TP-Link JetStream L2+ Managed Switch - TL-SG3428XMP


Best current price£363.11from PCHUB.UK
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Tp-Link Jetstream 24-Port Gigabit And 4-Port 10Ge Sfp+ L2+ Managed Swi
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Best current price£363.11from PCHUB.UK
Shopping.co.uk recommended and popular offers
Tp-Link Jetstream 24-Port Gigabit And 4-Port 10Ge Sfp+ L2+ Managed Swi
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This TP-Link JetStream TL-SG3428XMP is a managed L2+ switch designed for businesses and enterprise networks requiring high-speed connectivity, robust security, and advanced traffic management. It offers 24 Gigabit PoE+ ports for powering devices and 4x 10 Gigabit SFP+ slots for high-speed uplinks, with the key benefit of centralized cloud management via the Omada app. A potential caveat is that its advanced features may require network expertise to configure optimally.
| Series | JetStream |
|---|---|
| Model Part Number | TL-SG3428XMP |
| Brand | TP-LINK |
The TP-Link JetStream TL-SG3428XMP has a total PoE budget of 384W, distributed across its 24 PoE+ ports.
Yes, it supports centralized cloud management through the TP-Link Omada app and controller software, allowing for remote access and configuration.
The switch features 4x SFP+ slots, which support higher data rates of up to 10 Gbps, suitable for high-speed uplinks. Standard SFP modules (1 Gbps) may also be compatible, but the primary benefit is the 10 Gbps capability.
This is an L2+ managed switch, meaning it supports advanced Layer 2 features and static routing for inter-VLAN traffic. It does not perform full Layer 3 routing like a dedicated router.
Typically, a factory reset can be performed by pressing and holding a reset button (often recessed) on the device for a specific duration (e.g., 10-15 seconds) while the unit is powered on. Refer to the user manual for exact instructions.
Jumbo Frames are Ethernet frames with a payload larger than the standard 1500 bytes (up to 9000 bytes on this switch). They can improve throughput and reduce CPU utilization for large data transfers, especially in storage networks, by decreasing the overhead per packet.
This switch has two fans for cooling. While generally quiet, the presence of fans means it is not a fanless design. For environments requiring absolute silence, a fanless switch might be necessary, though they typically have lower performance or PoE capabilities.
Verify the AC power cord is securely connected to the switch and the power outlet. Check if the power outlet is functional by testing another device. Ensure the power switch on the back (if applicable) is in the 'on' position.
Check the Ethernet cable for damage and ensure it is properly seated at both ends. Confirm the connected device is powered on and configured correctly. Verify port status lights on the switch. Try a different port.
Check for potential network loops using the loop protection feature. Ensure firmware is up to date. Review QoS settings to ensure critical traffic is prioritized. Check for any port errors or high utilization.
Ensure the connected device is PoE-compliant (802.3af/at). Verify the total PoE power consumption does not exceed the switch's 384W budget. Check if PoE is enabled for the specific port in the switch's management interface.
Confirm your computer is on the same network segment as the switch or connected directly. Verify the IP address of the switch and ensure it is accessible. Try accessing via the console port if network access is an issue.
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