Kobus Vermeulen | Direct Sales Executive | Process Automation | Schneider Electric | mail me |
Worldwide, efforts to phase out older network technologies like 2G and 3G have gained momentum. The radio spectrum is finite. These older mobile technologies take up valuable space.
To put it into perspective, 2G, along with its GPRS and EDGE standards, was groundbreaking in its day. However, 2G is now almost obsolete. It offers download speeds of a mere 114 Kbps, far slower than today’s 5G.
For some, it may feel like we are arranging a radio spectrum funeral. However, this is good news. In its place, 4G and 5G offer blistering speeds of 10 to 20 Gbps. Moreover, wireless telemetry and radio communication systems are becoming essential tools in today’s industrial settings.
Industrial wireless telemetry and radio communication
Today’s advanced wireless telemetry offers benefits beyond cost savings. These include greater flexibility, mobility, remote monitoring capabilities, and enhanced safety.
Wireless telemetry also enables real-time data transmission. This improves decision-making and ensures faster responses to operational changes. These features make wireless telemetry systems more scalable and adaptable. Consequently, the adoption of these systems is increasing in industrial settings.
Compared to 2G, radio-based systems offer enhanced data rates. They provide faster, more efficient communication. Radio-based systems also offer improved coverage in challenging environments. This ensures reliable connectivity, which is critical for smooth operations.
The interoperability of modern radio systems makes them a compelling choice. They work with various devices and protocols. This interoperability allows industrial operators to future-proof their communication networks.
The wireless transition to radio telemetry
The transition to radio-based telemetry presents its own set of challenges. Infrastructure redesigns are often required to facilitate line-of-sight communication. This may involve reconfiguring network layouts and installing new radio masts.
The industrial wireless transition requires careful planning. Operators must address potential interference and ensure comprehensive signal coverage across facilities. Despite these challenges, the transition offers exciting opportunities.
Industrial operators can leverage radio systems’ flexibility to design tailored solutions. These solutions can meet specific requirements. Additionally, deploying new radio infrastructure enables scalability. This infrastructure accommodates future expansion and integrates advanced features like mesh networking and improved data rates.
4G and LTE in industrial settings
The adoption of LTE and 4G networks in industrial communication highlights the industrial wireless transition.
LTE and 4G are expected to bring significant operational benefits. High-speed data transfer and improved bandwidth enable real-time transmission of large data volumes. This enhances monitoring capabilities and supports time-sensitive applications. The reliability and scalability of these networks ensure industrial systems remain adaptable. They reduce downtime and operational disruptions.
Moreover, LTE and 4G networks enable remote access and control. Industrial operators can manage equipment and processes off-site. This reduces the need for on-site monitoring and maintenance, improving cost-efficiency and operational flexibility.
Real-world solutions
The Datalog A-4G Datalogger is an example that highlights the transition to industrial wireless technology. It is designed to overcome outdated bandwidth limitations and provides a robust solution for modern industrial communication needs.
The Datalog A-4G offers higher data transfer speeds, remote monitoring capabilities, and advanced security features. These features ensure the reliable and secure operation of industrial systems.
Furthermore, the telemetry solutions include Foxboro SCADA RTUs (remote terminal units). These units are designed for efficient, cost-effective process automation. Their modular construction and advanced features ensure reliable configuration and operation, even in demanding applications.
Triodata radios offer both licensed and license-free wireless solutions for SCADA and remote telemetry applications. Lastly, EcoStruxure Geo SCADA Expert optimises remote asset management across geographically dispersed infrastructure.
