Description

TP-Link 16-port 10/100Mbps Desktop Switch – TL-SF1016D

What This TP-Link TL-SF1016D does

The TP-Link TL-SF1016D Fast Ethernet Switch is designed for SOHO (Small Office/Home Office) or workgroup users. All 16 ports of the TP-Link TL-SF1016D support auto MDI/MDIX, no need to worry about the cable type, simply plug and play. Moreover, with the innovative energy-efficient technology, the TP-Link TL-SF1016D can save up to 80%* of the power consumption and 70% of the packaging material can be recycled, making it an eco-friendly solution for your business network.

TP-Link TL-SF1016D has high performance

TP-Link TL-SF1016D Fast Ethernet Switch provides 16 10/100Mbps Auto-Negotiation RJ45 ports. All ports support Auto MDI/MDIX function, eliminating the need for crossover cables or Uplink ports. Featuring non-blocking switching architecture, TP-Link TL-SF1016D forwards and filters packets at full wire-speed for maximum throughput. And IEEE 802.3x flow control for Full Duplex mode and backpressure for Half Duplex mode alleviate the traffic congestion and make TP-Link TL-SF1016D work reliably.

TP-Link TL-SF1016D green technology

This new generation TP-Link TL-SF1016D Fast Ethernet Switch features the latest innovative energy-efficient technologies that can greatly expand your network capacity with much less power. The TP-Link TL-SF1016D automatically adjusts power consumption according to the link status and cable length to limit the carbon footprint of your network. TP-Link TL-SF1016D also complies with the EU’S RoHS, prohibiting the use of certain hazardous materials. Besides, 70% of the packaging material can be recycled.

TP-Link TL-SF1016D is easy to use

The auto features of this TP-Link TL-SF1016D switch make installation plug and play and hassle-free. No configuring is required. The TP-Link TL-SF1016D comes with Auto MDI/MDIX which eliminates the need for crossover cables. Auto-negotiation on each port senses the link speed of a network device (10, 100 Mbps) and intelligently adjusts for compatibility and optimal performance.