All types of Industrial Communication for Your Solutions
Find the best one for you 👇
RS232
Legacy Serial: RS232 provides a simple and widely compatible serial communication method, suitable for connecting legacy equipment and devices.
- Easy to implement
- Compatible with a wide range of devices.
- For short distance communication.
- Cost effective for specific applications.
- Still used for legacy equipment and systems.
WiFi
Wireless Local Networking: WiFi offers high-speed wireless connectivity within localsed areas, enabling easy integration with existing networks.
Main Benefits
- Provides high-speed data transfer, suitable for applications requiring rapid data exchange.
- Widely adopted standard, ensuring compatibility with a wide range of devices.
- Easy to set up and configure WiFi networks.
Ethernet
High-Speed Data: Ethernet provides reliable, high-speed data transmission, ideal for real-time control and data exchange in industrial networks.
- Fast and reliable data transfer.
- Real-time control and communication.
- Well-established and widely adopted protocol. Compatibility and stability.
- Easy scalable to meet growing industrial needs.
RS485
Long-Distance Communication: RS485 is known for its ability to transmit data over long distances while maintaining noise immunity, making it suitable for industrial control systems.
Main Benefits
- Excellent for long-distance communication, making it suitable for industrial environments.
- It provides robust noise immunity, ensuring reliable data transmission.
- Supports multi-device communication on a single bus, reducing cabling complexity.
LoRa
Low-Power, Long-Range: LoRa enables low-power, long-range wireless communications, making it ideal for IoT applications and remote sensor monitoring.
Main Benefits
- Ideal for remote monitoring in industrial environments.
- It offers low power usage, suitable for battery-operated devices in IoT applications.
- LoRa networks can support numerous devices, enabling scalable IoT deployments.
CAN
Automotive and Industrial Control: CAN is a robust protocol used in automotive and industrial applications for real-time control and communication among devices.
- Provides real-time communication, making it suitable for time-critical industrial applications.
- Offers high data integrity and error-checking capabilities, ensuring reliable data transfer.
- CAN networks can be easily extended to accommodate additional devices.
Bluetooth Low Energy (BLE)
Low-Power Wireless: BLE is energy efficient and well suited for short-range communication between industrial devices and mobile applications.
Main Benefits
- Suitable for battery-powered devices and IoT applications.
- It provides short-range wireless connections, ideal for proximity-based applications.
- BLE is compatible with a wide range of mobile devices, enabling smartphone-based control.
Narrowband NB IoT
Efficient IoT Connectivity: Narrowband technologies provide efficient and secure communication for massive IoT deployments, offering extended coverage and low power consumption.
- Narrowband offers extended communication range, suitable for remote industrial applications.
- It consumes minimal power, making it suitable for battery-powered devices in IoT solutions.
- Narrowband signals can effectively penetrate obstacles and structures.
4G
High-Speed Mobile Data: 4G cellular networks provide fast and reliable connectivity for remote monitoring and control of industrial equipment.
- High-speed mobile data, suitable for real-time industrial applications and remote monitoring.
- It provides extensive network coverage, even in remote areas, for reliable connectivity.
- 4G networks offer low latency, ensuring fast data transmission.
Modbus
Industrial Protocol: Modbus is a widely used serial communication protocol for connecting industrial devices and sensors, known for its simplicity and reliability.
- It is a widely adopted and well-documented industrial protocol.
- It can be easily integrated into existing industrial systems and equipment.
- Modbus is straightforward to implement and use, reducing development time.
Profinet
Profinet is an Industrial Ethernet communication standard widely used in industrial applications for its high-speed data transfer capabilities, real-time communication, and robust performance.
- Profinet enables fast and reliable data transmission, ensuring real-time control and monitoring of industrial processes.
- Great flexibility to expand and adapt industrial networks as needed, making it suitable for evolving industrial setups without significant infrastructure changes.
- Profinet's resilience and advanced diagnostic features enhance system reliability, reducing downtime and enabling proactive maintenance, ultimately improving industrial productivity and operational continuity.
GPRS - GSM
Global Coverage: GPRS and GSM provide global coverage for remote data transmission, even in areas with limited infrastructure.
- GPRS-GSM offers global coverage, making it suitable for international industrial applications.
- It is an established and widely used communication standard in the industrial sector.
- GPRS-GSM can be cost effective for applications with moderate data transfer requirements.