Where is E-mark switch used?

What is an E-mark certified?

1. E-Mark certification, also known as European ECE certification, is a regulatory compliance standard required for automotive components used in vehicles across the European Union.
2. An E-mark Ethernet switch, also referred to as an E-mark industrial Ethernet switch, E-mark network switch, or E-mark certified Ethernet switch, is specifically designed for vehicular environments. These devices, including ECE R10 Ethernet switch and ECE R10 network switch, comply with strict requirements for safety, electromagnetic compatibility (EMC), and environmental reliability.
3. Such switches are widely used in automotive Ethernet switch, vehicle Ethernet switch, in-vehicle Ethernet switch, and onboard Ethernet switch scenarios, forming the foundation of modern vehicle network system and onboard Ethernet system.

• In-Vehicle Networking
• Public Transportation Systems
• Fleet Management
• Smart City Infrastructure
• Emergency and Specialized Vehicles
• Railways and High-Speed Trains
• Construction and Agricultural Vehicles

Below is a detailed explanation of each application.

1. In-vehicle network communication

It is widely used to create robust, high-speed in-vehicle networks, facilitating communication between various automotive systems.

• Infotainment Systems: Supporting multimedia data transmission for entertainment, navigation, and driver information systems.
• ADAS (Advanced Driver Assistance Systems): Enabling communication for sensors, cameras, and LiDAR used in lane-keeping, adaptive cruise control, and collision avoidance.
• Onboard Diagnostics: Connecting diagnostic systems to monitor vehicle performance in real time.

Example Coding

Cameras --> [E-Mark Switch] <-- Infotainment System

LiDAR --> [E-Mark Switch] <-- Navigation System

Radar --> [E-Mark Switch] <-- OBD Device

2. Public transport

Public transit vehicles such as buses, trains, and subways leverage E-Mark-certified switches to manage onboard networks.

• Passenger Wi-Fi: Providing high-speed internet access for passengers.
• Video Surveillance: Connecting IP cameras for real-time monitoring and security.
• Automated Ticketing Systems: Integrating with ticket machines and contactless payment devices.

Example Coding

IP Camera 1 ----> [E-Mark Switch] ---> Cellular Router ---> Remote Monitoring

3. Vehicle fleet management

Fleet operators use E-Mark-certified Ethernet switches to ensure reliable data connectivity across their vehicles, helping manage and optimize fleet operations.

• GPS Tracking: Enabling location tracking for logistics and delivery vehicles.
• Driver Behavior Monitoring: Capturing data on speed, braking patterns, and fuel efficiency.
• Telematics: Collecting and transmitting vehicle diagnostics and performance data to central management systems.

Example Coding

GPS Tracker ------> [E-Mark Switch] ---> LTE Modem ---> Cloud Fleet Management

4. Smart infrastructures

E-Mark network switches play a vital role in integrating vehicles into smart city ecosystems.

• Traffic Management: Connecting traffic cameras and sensors for real-time traffic analysis.
• Connected Vehicles: Enabling vehicle-to-everything (V2X) communication for autonomous driving and enhanced road safety.
• EV Charging Stations: Managing data exchange and monitoring at electric vehicle charging hubs.

Example Coding

Traffic Camera --> [E-Mark Switch] ---> Fiber Uplink ---> Traffic Control Center

5. Emergency and special vehicles

Vehicles such as ambulances, fire trucks, and police cars rely on E-Mark-certified switches to power mission-critical systems.

• Communication Systems: Connecting radios, dispatch systems, and mobile data terminals.
• Real-Time Video Transmission: Supporting live video feeds to command centers.
• Medical Equipment: In ambulances, connecting diagnostic tools and patient monitoring systems.

Example Coding

IP Camera ----> [E-Mark Switch] ---> Cellular Modem ---> Hospital Network

6. High-speed rail (HSR) system

E-Mark-certified switches are used in train networks to ensure reliable communication and safety.

• Passenger Services: Providing internet connectivity and infotainment for passengers.
• Operational Systems: Monitoring train systems such as brakes, engine performance, and door operations.
• Surveillance: Ensuring safety with IP camera connections throughout the train.

Example Coding

Wi-Fi AP1 ---->

Wi-Fi AP2 ---->

IP Camera 1 --> [E-Mark Switch] ---> Fiber Backbone ---> Train Control System Monitoring

7. CAV

Heavy-duty construction equipment and agricultural vehicles such as tractors, combine harvesters, and telehandlers also benefit from E-Mark-certified Ethernet switches.

• Remote Monitoring: Transmitting operational data to central systems for maintenance and optimization.
• Automation Systems: Enabling autonomous or semi-autonomous operation through connected sensors and controls.

Why E-Mark Certification Matters?

1. Safety: Ensures the E-mark certified Ethernet switch operates without electromagnetic interference
2. Reliability: Supports harsh environments using rugged vehicle switch design
3. Compliance: Meets EU automotive regulations for ECE R10 Ethernet switch

What Olycom Can Offer?

Olycom issued E57 E-mark certification to serve clients from UK, Slovenia, Italy, UAE and Israel.

There are 2 hot-selling models now.

1, IM-WS050GE

5-Port Gigabit Hardened Network Switch

2, IM-WS080GE

8-Port Industrial Unmanaged Ethernet Switch

Meanwhile, as an OEM factory, Olycom also provides rich customization services, you may check the details from below or contact us directly.

https://mao.ecer.com/test/industrialnetworkswitch.com/factory.html