Product Recommendations
Related Products









Featured Products








Product Information




Tenda TEF1110P-8-102W 8 Port Gigabit Desktop Switch With 8-Port PoE
- PoE+ and Dual Gigabit Uplink
- 6KV lighting protection PoE switch
- Up to 250 meters long transmission
- Lead security transmission power
Product Pricing
EMI Start From*
Tenda TEF1110P-8-102W 8 Port Gigabit Desktop Switch With 8-Port PoE in Bangladesh
Tenda TEF1110P 8-Port 10/100 Mbps+2 Gigabit Desktop Switch support up to 250 meters long distance transmission, breaking the hundred meters transfer limit. With 6KV lightning protection, it is the real monitoring private switch. Ports 1-8 support IEEE 802.3at and IEEE 802.3af PoE standards. It provides a maximum power supply of 30W to each port and 99W to the whole device. Meanwhile, it provides dual gigabit uplink port to meet the needs of more equipment cascading and access.
PoE+ and Dual Gigabit Uplink
Ports 1-8 support IEEE 802.3at and IEEE 802.3af PoE standards. Machine PoE maximum output power of 99W, single-port maximum output power of 30W. The two gigabit uplink ports are capable for cascade connection of more devices.
6KV lighting protection PoE switch is the real monitoring private switch
In real monitoring project, cameras are often installed outdoor or in a higher position, which also increases the probability of lightning shock toward the cameras and PoE switches . Therefore, some of the equipment may be damaged and even the whole local area network (LAN) may be paralyzed. Tenda TEF11 series switches have professional lightning protection design – 6kV port and power supply thunder prevents. These two protection design can effectively inhibit the lightning current from the network cable and power supply, which is equivalent to add security Walls to the entire network monitoring system. And the test standards are far higher than the requirements of the state CCC. In thunderstorms, the monitoring network can also provide stable and reliable services to the monitoring network and ensure the normal transmission of the images.