The M12 series unmanaged rail transit onboard switch is designed and developed specifically for applications such as rail transit, ships, and onboard communication. The M12 connector is tightly and firmly connected, and can work reliably even under environmental factors such as vibration and impact interference. This series of Ethernet switches offers 5 or 8 M12 Ethernet ports, supporting IEEE802.3/IEEE802.3U/IEEE802.3ab/IEEE802.3x, with 10/100/1000M, full/half duplex, MDI/MDI-X adaptation, and provides an economical solution for industrial Ethernet.

Product Features:

■ -40° ~75° operating temperature range

■ Fanless, silent, low power consumption, energy saving and environmental protection

■ Support DC 12V~57V wide voltage input, adaptable to various industrial power input

■ Plug and play, no configuration required

■ PoE power supply function

■ Metal shell, IP40 protection

■ Support dual power supply redundancy and reverse

■ Supports IEEE 802.3af/at PoE power supply standard, single port provides up to 30W power.

Detail Display

Switch Parameters:

Model：U-08T-M12

Electrical port：8 x M12 X-coded、8-pin female connector

Power port：M12 A-coded 5-pin female connector

Indicator：PWR、Link/ACT、PoE

Switching capacity ：16Gbps

Packet forwarding rate ：11.9Mpps

Cache ：2Mb

MAC table ：4k

PoE externsion ：8 x PoE/PoE+

Standard：IEEE 802.3、IEEE 802.3u、IEEE802.3ab、IEEE 802.3x

Working mode：Network port supports full-duplex,half-duplex auto-negotication, and MDI/MDI-X adaptation

Temperature：Working temperature: -40-75° C Storage temperature: -40~85℃

Humidity：Working humidity: 10%~90%RH non-condensing Storage humidity: 5%~95RH non-condensing

Installation method ：Wall-mounted,front plug-in outlet

Heat dissipation method：Natural cooling fanless

Power ：DC: 12-52V; PoE: 48-57V

Size：170x132x41.2

Industry Applications

The U-08T-M12 car mounted switch has outstanding environmental adaptability. Stable signal transmission under extreme altitude, temperature, and humidity conditions; Faced with scorching desert temperatures and extreme cold, the internal precision components are specially designed to withstand temperature differences and maintain stable performance; Encountering the impact and vibration of bumpy mountain roads and high-speed railway tracks, relying on a sturdy structure, stable line chips, and precise data transmission; To cope with power grid surges, advanced protection devices are built-in to resolve high-voltage impacts. It adapts to complex environments in all aspects and provides escort for vehicle communication networks.