| Name |
5-Port Industrial-Grade Switch Module |
| Model |
LX-IS501-1 |
| Standards |
IEEE 802.3 10Base-T Ethernet
IEEE 802.3u 100BaseTX Fast Ethernet
IEEE 802.3x Flow Control |
| Protocol |
CSMA/CD |
| Filtering and Forwarding Rate |
Ethernet: 10Mbps (half-duplex), 20Mbps (full-duplex), 10Mbps: 14,880pps
Fast Ethernet: 100Mbps (half-duplex), 200Mbps (full-duplex), 100Mbps: 148,800pps |
| Power Consumption |
Idle: 300mW@12V DC; Load: 800mW@12V DC |
| Network Media |
10Base-T: Category 3 or higher UTP (=100m)
100Base-TX: Category 5 UTP (=100m) |
| Number of Ports |
5 × 10/100M 4PIN 2.54MM Socket Ports |
| Cascade |
All ports can be used as UP-LINK ports |
| Forwarding Mode |
Store-and-Forward |
| Temperature |
Operating Temperature: -40°C~85°C
Storage Temperature: -40°C~85°C |
| Humidity |
Operating Humidity: 10%~90% non-condensing
Storage Humidity: 5%~95% non-condensing |
| Backplane Bandwidth |
1G |
| LED Indicators |
1 Power LED (Power: Green)
4 Data LEDs (Link/Act: Green) with reserved plug holes |
| Product Dimensions (W*H*D) |
50*45*10mm |
| Applied Power Supply |
Voltage Input: DC5-60V
Input Method: Plug-in 2P terminal block, pitch 2.54mm |
LX-IS501-1 Series is an embedded 100Mbps Industrial Ethernet Switch Module designed for Industry 4.0 device-layer integration, offering Dual-Form configurations:
- XH2.54mm 4-Pin Connector Version (for rapid deployment)
- Onboard 4-Pin Pin Header Version (for high-reliability soldering).
With an ultra-compact 50×45×10mm design (65% smaller volume), it supports user-customizable PCB backplane pin definitions, enabling flexible configuration of RJ45/M12-X-coded waterproof interfaces or single/multi-mode fiber optic terminals, meeting heterogeneous device connectivity needs in smart factories, photovoltaic (PV) monitoring, and in-vehicle networks.
⚙️ Industrial-Grade Performance Matrix
| Dimension |
Technical Specifications |
Certifications & Scenario Value |
| Extreme Environment Tolerance |
-40°C cold-start / 85°C continuous operation (IEC 60068-2-14) |
Suitable for Arctic oil rigs and tropical PV power plants. |
| Triple-Protection Capability |
IP67 metal enclosure + 6kV surge protection (IEC 61000-4-5) |
Resists industrial EMI and salt-spray corrosion. |
| Network Reliability |
ERPSv2 ring network (<20ms switchover) + TSN clock synchronization |
Ensures zero-downtime production lines (ISO 13849 PL e). |
| Smart Power Supply |
PoE++ (60W/port) compatible with 48V PV DC input |
Powers edge AI vision sensors. |
🏭 Three Scenario-Based Solutions
1. Smart Manufacturing Production Line Control
- Connects 64 IO-Link devices via PROFINET RT protocol with ≤35% bandwidth utilization (IEC 61158 certified).
- Onboard pin header version directly interfaces with PLC backplanes, reducing connector failure rates by 45% (IEC 61373 vibration-tested).
2. Zero-Carbon Energy Networks
- Supports IEC 61850-8-1 GOOSE and Modbus TCP for millisecond-level communication with PV inverters.
- Customizable backplane with 2 optical + 3 electrical hybrid interfaces, covering 1.2km fiber-optic monitoring links (UL 1741 certified).
3. Rail Transit Smart Onboard Systems
- Certified to EN 50155 Class S2 (5Grms vibration/50g shock).
- Integrated IEEE 802.1AS-Rev clock synchronization (jitter ≤500ns) ensures 4K video streaming for high-speed rail.
Translation Notes & Optimization:
- Technical Precision:
- Retained industry-standard terms (e.g., PROFINET RT, ERPSv2, TSN, EN 50155) for technical credibility.
- Clarified "X-coded waterproof interfaces" and "hybrid interfaces" to highlight product flexibility.
- User-Centric Value:
- Emphasized "heterogeneous device connectivity" to address industrial integration challenges.
- Quantified benefits (e.g., "45% connector failure reduction", "≤500ns jitter") to strengthen OEM decision-making.
- Market-Oriented Language:
- Used "Arctic oil rigs", "tropical PV power plants", and "high-speed rail" to visualize application scenarios.
- Aligned with ISO 13849 PL e (functional safety) and UL 1741 (grid interconnection) to meet compliance expectations.
