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Network

Industrial networking technology connects machines, systems, and equipment securely and reliably. It provides the foundation for stable data communication, remote maintenance, and protected processes, making it a key element of modern industrial environments.

Subcategories

4.1 - (Industrial Ethernet) Maximizing Industrial Ethernet Network Performance
4.1.1 - (Managed Switches) Maximizing Network Performance with Industrial Ethernet Managed Switches
4.1.1.1 - (100Mb Switches) Maximizing Your Network Efficiency with Industrial Ethernet Managed Switches up to 100Mb
4.1.1.2 - (GbE Switches) Maximizing Efficiency with Industrial Ethernet Managed GbE Switches in Networking
4.1.1.3 - (Rack GbE Switches) Managing Your Industrial Network with Rack GbE Switches and Industrial Ethernet Managed Switches
4.1.1.4 - (PoE And/Or IP67) Maximizing Efficiency with Industrial Ethernet Networking: Exploring Managed Switches with PoE and IP67 Protection
4.1.2 - (Lite-Managed Switches) Securing Your Industrial Network with Lite-Managed Ethernet Switches
4.1.2.1 - (Box Type) Securing Industrial Networks with Lite-Managed Box Type Ethernet Switches
4.1.2.2 - (Switch Card) Maximizing Network Performance with Industrial Ethernet Lite-Managed Switches and Switch Cards
4.1.3 - (Unmanaged Switches) Unmanaged Industrial Ethernet Switches: A Comprehensive Network Guide
4.1.4 - (Industrial Wireless) Exploring the Benefits of Industrial Networking with Ethernet and Wireless Technologies
4.1.4.1 - (Access Points) Maximizing Network Performance with Industrial Ethernet, Wireless and Access Points
4.1.4.2 - (Access Point Router) A Comprehensive Guide to Implementing Industrial Ethernet, Wireless, and Access Point Router Networks
4.1.4.3 - (3G/4G Access Point Router) An Overview of Industrial Network Solutions: Industrial Ethernet, Industrial Wireless, and 3G/4G Access Point Router
4.1.4.4 - (M2M Gateway) Unlocking the Potential of Industrial Ethernet, Wireless, and M2M Gateways in Networking
4.1.4.5 - (Antenna Cable) Maximizing Performance with Industrial Ethernet, Wireless, and Antenna Cable Networking
4.1.4.6 - (M12 Cable) The Benefits of Utilizing Industrial Ethernet, Wireless, and M12 Cables for Networking
4.1.5 - (Industrial USB) Exploring the Benefits of Industrial Ethernet and USB Networks for Industry Applications
4.1.6 - (Ind.Media Conv.) The Benefits of Industrial Ethernet and Industrial Media Converters in Networking
4.1.6.1 - (Rack Media Converter) Unlocking the Power of Industrial Ethernet with Network and Rack Media Converters
4.1.6.2 - (Industrial Media Converter) Maximizing Industrial Ethernet Performance with Industrial Media Converters
4.1.6.3 - (Std. Media Conv.) Exploring Industrial Ethernet Networking with Standard and Industrial Media Converters
4.2 - (Rugged Devices) Maximizing Network Performance with Rugged Devices
4.2.1 - (EN50155 Certified Railway) Maximizing Network Efficiency with EN50155 Certified Rugged Railway Devices
4.2.1.1 - (Railway EN50155 Switches) Boosting Railway Network Performance with EN50155 Certified Rugged Switches
4.2.1.2 - (PoE Unmanaged EN50155) Unmanaged PoE EN50155 Certified Rugged Devices for Railway Networking
4.2.1.3 - (PoE Managed EN50155) Securing Railway Networks with Rugged PoE Managed EN50155 Certified Devices
4.2.1.4 - (EN50155 GbE Umanaged) EN50155 Certified Railway Network Connectivity with Rugged GbE Umanaged Devices
4.2.1.5 - (Railway EN50155 Access Point) Maximizing Network Connectivity with Rugged EN50155 Certified Railway Access Points
4.2.1.6 - (EN50155 Cellular) Securing Railway Networks with EN50155 Certified Rugged Cellular Devices
4.2.2 - (Smart Grid IEC-61850) Maximizing Network Performance with Rugged Devices for Smart Grid IEC-61850 Systems
4.2.3 - (Oil & Gas (C1D2 Approved)) Rugged Network Devices C1D2 Approved for Oil & Gas Industries
4.2.4 - (Marine (IEC60945) IEEE 1588v2) Achieving Network Connectivity with Rugged Devices for Marine IEC60945 IEEE 1588v2 Compliance
4.3 - (Industrial Network Accessories) Maximizing the Efficiency of Industrial Network Accessories Through Network Optimization
4.3.1 - (Admin Software) Administering Industrial Network Accessories with Network Software
4.3.2 - (SFP+ Modules 10Gb) Selecting the Right SFP+ Modules 10Gb for Your Industrial Network Accessories
4.3.3 - (SFP Modules GbE) Unlocking the Potential of Industrial Network Accessories with GbE SFP Modules
4.3.4 - (SFP Modules 100Mb) Exploring 100Mb SFP Modules for Industrial Network Accessories
4.3.5 - (FX Patch Cords) Enhancing Your Industrial Network with FX Patch Cords and Accessories.
4.3.6 - (Power Supplies) Finding the Right Industrial Network Accessories and Power Supplies for Your Network
4.4 - (Ethernet - Serial Over IP) Using Ethernet-Serial Over IP to Create a Reliable Network
4.4.1 - (Industrial Device Server) Using Ethernet-Serial Over IP to Create a Reliable Network
4.4.1.1 - (Serial Gateway: USB LoRa Bluetooth Repeater) Industrial Device Server: Unlocking the Potential of Serial Over IP, Ethernet, USB LoRa Bluetooth Repeater Networking
4.4.1.1.1 - (Gateway serial USB LoRa Bluetooth Repeater) Industrial Networking Solutions Utilizing Ethernet-Serial Over IP, Serial Gateway: USB LoRa Bluetooth Repeater
4.4.1.1.2 - (Gateway Ethernet) Industrial Device Server: Serial Over IP Networking with USB LoRa Bluetooth Repeater and Gateway Ethernet
4.4.1.1.3 - (Bluetooth Gateway) Industrial Device Server: Serial Gateway with Ethernet, USB LoRa, Bluetooth and Serial Over IP Repeater
4.4.1.1.4 - (Gateway LoRaWAN) Industrial Device Server: Ethernet to Serial Over IP, USB LoRa Bluetooth Repeater, and Gateway LoRaWAN
4.4.1.1.5 - (Gateway Wireless) Industrial Device Server: Serial Gateway with Network Ethernet, Serial Over IP, USB LoRa Bluetooth Repeater and Wireless Gateway
4.4.1.1.6 - (Repeater RS485) Industrial Device Server with Serial Gateway: USB LoRa Bluetooth Repeater, Ethernet-Serial Over IP and RS485 Repeater Solutions
4.4.1.1.7 - (Converter) Industrial Device Server: Utilizing Ethernet-Serial Over IP, USB, LoRa, Bluetooth and Repeater Converters
4.4.1.1.8 - (USB Converter) Industrial Device Server with Serial Over IP, USB LoRa Bluetooth Repeater, and USB Converter for Network Ethernet
4.4.1.2 - (RS485 RS422) Industrial Device Server: Utilizing Network Ethernet and Serial Over IP for RS485 and RS422 Connections
4.4.1.2.1 - (Module AD In) Industrial Device Server Module AD In: Utilizing Network Ethernet and Serial Over IP for RS485/RS422 Connectivity
4.4.1.2.2 - (Module AD Out) Industrial Device Server Module AD Out: Connecting Ethernet to RS485/RS422 with Serial Over IP
4.4.1.2.3 - (Module AD DIO) Integrating Industrial Device Servers with RS485/RS422 Networks using Ethernet-Serial Over IP Modules and AD/DIO
4.4.1.2.4 - (Module Relay DIO) Industrial Device Server Networking Using Ethernet-Serial Over IP, RS485/RS422, Module Relay DIO
4.4.1.2.5 - (Module Counter) Industrial Device Server: Using Ethernet-Serial Over IP for RS485/RS422 Module Counter Networking
4.4.1.3 - (Modbus Modules) Industrial Networking Solutions Using Ethernet-Serial Over IP, Modbus Modules and Device Servers
4.4.1.3.1 - (Modbus AD In) Industrial Device Server Solutions for Networking Modules with Serial Over IP and Modbus AD In
4.4.1.3.2 - (Modules Analog Out) Integrating Modbus Modules and Industrial Device Servers for Serial Over IP Networking Using Ethernet and Analog Out
4.4.1.3.3 - (Modules Digital IO) Unlocking the Potential of Industrial Device Servers with Ethernet-Serial Over IP and Modbus Modules with Digital IO
4.4.1.3.4 - (Modules Relay) Industrial Device Server Solutions for Modules Relays and Serial Over IP Networking with Ethernet and Modbus Modules
4.4.1.3.5 - (Modules Counter) Industrial Networking Solutions: Ethernet-Serial Over IP, Modbus Modules & Modules Counter
4.4.1.4 - (Modbus DOS Modules) Integrating Industrial Device Server and Modbus DOS Modules with Ethernet-Serial Over IP Network
4.4.1.4.1 - (Modules RS485/RS232) Industrial Device Server Networking with Ethernet-Serial Over IP and Modbus DOS Modules for RS485/RS232 Connections
4.4.1.4.2 - (Modules addressable RS485/RS232) Industrial Device Server with Modbus DOS Modules and Modules addressable RS485/RS232 over Ethernet Serial IP Network
4.4.1.4.3 - (Modules Ethernet/RS485/RS232) Industrial Device Server Solutions for Modbus DOS Modules with Network over Ethernet/RS485/RS232 Serial Over IP
4.4.1.4.4 - (Modules Ethernet/Modbus) Integrating Industrial Device Server Modules with Ethernet/Modbus and Serial Over IP for Networking Modbus DOS Modules
4.4.1.5 - (Modbus AIO / DIO) Industrial Device Server with Serial Over IP and Modbus AIO/DIO for Network Ethernet
4.4.1.5.1 - (Modbus TCPIP DIO) Industrial Device Server: Connecting Network Ethernet to Serial Over IP with Modbus AIO / DIO and Modbus TCPIP DIO
4.4.1.5.2 - (2*Ethernet Modbus-TCP DIO) Integrating Industrial Device Server with 2*Ethernet Modbus-TCP DIO over Ethernet-Serial Over IP for Networking
4.4.1.5.3 - (USB/RS485/Ethernet w Multi I/O) Industrial-Grade Networking Solutions: Ethernet-Serial Over IP, Modbus AIO/DIO, and USB/RS485/Ethernet with Multi I/O
4.4.2 - (Industrial Device Server) Using Serial Over IP and Industrial Device Servers to Create an Ethernet Network
4.4.3 - (RS232) Exploring the Benefits of Serial Over IP Networking Using Ethernet and RS232 Connections
4.4.4 - (Serial Over IP RS232/485) Understanding Network Ethernet Serial Over IP RS232/485
4.4.5 - (Modbus Gateways) Unlocking the Power of Networked Ethernet-Serial Over IP Modbus Gateways
4.5 - (Remote IO Devices) Securing Remote IO Devices on a Network
4.5.1 - (USB Data Acquisition) Unlocking the Potential of Networked Remote IO Devices with USB Data Acquisition
4.5.2 - (Ethernet / USB / RS485 / RS232 Modbus IO) Integrating Remote IO Devices with Ethernet/USB/RS485/RS232 Modbus IO Networks
4.5.3 - (Ethernet IO) Securing Ethernet IO Devices in a Remote Network Environment
4.5.3.1 - (Modbus Analog) Using Ethernet IO and Modbus Analog to Connect Remote IO Devices to a Network
4.5.3.2 - (Modbus Digital) Modernizing Industrial Automation with Ethernet IO and Modbus Digital Network for Remote IO Devices
4.5.3.3 - (PoE Modbus Digital) Exploring the Benefits of Ethernet IO and PoE Modbus Digital for Remote Networked IO Devices
4.5.4 - (Ethernet Modules) Integrating Remote IO Devices with Ethernet Modules for a Secure Network
4.5.4.1 - (Bridging IO Modules) Bridging the Gap: Utilizing Networked Remote IO Devices and Ethernet Modules
4.5.4.2 - (Analog Modules) Integrating Networked Remote IO Devices with Ethernet and Analog Modules
4.5.4.3 - (Digital Modules) Connecting Remote IO Devices with Ethernet and Digital Modules for a Secure Network
4.5.5 - (RS485 DIN Rail IO Modules) Maximizing Network Performance with RS485 DIN Rail IO Modules for Remote IO Devices
4.5.6 - (Dataforth Data Acquisition) Unleashing the Power of Networked Remote IO Devices with Dataforth Data Acquisition
4.5.7 - (RS232 Measure And Control Modules) Connecting and Controlling Remote IO Devices with RS232 Measure and Control Modules in a Network Environment
4.5.8 - (ZigBee Modules) Integrating ZigBee Modules for Remote IO Devices in Network Systems
4.5.9 - (CAN Bus) Securing Remote IO Devices on a CAN Bus Network.
4.6 - (Ethernet Remote Monitoring and Control) Maximizing Efficiency Through Ethernet Remote Monitoring and Control of Network Systems
4.7 - (Remote IO Systems) Exploring the Benefits of Remote IO Systems in Networking
4.7.1 - (HSL RT IO System) Unlocking the Potential of Remote IO Systems with HSL RT IO System Networking.
4.7.2 - (Contec System) Maximizing Efficiency with Contec System Remote IO Network Systems
4.7.3 - (Contec USB System) Maximizing Efficiency with Contec USB System for Remote IO Networks
4.8 - (Bus Extensions) Exploring the Benefits of Network Bus Extensions

Products

1607 products

No. Code Product Price Quantity
4.2.1.2 Unmanaged Switch 5*100TX M12 4*PoE PSE 50V EN50155 IP40 TXPS-141XT-M12
Unmanaged Switch 5*100TX M12 4*PoE PSE 50V EN50155 IP40

- **Industrial-Grade Design:** Built to comply with EN50155 railway standards, ensuring reliable operation under vibration, shock, and temperature extremes. - **PoE Capability:** Four 10/100Base-T(X) ports with IEEE 802.3at PSE support, providing up to 30W per port for powering PoE-enabled devices such as IP cameras, wireless access points, and sensors. - **M12 Connectors:** All Ethernet and power connections use M12 circular connectors (D-coded for data, A-coded for power) to guarantee secure, vibration-proof connections. - **Wide Operating Temperature:** Operates reliably from -40°C to +70°C, suitable for outdoor and mobile environments. - **High Reliability:** Features ESD protection (4kV DC on Ethernet ports) and surge protection (2000V DC on power input). - **Compact and Lightweight:** Weighs approximately 363 grams with a compact footprint of 88.9 × 70 × 178.2 mm. - **Unmanaged Operation:** Plug-and-play functionality with no configuration required, simplifying deployment in field installations. - **Store-and-Forward Switching:** Ensures reliable data transmission with error checking and buffering. - **Flow Control and Broadcast Storm Protection:** Prevents network congestion and ensures stable communication. - **IP40 Enclosure:** Metal housing provides protection against solid objects and mechanical impact. - **DIN-Rail and Wall Mounting Options:** Flexible installation for various industrial setups. - **Comprehensive LED Indicators:** Power, Link/Activity, Duplex/Collision, and PoE status LEDs for easy monitoring. - **Regulatory Compliance:** Certified for EMI/EMS, vibration, shock, and safety standards including EN50155, EN60950-1, and IEC60068 series. - **Long-Term Reliability:** Backed by a 5-year manufacturer warranty.

Manufacturer: Oring

Category: PoE Unmanaged EN50155

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4.2.1.3 AI-Enabled Video Analytics Platform for Railway Applications AVA-5500 Series
AI-Enabled Video Analytics Platform for Railway Applications

- **High-Performance Processing:** Equipped with 6th/7th Gen Intel® Core™ i7 processors (Skylake/Kaby Lake), including i7-6820EQ (2.8GHz) and i7-7820EQ (3.0GHz). - **GPU Acceleration:** Supports NVIDIA Quadro® MXM 3.1 Type A/B modules (P1000, P2000, P3000, P5000) on PCI Express x16, enabling up to 6.4 TFLOPS peak performance. - **Rugged Fanless Design:** Convection-cooled, fanless chassis suitable for harsh railway environments; compliant with EN50155, EN50121-3-2, EN50124-1, EN50153, and EN45545-2. - **Rich I/O Connectivity:** - 8x M12 GbE ports (4x PoE Class 2, 7W each) - 4x RS-422/485 serial ports (2kVrms isolation) - 4x USB 3.0 ports (plus 2x M12 USB 2.0 on AVA-5510) - 1x DVI-I, 4x lockable DisplayPorts - Audio I/O (Mic-in, Line-out) - **Flexible Storage Options:** - 2x or 4x 2.5" SATA 6.0 Gb/s drive bays (model dependent) - 1x M.2 2280 SATA slot - 1x CFast socket (externally accessible) - **Wireless & Expansion:** - 2x Mini PCIe slots for GNSS/3G/4G/WLAN modules - 2x USIM slots for cellular connectivity - Optional CAN/MVB bus via Mini PCIe add-on module - **Wide DC Input Range:** - AVA-5500/5510: 24VDC, 36VDC, 72VDC, 110VDC (16.8–137.5V range) - AVA-5520: 12VDC nominal input - **AIoT Edge Computing:** Designed for real-time video analytics, passenger information systems, intrusion detection, and onboard surveillance. - **Board Management:** ADLINK SEMA 3.0 for watchdog, hardware monitoring, runtime statistics, and failsafe dual BIOS.

Manufacturer: Adlink Technology Inc.

Category: PoE Managed EN50155

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4.2.1.3 EN50155 12-port managed Gigabit PoE Ethernet switch TGPS-9084GT-M12X-BP2-MV
EN50155 12-port managed Gigabit PoE Ethernet switch

- **EN50155 Compliance:** Fully compliant with EN50155 and EN50121-3-2 standards for railway and rolling stock applications. - **12-Port Gigabit Configuration:** - 8 × 10/100/1000Base-T(X) PoE P.S.E. ports (X-coded M12 connectors) - 4 × 10/100/1000Base-T(X) non-PoE ports (X-coded M12 connectors) - 2 × hardware bypass ports for network continuity during power loss - **High PoE Power Output:** IEEE 802.3af/at compliant, up to 30 W per port, total PoE budget of 95 W. - **Redundant Networking:** - ORing proprietary **O-Ring** technology (

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 EN50155 20-port managed Gigabit PoE Ethernet switch TGPS-9164GT-M12X-BP2-MV
EN50155 20-port managed Gigabit PoE Ethernet switch

- **EN50155 Compliance:** Fully compliant with EN50155 and EN50121‑1/‑3‑2 standards for railway environments, ensuring vibration, shock, and temperature resilience. - **20‑Port Configuration:** - 16 × 10/100/1000Base‑T(X) PoE P.S.E. ports (X‑coded M12, up to 30 W per port). - 4 × 10/100/1000Base‑T(X) M12 ports with dual hardware bypass for network continuity during power loss. - **Redundant Networking:** - **O‑Ring** proprietary redundancy ( 250 nodes). - **O‑Chain** multi‑ring topology integration. - **MRP** (IEC 62439‑2 Media Redundancy Protocol, optional). - **MSTP/RSTP/STP** (IEEE 802.1s/w/D) compatibility. - **PoE Power Management:** - IEEE 802.3af/at compliant (15.4 W/30 W per port). - Total PoE power budget = 95 W. - PoE scheduling, auto‑ping, and power prioritization. - **High‑Performance Switching:** - 40 Gbps switching bandwidth, 29.76 Mpps throughput,

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 Managed Switch 8*100TX 4*PoE PSE M12 2*GbE Connector EN50155 TPS-3044TX-M12
Managed Switch 8*100TX 4*PoE PSE M12 2*GbE Connector EN50155

- **EN50155‑Compliant Design:** Fully meets railway system standards (EN50155, EN50121‑3‑2, EN50121‑4) for rolling‑stock and vehicle applications. - **PoE Power Sourcing Equipment:** - 4 × 10/100Base‑T(X) P.S.E. ports compliant with IEEE 802.3af. - Up to 15.4 W per port, total PoE budget ≈ 100 W. - Configurable PoE power‑on delay and scheduling functions. - **High‑Speed Redundancy:** - ORing proprietary O‑Ring technology with recovery 

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 Managed Switch 8*100TX 2x1000-SX 8*PoE PSE M12 48VDC EN50155 TPS-3082GF-MM-M12-QODC
Managed Switch 8*100TX 2x1000-SX 8*PoE PSE M12 48VDC EN50155

• **Industrial EN50155-compliant managed Ethernet switch** optimized for rolling stock and mobile transportation. • **8 × 10/100Base‑T(X) M12 D‑coded Ethernet ports** with **IEEE 802.3af PoE P.S.E.** power output (max 15.4 W/port). • **2 × 1000Base‑SX multi‑mode fiber ports** using **Q‑ODC outdoor-rated connectors** (850 nm, 0.55 km typical-distance). • **9 × M12 connectors** total (including console and PoE ports) for shock- and vibration‑proof data/power connectivity. • Supports **O‑Ring**, **Open-Ring**, **O‑Chain**, **STP/RSTP/MSTP**, **MRP**, offering **

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 Managed Switch 8*100TX *PoE PSE 50V M12 2*GbE Bypass EN50155 TPS-3082GT-M12-BP1
Managed Switch 8*100TX *PoE PSE 50V M12 2*GbE Bypass EN50155

- **EN50155 Railway Compliance:** Certified for railway and rolling stock applications, ensuring resistance to vibration, shock, temperature extremes, and electromagnetic interference. - **10-Port Managed PoE Switch:** - 8 × 10/100Base-T(X) PoE P.S.E. ports (IEEE 802.3af compliant, up to 15.4 W per port). - 2 × 10/100/1000Base-T(X) Gigabit ports with hardware bypass function for fault tolerance. - **High-Speed Redundant Networking:** - ORing’s proprietary **O-Ring** technology with recovery time

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 Managed Switch 8*100TX PoE PSE 24V M12 2*GbE Bypass EN50155 TPS-3082GT-M12-BP1-24V
Managed Switch 8*100TX PoE PSE 24V M12 2*GbE Bypass EN50155

- **EN50155 Compliance:** Designed for railway and rolling stock applications, meeting EN50121‑3‑2, EN55011, and EN50121‑4 standards. - **PoE Power Sourcing Equipment (P.S.E.):** Eight IEEE 802.3af‑compliant ports delivering up to 15.4 W per port. - **Redundant Ethernet Ring:** ORing proprietary technology with recovery time

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 Managed Switch 8*100TX 8*PoE M12 2*GbE Bypass EN50155 TPS-3082GT-M12X-BP1
Managed Switch 8*100TX 8*PoE M12 2*GbE Bypass EN50155

- **EN50155 Compliance:** Fully compliant with railway system standards (EN50155, EN50121-3-2, EN50121-4), ensuring reliable operation in harsh rolling stock environments. - **PoE Capability:** 8 × 10/100Base-T(X) Power Sourcing Equipment (P.S.E.) ports compliant with IEEE 802.3at, delivering up to 30 W per port. - **Gigabit Uplinks with Bypass:** 2 × 10/100/1000Base-T(X) M12 X-coded ports with integrated relay bypass function for uninterrupted data flow during power loss. - **Ultra-Fast Redundancy:** Proprietary ORing O-Ring technology with recovery time

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 Managed Switch 16*100TX PoE PSE 50V M12 2*GbE Bypass EN50155 TPS-3162GT-M12-BP1
Managed Switch 16*100TX PoE PSE 50V M12 2*GbE Bypass EN50155

- **Industrial‑grade design:** EN50155‑compliant for railway and rolling stock use; IP‑40 metal enclosure; M12 connectors for shock and vibration resistance. - **High port density:** 16 × 10/100Base‑T(X) PoE P.S.E. ports (IEEE 802.3af, 15.4 W per port) + 2 × 10/100/1000Base‑T(X) Gigabit ports with bypass. - **Bypass technology:** Maintains network connectivity during power loss or device failure by automatically bridging the two bypass ports. - **Dual DC power inputs:** Redundant 48 VDC (TPS‑3162GT‑M12‑BP1) or 12–57 VDC (TPS‑3162GT‑M12‑BP1‑24V) via M23 5‑pin connector. - **Advanced redundancy:** O‑Ring (

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 Managed Switch 16*100TX PoE PSE 24V M12 2*GbE Bypass EN50155 TPS-3162GT-M12-BP1-24V
Managed Switch 16*100TX PoE PSE 24V M12 2*GbE Bypass EN50155

- **Industrial‑grade design:** EN50155‑compliant for railway and vehicle environments; IP‑40 metal enclosure; M12 connectors for shock and vibration resistance. - **High‑port density:** 16 × 10/100Base‑T(X) PoE P.S.E. ports (IEEE 802.3af, up to 15.4 W per port) and 2 × 10/100/1000Base‑T(X) Gigabit ports with bypass. - **Bypass technology:** Maintains network connectivity during power loss or device failure by bridging the last two ports automatically. - **Redundant power inputs:** Dual DC inputs via M23 5‑pin connector; 24 VDC (12–57 VDC) input range for this model. - **Comprehensive management:** Web GUI, Telnet, CLI (RS‑232 console), SNMP v1/v2c/v3, and ORing’s Open‑Vision centralized management utility. - **Advanced redundancy protocols:** O‑Ring (

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 Man.Switch 16*100TX 8*PoE PSE 50V M12 2*GbE Bypass EN50155 TPS-3882GT-M12-BP1
Man.Switch 16*100TX 8*PoE PSE 50V M12 2*GbE Bypass EN50155

- **Industrial‑grade managed switch** with 18 M12 connectors for secure, vibration‑resistant connections. - **Port configuration:** - 8 × 10/100Base‑T(X) PoE P.S.E. ports (IEEE 802.3af, 15.4 W per port) - 8 × 10/100Base‑T(X) standard Ethernet ports - 2 × 10/100/1000Base‑T(X) Gigabit Ethernet ports with hardware bypass function - 1 × RS‑232 console port (M12 A‑coding, 9600 bps, 8‑N‑1) - **Bypass technology:** Maintains network continuity during power loss or device failure by bridging traffic between the last two ports. - **PoE power sourcing:** Total PoE budget up to 120 W (48 VDC model) or 60 W at 12–24 VDC input. - **Redundancy protocols:** O‑Ring (

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 Man.Switch 16*100TX 8*PoE PSE 24V M12 2*GbE Bypass EN50155 TPS-3882GT-M12-BP1-24V
Man.Switch 16*100TX 8*PoE PSE 24V M12 2*GbE Bypass EN50155

- **Industrial‑grade Managed Switch:** Designed for harsh environments with EN50155 railway compliance and IP‑40 metal enclosure. - **High Port Density:** 16 × 10/100Base‑T(X) Fast Ethernet ports (8 with PoE P.S.E. capability) and 2 × 10/100/1000Base‑T(X) Gigabit Ethernet ports. - **PoE P.S.E. Functionality:** Eight IEEE 802.3af‑compliant ports providing up to 15.4 W per port, total PoE budget up to 120 W. - **Bypass Function:** Two Gigabit ports with hardware bypass to maintain network continuity during power loss or device failure. - **Redundant Power Inputs:** Dual DC inputs via M23 5‑pin connector (24 VDC nominal, 12–57 VDC range). - **Advanced Redundancy Protocols:** Supports ORing proprietary O‑Ring (

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 Managed Switch 8*100TX 8*PoE PSE 50V M12 2*GbE EN50155 TPS-9168GT-M12
Managed Switch 8*100TX 8*PoE PSE 50V M12 2*GbE EN50155

- **EN50155 Railway Compliance:** Designed for rolling‑stock and railway systems, meeting EN50155, EN50121‑3‑2, IEC 60571, and IEC 62236‑3‑2 standards. - **High‑Port Density:** 24 total ports — 16×10/100Base‑T(X) PoE P.S.E. ports and 8×10/100/1000Base‑T(X) ports. - **Power over Ethernet (PoE):** IEEE 802.3af compliant, 15.4 W per port, total PoE power budget of 240 W. - **Redundant Networking:** Supports ORing’s proprietary **O‑Ring** (

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 Managed Switch 8*1000TX 8*PoE 4*1000TX M12 PSE M12 EN50155 TRGPS-9084GT-M12X-BP2-MV
Managed Switch 8*1000TX 8*PoE 4*1000TX M12 PSE M12 EN50155

- **High-Performance Managed Gigabit Switch:** 12-port configuration with 8×10/100/1000Base-T(X) PoE P.S.E. ports and 4×10/100/1000Base-T(X) non-PoE ports, all using M12 X-coded connectors for vibration resistance. - **Redundant Network Protection:** Supports ORing’s proprietary **O-Ring** technology (recovery

Manufacturer: Oring

Category: PoE Managed EN50155

1712,50 EUR (w/o VAT)
4.2.1.3 Managed Switch 8*1000TX 8*PoE 4*10000TX M12 PSE M12 EN50155 TRGPS-9084GT-M12X-BP2-MV-double
Managed Switch 8*1000TX 8*PoE 4*10000TX M12 PSE M12 EN50155

- **High-Speed Connectivity:** - 8 × 10/100/1000Base-T(X) PoE P.S.E. ports (M12 X-coded, female) - 4 × 1G/2.5G/5G/10GBase-T(X) ports (M12 X-coded, female) - **Power-over-Ethernet (PoE):** - IEEE 802.3af/at compliant (up to 30W per port, total 90W budget) - Intelligent power management and PoE scheduling - **Redundant Networking:** - ORing’s proprietary **O-Ring** technology (recovery

Manufacturer: Oring

Category: PoE Managed EN50155

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4.2.1.3 Intel® 7th Gen Core™ CPU railway computer V2406 Series
Intel® 7th Gen Core™ CPU railway computer

- **High-Performance Processing:** Equipped with Intel® 7th Gen Core™ i7/i5/i3 or Intel® Celeron® 3965U processors, offering up to 32 GB DDR4 memory for demanding onboard computing and video recording tasks. - **Dual Hot-Swappable Storage:** Two 2.5-inch SATA HDD/SSD trays support hot swapping for easy maintenance and storage expansion. - **Display Capabilities:** Supports dual independent displays via VGA and HDMI interfaces, with HDMI supporting 4K resolution output. - **Robust Connectivity:** Two M12 X-coded Gigabit Ethernet ports ensure reliable, vibration-resistant network connections. Four RS-232/422/485 serial ports (software selectable), six digital inputs, two digital outputs, and four USB 3.0 ports provide extensive I/O flexibility. - **Wireless Expansion:** Two mini PCIe slots and four SIM card slots enable redundant LTE/Wi-Fi connectivity for train-to-ground (T2G) communication. - **Rugged Design:** Aluminum housing with IP20 rating, conformal-coated PCB (optional), and compliance with IEC 61373 for shock and vibration resistance. - **Wide Temperature Range:** Operational temperature from -40°C to +70°C, suitable for harsh railway environments. - **Power Isolation and Flexibility:** Wide-range 24 to 110 VDC power input via M12 A-coded connector with isolation protection. - **Standards Compliance:** Fully compliant with EN 50155:2017, EN 50121-4, EN 50121-3-2, and EN 45545-2 fire protection standards.

Manufacturer: Moxa

Category: PoE Managed EN50155

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4.2.1.4 Unmanaged Switch 8*1000TX 8*PoE PSE 50V M12 EN50155 TGPS-1080-M12
Unmanaged Switch 8*1000TX 8*PoE PSE 50V M12 EN50155

- 8-port unmanaged Gigabit Ethernet switch with Power Sourcing Equipment (P.S.E.) capabilities. - All 8 Ethernet ports support 10/100/1000Base-T(X) with PoE output. - IEEE 802.3, 802.3u, 802.3ab, 802.3x compliant. - IEEE 802.3at PoE support with up to 30 Watts per port. - Total PoE power budget varies by model (e.g., 240W for TGPS-1080-M12, 60W–120W for TGPS-1080-M12-24V depending on voltage). - Rugged M12 connectors for secure communication in high‑shock and high‑vibration environments. - Dual redundant DC power inputs for uninterrupted operation. - Designed for harsh temperature environments (-40 to 70°C operation). - Device Binding security support. - Relay output for fault detection (3A at 24VDC). - Optional bypass-port model (TGPS-1080-M12-BP2-24V) to maintain data flow during power loss. - EN50155-compliant design for rolling stock reliability.

Manufacturer: Oring

Category: EN50155 GbE Umanaged

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4.2.1.4 Unmanaged Switch 8*1000TX 8*PoE PSE 24V M12 EN50155 TGPS-1080-M12-24V
Unmanaged Switch 8*1000TX 8*PoE PSE 24V M12 EN50155

- **8-Port Gigabit PoE Switch:** Equipped with eight 10/100/1000Base-T(X) M12 ports supporting Power Sourcing Equipment (P.S.E.) functionality. Each port can deliver up to 30 W of power per IEEE 802.3at standards. - **Ruggedized Design:** Fully compliant with EN50155 for railway applications, ensuring resistance to vibration, shock, and temperature extremes. - **M12 Connectors:** All Ethernet ports use 8-pin A-coded M12 connectors, providing secure, vibration-proof connections ideal for mobile and industrial environments. - **Dual Redundant Power Inputs:** Supports dual DC power inputs (12–57 VDC) via a 5-pin M23 connector, ensuring uninterrupted operation during power source failure. - **Wide Operating Temperature Range:** Operates reliably from -40°C to +70°C, suitable for outdoor and in-vehicle installations. - **High Power Budget:** Total PoE output power up to 60 W (at 12–24 VDC input) or 120 W (at 24–57 VDC input). - **Robust Electrical Protection:** Includes overload current protection and relay output for fault detection (3A @ 24VDC). - **Compact Industrial Enclosure:** IP40-rated metal housing with wall-mount capability for flexible installation. - **Plug-and-Play Operation:** Unmanaged design requires no configuration—ideal for simple, reliable network expansion. - **Advanced Traffic Support:** Supports IGMP v2/v3 snooping for multicast filtering and DOS/DDOS auto-prevention for enhanced network stability.

Manufacturer: Oring

Category: EN50155 GbE Umanaged

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4.2.1.4 Unmanaged Switch 8*1000TX 8*PoE PSE 50V M12 2*Bypass EN50155 TGPS-1080-M12-BP2
Unmanaged Switch 8*1000TX 8*PoE PSE 50V M12 2*Bypass EN50155

- **8x Gigabit PoE Ports:** Eight 10/100/1000Base-T(X) ports with integrated Power Sourcing Equipment (P.S.E.) capability, compliant with **IEEE 802.3at**, delivering up to **30W per port**. - **2x Bypass Port Sets:** Ensures continuous data transmission even during power failure, maintaining network integrity in critical systems. - **M12 Connectors:** 8-pin A-coded M12 connectors provide **secure, vibration-resistant connections**, ideal for mobile and industrial environments. - **Dual Redundant Power Inputs:** Supports **dual DC power inputs (50–57VDC)** via a **5-pin M23 connector**, ensuring uninterrupted operation. - **Rugged Design:** Fully compliant with **EN50155** for railway applications, resistant to shock, vibration, and electromagnetic interference. - **Wide Temperature Range:** Operates reliably from **-40°C to +70°C**, suitable for harsh outdoor and mobile environments. - **High Power Budget:** Total PoE output power up to **240W** (standard model) or **120W** (24V variant). - **LED Indicators:** Multi-color LEDs for power, fault, link/activity, duplex/collision, and PoE status. - **Relay Output:** 3A @ 24VDC relay output for fault event signaling. - **Compact, IP40-rated Enclosure:** Durable metal housing with wall-mount capability. - **Maintenance-Free Operation:** Unmanaged design for plug-and-play deployment without configuration. - **Long-Term Reliability:** Backed by a **5-year warranty**.

Manufacturer: Oring

Category: EN50155 GbE Umanaged

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4.2.1.4 Managed Switch 12*1000TX 8*PoE PSE 50V M12 EN50155 110V TGPS-9080-M12A-MV
Managed Switch 12*1000TX 8*PoE PSE 50V M12 EN50155 110V

- **12‑Port Gigabit Managed Switch:** 8×10/100/1000Base‑T(X) PoE P.S.E. ports (IEEE 802.3at, up to 30 W per port) and 4×10/100/1000Base‑T(X) non‑PoE ports. - **Rugged M12 Connectivity:** All Ethernet and power interfaces use M12/M23 connectors for vibration and shock resistance. - **EN50155 Railway Compliance:** Fully compliant with EN50155, EN50121‑3‑2, and EN50121‑4 for rolling‑stock and railway environments. - **Redundant Ring Technologies:** Supports ORing’s proprietary **O‑Ring** (

Manufacturer: Oring

Category: EN50155 GbE Umanaged

1500,00 EUR (w/o VAT)
4.2.1.4 Managed Switch 12*1000TX 8*PoE PSE 50V M12 EN50155 TGPS-9084GT-M12
Managed Switch 12*1000TX 8*PoE PSE 50V M12 EN50155

- **12-Port Managed Gigabit Switch:** 8×10/100/1000Base-T(X) PoE P.S.E. ports and 4×10/100/1000Base-T(X) non-PoE ports (M12 connectors). - **PoE Power Sourcing Equipment (P.S.E.):** IEEE 802.3at compliant, up to 30 W per port, total PoE budget 240 W. - **Ruggedized Design:** M12 connectors ensure vibration/shock resistance; IP30 metal enclosure; EN50155 railway compliance. - **Redundant Networking:** Supports O-Ring (

Manufacturer: Oring

Category: EN50155 GbE Umanaged

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4.2.1.4 Managed Switch 12*1000TX 8*PoE PSE 24V M12 EN50155 TGPS-9084GT-M12-24V
Managed Switch 12*1000TX 8*PoE PSE 24V M12 EN50155

- **EN50155 Railway Compliance:** Fully compliant with EN50155 and EN50121‑3‑2 standards for railway applications, ensuring resistance to vibration, shock, and temperature extremes. - **12 Gigabit Ports:** 8×10/100/1000Base‑T(X) PoE P.S.E. ports + 4×10/100/1000Base‑T(X) non‑PoE ports, all with M12 8‑pin A‑coding connectors. - **PoE Power:** IEEE 802.3at compliant, up to 30 W per port, total PoE budget 240 W. - **Redundant Ring Technology:** ORing’s proprietary O‑Ring (

Manufacturer: Oring

Category: EN50155 GbE Umanaged

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4.2.1.4 Managed Switch 12*1000TX 8*PoE PSE 50V M12 Bypass EN50155 TGPS-9084GT-M12-BP2
Managed Switch 12*1000TX 8*PoE PSE 50V M12 Bypass EN50155

- **High‑Performance Managed Gigabit Switching:** 12×10/100/1000Base‑T(X) ports (8 PoE P.S.E. + 4 non‑PoE with 2×bypass). Store‑and‑forward architecture with 24 Gbps switching bandwidth and 7 µs latency. - **Power‑over‑Ethernet (PoE P.S.E.):** IEEE 802.3at/af compliant, up to **30 W per port**, total PoE budget **240 W**. Supports PoE scheduling, auto‑ping, and power management by class or LLDP‑MED. - **Bypass Functionality:** Two sets of hardware bypass ports maintain network continuity during power loss or device failure, ensuring uninterrupted data flow in daisy‑chain or ring topologies. - **Ruggedized Design:** M12 connectors (8‑pin A‑coding) for all Ethernet and power interfaces. IP‑30 metal enclosure, vibration/shock‑resistant per IEC 60068‑2‑6/‑27/‑32. Operating temperature: **–40 °C to +70 °C**, storage: –40 °C to +85 °C. - **Redundant Power Inputs:** Dual DC inputs **50–57 VDC** via 5‑pin M23 connector with reverse polarity and overload protection. - **Advanced Network Redundancy:** Supports ORing proprietary **O‑Ring** (

Manufacturer: Oring

Category: EN50155 GbE Umanaged

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