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The TEF1110P-8-102W has network extension technology. Based on the original twisted pair, it can 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 standard. 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.
Ports 1-8 support IEEE 802.3at and IEEE 802.3af PoE standard. Machine PoE maximum output power of 99W, a single-port maximum output power of 30W. The two-gigabit uplink ports are capable of cascade connection of more devices.
Due to the complex monitoring environment, when making cabling and networking, it’s very often to encounter the problem of inadequate network transmission distance. The distance of each camera terminal to the monitoring centre is different, some only a few meters, some hundred metres, while others can be kilometres away.
The Tenda TEF11 series PoE monitoring switches exclusive patent network extension technology, uses the common existing twisted pair, can support 250 metres data transmission, breaks the existing twisted pair hundred metres transmission limit; Provides a gigabit linked SFP port and can meet the demand of transmission up to 250 metres.
For surveillance projects, cameras are often installed in an outdoor environment or a higher position, which also increases the camera and PoE switches the probability of a lightning shock. This could result in the individual equipment getting damaged or lead to a whole local area network (LAN) paralysis.
The Tenda TEF11 series switches have a professional lightning protection design – up to 6kV surge protection, with two levels of protection design respectively, effectively preventing the power of lightning from damaging the cable, which is the equivalent to giving the entire network system a security fence. The test standard is much higher than the national CCC request. In thunderstorm weather, it can also provide monitoring network stability, reliable service and maintain the transmission of the images.