24-port full Gigabit Web management PoE switch
TL-SG2024MP
24 10/100/1000Base-T RJ45 ports(Support standard PoE+ power supply)
The large PoE power supply of the whole machine is 190W, and the single-port large PoE power supply is 30W
Comply with IEEE 802.3af/at PoE power supply standard, the port supports power supply priority
Support 802.1Q VLAN, Port VLAN, QoS, bandwidth control, storm suppression
Support port aggregation, port mirroring, port monitoring, cable detection, loopback protection
Supports management through Web and PC software
Support three working modes: Web management, VLAN isolation, and standard switching
TP-LINK''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''s newly developed 2 series of Web network management switches adopt a new generation of high-performance hardware and software platforms, provide flexible and cost-effective full Gigabit ports, support flexible 802.1Q VLAN, port monitoring, port aggregation, QoS, bandwidth Common functions such as control are easy to manage and maintain, and are suitable for campus, hotel and corporate campus network access application scenarios.
Full Gigabit Port
: Provide 24 Gigabit ports, all with Gigabit wire-speed forwarding capability to meet the needs of different users.
Simple and practical network management function
: Support the management and maintenance of the equipment through the Web interface and PC management software.
: Support 802.1Q VLAN, MTU VLAN, port VLAN, users can flexibly divide VLAN according to their needs.
: Support QoS, support three priority modes based on port, 802.1P, and DSCP to optimize bandwidth configuration.
: Support port aggregation, effectively increase link bandwidth, realize link backup, and improve link reliability.
: Support port mirroring, forward the data of a certain port to the mirrored port, which can realize network monitoring.
: Support port monitoring, statistics the flow information of each port, convenient to monitor the flow and analyze network abnormalities.
: Support bandwidth control, configure port data input/output transmission rate, and allocate and utilize bandwidth reasonably.
: Support storm suppression, limit the broadcast traffic that the port allows to receive, and avoid broadcast storms from seriously degrading network performance.
PoE power supply function(Only supported by PoE models)
: TL-SG2024MP supports PoE+ power supply and follows the IEEE 802.3af/at standard to meet the PoE power supply needs of security monitoring, teleconference systems, wireless coverage and other scenarios.
: TL-SG2024MP has a large PoE power supply of 190W, and a single-port large PoE power supply of 30W.
: The TL-SG2024MP PoE port supports power supply priority. When the remaining power is insufficient, the power supply of the high priority port is guaranteed first.
Switch working mode with one key
: Web management mode: The switch supports network management functions such as VLAN, port aggregation, and port monitoring, and can be managed and maintained through the Web interface or PC-side management software.
: VLAN isolation mode: The switch does not support network management functions, and some ports are isolated from each other, and ports 1-22 are isolated from each other, and can only communicate with ports 23 and 24, and ports 23 and 24 can communicate with each other.
: Standard switching mode: The switch does not support the network management function, and the ports can communicate freely.
Mode switch
: Support three working modes: Web management, VLAN isolation, and standard switching
Network management function
: Supports management through Web pages and PC software
: Support 802.1Q VLAN, MTU VLAN, port VLAN
: Support QoS, bandwidth control, storm suppression
: Support port aggregation, port mirroring, port monitoring
: Support bandwidth control, storm suppression
: Support cable detection, loopback detection
Shell size (mm): 440*180*44
Use environment
: Working temperature: 0℃?? 40℃
: Storage temperature: -40℃?? 70℃
: Working humidity: 10%?? 90% RH non-condensing
: Storage humidity: 5%?? 90% RH non-condensing
* The data quoted in the above introduction are theoretical data throughput and the performance of specific models in specific experimental environments. There may be differences based on the actual environment of the site. The technical comparisons mentioned are explained by scientific principles and do not involve other purposes. .