Non-managed commercial Ethernet switch core module AOK-S10403

Short Description:

Product characteristics

Support the IEEE802.3, 802.3 U and 802.3 ab, 802.3 x standard

Supports four 10Base-T/100Base-T(X)/1000Base-T(X) Gigabit Ethernet pin network ports

Support full/half duplex mode, MDI/MDI-X automatic detection

Supports full-speed forward non-blocking communication

Supports 5-12VDC power input

Size design Mini, 38x38mm

Capacitors Industrial solid state capacitors

1. Product description

AOK-S10403 is a non-managed commercial Ethernet switch core module, supporting four gigabit Ethernet ports, Ethernet ports adopt the socket mode, design 38×38 mini size, suitable for different scenarios embedded development integration, support one DC 5-12VDC power input. It also supports four 12V outputs.

Product application scenarios:

This product is embedded integrated module, used in conference room system, education system, security system, industrial computer, robot, gateway and so on.

Hardware characteristics
Product name	4-port Gigabit Ethernet switch module
Product model	AOK-S10403
Port description	Network interface: 8Pin 1.25mm pin terminalPower input: 2Pin 2.0mm pin terminalPower output: 2Pin 1.25mm pin terminal
Network protocol	Standards: IEEE802.3, IEEE802.3U, IEEE802.3XFlow control: IEEE802.3x. Back Pressure
Network port	Gigabit network port: 10Base-T/100Base-TX/1000Base-Tx adaptive
Handover performance	100 Mbit/s forwarding speed: 148810ppsGigabit forwarding speed: 1,488,100 PPSTransmission mode: Store and forward System switching broadband: 10G Cache size: 1M MAC address: 1K
LED indicator light	Power indicator: PWRInterface indicator: Data indicator (Link/ACT)
Power supply	Input voltage: 12VDC (5~12VDC)Input method: Pin type 2P terminal, spacing 1.25MM
Power dissipation	No load: 0.9W@12VDCThe load 2W@VDC
Temperature characteristic	Ambient temperature: -10°C to 55°C
Temperature characteristic	Operating temperature: 10°C~55°C
Product structure	Weight: 12g
Product structure	Standard size: 383813mm (L x W x H)