YN-S10406 Industrial 2.5G 4-Port Mini Switch Module

Ethernet Switch Module

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YN-S10406 Industrial 2.5G 4-Port Mini Switch Module

· Plug and Play, no configuration required

· Compact structure, miniature design with 38×38mm dimensions

· Auto MDI/MDIX, eliminating the need for crossover cables

· Equipped with 4 auto-negotiating 2.5G 8-pin connectors with GH1.25mm pitch

· Full duplex complies with IEEE 802.3x standard; half duplex adopts Backpressure standard.

· DC 5~12V wide input voltage, reverse polarity protection & no-power protection

· Contact ESD: 8KV

· IEEE 802.3x flow control ensures reliable data transmission

· Fanless design ensures quiet operation

· Auto-negotiation guarantees maximum speed for each port

· Operating temperature: -40℃ ~ 85℃

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Overview
Specifications

Industrial

2.5G 4-Port Mini Switch Module

-40~85℃

Model: YN-S10406

Compact, Flexible Embedded Design

Equipped with 4 adaptive 10/100/1000/2500 Mbps GH1.25 8-pin connectors for instant device network expansion.

All ports support Auto-MDI/MDIX, eliminating the need to worry about the type of cable used.

Input Voltage 5~12V

Dimensions: 38 × 38 × 10.7 mm

Weight: 11.7 g

Designed for Industrial Environments

To effectively ensure the reliability of the product in environments with a wide voltage and temperature range, and comprehensively guarantee its normal operation in various electrical environments. Under the environment of -40℃ ~ 85℃, a variety of relevant tests are conducted comprehensively and continuously for 48 hours, including operating performance tests, storage stability tests, and cyclic durability tests.

Startup Stability Test

In terms of voltage testing, hundreds of power-off and restart tests were conducted under different voltage levels, including 5V, 12V, 15V, These tests highly simulate voltage fluctuations in real-world environments, thereby rigorously verifying the stability and recovery capability of the switch.

Selected Components

High-standard industrial-grade components ensure excellent adaptability to harsh electromagnetic interference environments like power facilities and industrial workshops. Rigorous durability testing guarantees a long service life, effectively cutting down equipment maintenance and replacement costs.