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TEG1128P-24-410W  26GE+2SFP Ethernet Switch With 24-Port PoE

26GE+2SFP Ethernet Switch With 24-Port PoE

TEG1128P-24-410W is a gigabit Unmanaged Ethernet PoE switch designed by Tenda. The switch provides 24 gigabit PoE ports, 2 uplink gigabit RJ45 ports and 2 SFP ports. It supports the IEEE 802.3af/at standard and can automatically detect PDs and supply power. The maximum output power of a single port is 30W, and the power of the whole switch is 410W. It supports rack mounting, one-toggle settings, plug and play, and simple networking. It is an ideal choice for SMBs, hotels, schools, and parks with video surveillance and wireless networking requirements.
Network standardsIEEE 802.3
IEEE 802.3u
IEEE 802.3ab
IEEE 802.3x
IEEE 802.3af
IEEE 802.3at
LED IndicatorPower
Link/Act
PoE MAX
Interfaces(26)1GE RJ45 ports
(2)1GE SFP ports
Transmission mediaRecommended: CAT5/5e UTP or better
Fan quantity1
Dimension440mm*240mm*44mm
Level of protectionPort: 6 KV
Power:6 KV
Forwarding modeStore-and-forward
Switch capacity56Gbps
Packet forwarding rate41.7Mpps
Buffer4Mb
MAC address table8K
PoE budgetSingle port: AF: 15.4W, AT: 30W
Whole device: 370W
Power consumption410W
Input voltage100-240V AC,50 / 60Hz
MountingRack mounting : support
Desktop mounting: support
Wall mounting: support
EnvironmentOperating temperature:0°C - 45℃
Storage temperature:-40°C - 70°C
Operating humidity:10% - 90%,non-condensing
Storage humidity:5% - 90%,non-condensing
CertificationFCC, CE, RoHS
FuntionsOne-key to change network mode:
1.Standard: All ports can communicate with each other. It can be used as a common non-management PoE switch.
2.Priority: Ports 1 to 8 are high-priority ports, which greatly reduce packet loss and congestion when the network is congested.
3.Extend: The maximum transmission distance of the 17-24 ports of the switch can reach 250 meters, and all ports can communicate with each other.
4.VLAN: Ports 1 to 24 cannot communicate with each other, but can communicate with ports 25, 26, SFP1 (27), and SFP2 (28), which can be used to isolate broadcast storms and DHCP conflicts.