Reliably avoid machine downtime with highly functional alternative technology that is future-proof

The phasing out of PROFIBUS technology is leading many manufacturers of communication solutions to discontinue their products. This is often done without replacement, as this change in technology means that the products can no longer be manufactured economically due to the decreasing quantities. Switching to an alternative technology is unavoidable as soon as the previous data transmission technology is no longer available or you need a replacement in the field. There are few alternatives.

This means that a large number of industrial companies are faced with the urgent challenge of having to switch to an alternative technology - and do so as smoothly and without complications as possible.

This decision hits two sore points in the industrial environment:

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The problem of machine downtime

In the production environment, you face the risk of your machines coming to a standstill and you need a functional replacement solution in the shortest possible time in order to continue working economically. Otherwise there is a risk of cost-intensive machine downtime and delivery delays.

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Machine manufacturer problem

On the other hand, as a machine manufacturer, you are responsible for offering your customers a fast and reliable solution for the continued operation of your machines. This is where it quickly becomes clear who fulfills their contractual obligations and offers excellent customer service that does not let customers down even in exceptional cases - your great competitive advantage!

When operated on the right infrastructure and modern standards, PROFIBUS is still one of the most efficient solutions for data transmission! With transmission via radio and Bluetooth 5, PROFIBUS guarantees one of the most reliable data transmissions in real time for companies in the industrial environment.

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Wireless technology in the industrial environment - simple changeover, reliable data transmission


As you are already using wireless data transmission technologies, you are not far away from future-oriented solutions that you can rely on in the long term: Wireless solutions for transmitting data in industry.

You don't have to do without the previous benefits of your wireless solution, such as conductor rails or inductive alternatives, when switching to wireless - on the contrary: with the right wireless solution, maintenance costs and wear are reduced many times over!

Inductive solutions seem almost inflexible compared to wireless solutions, as they require a fixed installation. They are also maintenance-intensive and comparatively expensive to install for the first time - and offer slower data transmission than wireless solutions.

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Advantages of wireless solutions

Flexibly adaptable and modular production systems, decentralized machines and multi-axis robot systems place high demands on signal and data transmission in industry and commerce. With wireless, you can cover all modern requirements of industrial automation:

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Meeting modern demands for mobility and flexibility

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Long service life and maintenance-free

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High reliability, reliability and cost-effectiveness

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Permanent availability of machines and systems without downtime

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Data and signal transmission ensures efficiency and cost-effectiveness of the application

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protects against high follow-up costs if the customer is not supplied on time

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With conventional wireless solutions, you have to make a decision between application time and stability.

You may not have been convinced by wireless data transmission for your company for this reason, which is understandable and requires a more advanced, smarter alternative.

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The solution is "intelligent radio"

Stable and fast data transmission via radio requires a rethink and new technologies. Specially designed, intelligent radio data transmission systems decouple the real-time interface from the radio interface.

They also transmit pre-processed data packets and reduce the necessary bandwidth by not transmitting redundant data packets. This prevents the radio links from being overloaded and avoids fieldbus errors. In addition, the real-time capability of the PLC and its maximum bus speed can be maintained.

The result is the best possible productivity and efficiency of the systems.