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In this contribution, we demonstrate that the IEEE 1394 bus is well suited for data exchange in modern distributed industrial systems. Starting from an overview of the operation of the bus, we describe a generic system design for IEEE 1394 nodes and show the usability of this approach by means of real-world applications

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Laser projection has been realized using a 2d micromechanical scanner mirror. For handheld devices it is advantageous to compensate motion. This can be realized using inertial sensors for motion detection and the implementation of a compensation algorithms. The projector must provide sufficient dynamic range for the compensation. A demo system was realized and tested successfully.

The 1394-to-Coax bridge described here has been developed to enable Digital Multimedia Home Networks using the existing coax infrastructures as backbone for networking HANA (High-Definition Audio-Video Network Alliance) devices as well as legacy IEEE 1394 AV/C digital multimedia devices which are connected to different 1394 clusters widespread over the consumer's home. The implementation is based in the future standard "Networking IEEE 1394 Clusters via UWB over Coaxial Cable", currently in development by the 1394 Trade Association (1394TA). One of our main goals was to provide a platform which verifies this standard