memory, and supported protocols.
Details default configurations for various switch features and protocols.
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