The company's products TP-Link can find a large number of network elements. You will now represents a switch designed primarily to smaller companies and businesses. With this device you can easily expand the overall capacity of the network and increase the throughput of network traffic. There are now 16 ports 10/100/1000 Mbps. Cheers Auto MDI/MDI-X, eliminating the need for cables or use nekřížených Auto-negotiation for automatic configuration mode of communication between the active elements. Switch provides improved system energy savings, inactive ports reduces power and thus is able to achieve savings of up to 40%.
16-port 10/100/1000 Mbit/s allowing the transfer of large files
Up to 40% energy savings thanks to the innovative
IEEE 802.3x flow control provides reliable data transfer
10K Jumbo framework improves performance when transferring large data
Effective network monitoring functions via port mirroring, preventing loops and cable diagnostics
Management of data flows based on port and tag allows smooth delay-sensitive traffic
Rich VLAN enhance network security through traffic segmentation
Switch TP-SG1016DE we bought to upgrade connect computers on a small network (about 10 active IP addresses), which is separated from the provider routing and NAT on a Linux server. The reason for the transition to a managed switch is to change the telephone operator of a separate ADSL line + VOIP purely VOIP provider, VOIP where the headquarters will be connected to our ISP. While ensuring the availability of phone and trying not add latency routing / forwardováním Linux or even VOIP traverse through NAT, you need a VoIP gateway to connect to the Ethernet network to Nate and to simplify the message and any topology changes, we decided to switch to a management that could function as two separate swich, or send data to the server over the VLAN. Results of testing before deployment mode 802.1Q VLAN can not be eliminated permanently hardwired untagged Output VLAN1 to all ports. For other user-defined VLAN ports to output full control (disabled, untagged, tagged). Ports allow you to specify the input VLAN ID assigned to untagged input. Switch tagged but does not filter packets at the input. Automatically assigns and distributes them according to the above described rules for VLAN ID. It is most uncomfortable, that after any port incoming data after VLAN1 untagged appears on all output ports. Port to accept just tagged data can then arrange your own creation, not elsewhere specified VLAN and untagged input set its ID. At the output of multiple tagged VLAN on a port is not a problem. The VLAN assignment mode just by Port separation is possible, it is possible to create Swich of two or more independent sections, but this condition can not be provided for any port in a multiple VLAN tagged mode.
Total sane web interface with storage configurations from the browser to the file. Smaller than the standard Rackmount 16 and 24-port switches. Metal housing with integrated power without fan.It is not possible to block the entrance VLAN1 and its output untagged form in all ports. Even other VLAN is not possible for at least some ports limit their acceptance input.