A new motion control project has landed on your desk, you know that it makes sense to connect automation components together using a network, but with so many competing networks to choose from how can you make the right choice? This white paper helps make sense of a complex and, at times, confusing picture.

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One of the best ways to maximize a machine's productivity is to reduce the amout of downtime that results from cable failures, loose connections, and component degradation. Learn how SynqNet's "self-healing" capabilities and HotReplace™ feature help optimize a machine's performance and result in maximum product yields.

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The ability to accurately capture an axis' position is critical for many motion applications. Learn how SynqNet allows users to more accurately calculate axis position through its time-based capture techniques. Use the probe feature for more advanced applications, which allows you to calculate the position of multiple axes from a triggered sensor being read on one axis. SynqNet also allows you to capture axis position every servo cycle to meet the requirements of the most demanding motion applications.

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Learn why many companies believe that SynqNet is a better solution than Ethernet for motion applications.

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It's now possible with SynqNet to debug motor/load resonances and related difficulties over a network connection.

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The ARC Advisory Group published a white paper that discussed the best practices for the selection of performance driven motion control solutions.

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A technical overview of SynqNet.

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How to minimize jitter and skew with SynqNet.

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