Separating the computer from the camera saves money, increases flexibility, accelerates throughput, and simplifies deployment.

Completely Scalable

With Opteon systems, you can precisely tailor the amount of processor each deployment requires; to save money on applications requiring low computational resources or manage extremely demanding compute-intensive algorithms. Opteon systems are inherently scalable for use at extremely high speeds or to manage large numbers of multiple simultaneous image sources.

Imaging applications benefit from the freedom to place cameras where they need to be to properly record the desired images while the compute platforms can reside wherever is most convenient for maintenance and communication.

Realtime Distributed Decision Making

Data from various sensors in one or more work cell clusters may need to be combined before a conclusion can be drawn that will dictate the next action of the work cells. Opteon systems effortlessly deliver image data in real time to standard PCs throughout your network where such global decisions can easily be made.

In Opteon systems, not only can image data be delivered seamlessly to one or more computers on a network, but digital data to and from the machinery can be communicated rapidly (maximum round-trip latencies of much less than 1 mS) between the machinery and the host(s), to facilitate complete decision making and control of the work cell’s response to the decisions.

Network-wide Controllability

Any combination of analyzed data, detailed or compressed images, and statistical process control information can be forwarded in real time to computers elsewhere in the network as needed for product documentation, updating control charts, or process management.

Engineers, managers, or safety personnel can initiate any or all of these data streams from their offices, or remotely from off-site.

Configure Your Own Opteon Imaging System

The Camera Selection will allow you to specify your exact needs for an imaging system.