TP-LINK TL-SF1024D TL-SF1024D Network switch 24 ports 100 MBit/s

The Fast Ethernet Switch TL-SF 1024 D offers a powerful, cost-effective, easy-to-use, seamless and standard upgrade for the upgrade of your old network for more connections. All 24 Ports Support Auto-MDI/MDIX; do not worry about the type of cable, simply connect and go away. In addition, the TL-SF 1024 D with its innovative, energy-efficient technology up to 75%* of power consumption savings and 80% of the packaging can be recycled, making it an environmentally friendly solution for your business network.

High-performance
The construction of the metal casing in the rackmount-gro size in combination with a safety certified internal power supply makes the switch for the most robust product for an environment with less than 24 users very cost effective. With a non-blocking switching architecture, the TL-SF 1024 D the packets and filters out at full speed in order to achieve the maximum data throughput. And the IEEE 802.3x flow control for full duplex mode and backpressure for half duplex mode relieve the congestion and let the TL-SF 1024 D work reliably.

Green IT from TP-LINK
This Fast Ethernet Switch TL-SF 1024 D of the new generation has the latest innovative, energy-efficient technology, which can significantly expand your network capacity, with much less energy consumption. It adjusts the power consumption automatically to the link status and cable length, in order to improve the kohlendioxid-fu footprint of your network. He is also in line with the RoHS the EU, the use of certain hazardous substances is prohibited. In addition, 70% of the packaging recycled.

Easy to operate
The automatic functions of this Fast Ethernet Switch make the installation thanks to Plug-and-Play without any problem. There is no configuration is required. Auto-MDI/MDIX eliminates the need for crossover cables. Auto-tuning for each port automatically detects the connection speed of a network device (10 or 100 Mbps) and adjusts accordingly to achieve compatibility and the optimal performance.

This text is machine translated.