TEG1024F

Developed by Tenda, TEG1050F is a Gigabit unmanaged Ethernet switch designed for establishing wired networks of high density and high speed in such scenarios as enterprises, parks, schools, and internet cafes, providing a simple, easy, cost-effective, and rapid internet access solution for video surveillance and SMBs’ networking. With 48 10/100/1000 Mbps RJ45 ports, and 2 independent Gigabit SFP slots that can be paired with Tenda’s SFP modules, this switch can be used to deploy a long-distance network up to 20 km. Its full-duplex transmission rate can reach 2000 Mbps, ensuring the timely transmission of large files and smoothness of videos. Its one-key VLAN function can isolate broadcast storms. Its integrated professional lightning protection circuit offers 6 kV lightning protection for the built-in power supply and all Ethernet ports, ensuring the stability and reliability of the switch. The switch supports desktop mounting, rack mounting and wall mounting, and features a 1U 19-inch standard rack-mount shell design and plug & play function. With these advantages, it is an ideal choice for deploying a cost-effective and high-speed network.

TEG1126P-24-410W is a unmanaged PoE switch independently designed by Tenda. Compliant with IEEE 802.3af and IEEE 802.3at standards, it can identify PoE-powered devices intelligently. With a maximum PoE power output of 370W, and 30W for a single port, it can supply power when transmitting data with APs, IP cameras, and IP phones. The switch supports 4 working modes, including standard, priority, extend and VLAN modes, is an ideal choice for SMBs, hotels, schools, factories with video surveillance and wireless networking requirements.

TEG5312F is a Tenda Layer-3 managed switch. To meet the demand of high-performance access, the switch provides 10 10/100/1000 Mbps Base-T Ethernet ports and 2 separate 1000 Mbps Base-X SFP ports. With an innovative hardware structure and software platform, it features a powerful processing capacity and complete security protection mechanism, making management and maintenance easy and simple, fully meeting the demands of high-density user access and high-performance aggregation, ideal for the aggregation layer or core layer of such medium to large networks as enterprises and campuses.