Gigabit SFP Uplink Slots:
Long-distance Lossless Transmission
With two 1000 Mbps SFP slots, the switch can meet the current demand for uplink bandwidth of Gigabit WLAN and HD digital surveillance. Working with Tenda optical fiber module TEG311SM, the switch supports a maximum transmission distance up to 20km.
4 Modes For More Scenarios, One-key To Change Smart And Easy
Standard mode, Priority mode, VLAN mode and Extend mode make TEG1118P-16-250W be able to deal with different networks, special for small & Medium-sized IP Surveillance & WI-FI coverage project.
Default mode of the switch. In this mode, it works as an unmanaged switch;
all ports can communicate with each other separately.
In this mode, port15,16,SFP1,SFP2 serve as uplink ports,
ports 1–8 serve as high priority port. All ports can communicate with each other separately.
In this mode, data rate of ports 9-14 reduces to 10 Mbps,
the maximum transmission distance can be 250 meters, and all ports can communicate with each other.
In this mode, ports 1 to 14 of the switch can communicate with port 15, 16, SFP1,
SFP2 separately, but cannot communicate with each other.
You can enable this mode to reduce broadcast storm and isolate DHCP broadcast.
6KV Excellent Lightning Protection
The switch offers various safety and protection types, including 6 KV lightning protection, PSE short-circuit protection, PoE overload protection, surge current protection etc, and these greatly protect the switch from being damaged by inductive thunderstorm.
230W High Power Output, Diversified Applications
Providing 16 100/1000M PoE ports in accordance with the IEEE802.3AF / AT standard, the maximum PoE output of the whole machine is 230W, and of a single port is 30W. Not afraid of burst traffic, avoid power failure & restart. It can provide stable power supply and data transmission for HD PoE IP cameras, APs, etc. It’s an ideal choice for SMBs, hotels, schools, factories and etc.
Integrated With Smart Power Management
Chip Keeps A Stable Transmission
It includes chips with smart power management function and integrated professional chip control algorithm, which can accurately calculate the output power. When the power of the receiving equipment exceeds the rated power (230W) of the PoE switch, the low priority port will automatically power off to avoid the over-run of the equipment and prolong the service life of the equipment.