Hi Guys,
We just finished shooting a new series of videos, shot by Wilson's very talented filmographer, Brian Capener.
http://www.shunyata.com/index.php/technical-feat/videos-gallery
They cover a variety of topics, including the two foundational concepts for all we do in power; Dynamic Transient Current Delivery and Component to Component Interference. The A.S.C.C measurement Caelin conducts midway through the DTCD video makes a very compelling statement regarding why stock power cords and cheap outlets underperform when used with A/V electronics.
Other videos that may be worth watching are the short parts videos, especially the outlet comparison, showcasing what is normally found in the wall and something better.
Your comments and questions are always welcome, whether posted here or sent in directly. We hold no illusions regarding our on-screen talents, so forgive the lack of "star" quality
.
Our goal was was purely informational; explaining our point of view and displaying the tools/measurements we use to create products that are unique in terms of their design and performance.
We'd like to thank everyone for the support and feedback we receive here and through phone and e-mail. Your comments, whether thoughtfully critical or positive are always appreciated.
Best regards,
Grant
Shunyata Research
We just finished shooting a new series of videos, shot by Wilson's very talented filmographer, Brian Capener.
http://www.shunyata.com/index.php/technical-feat/videos-gallery
They cover a variety of topics, including the two foundational concepts for all we do in power; Dynamic Transient Current Delivery and Component to Component Interference. The A.S.C.C measurement Caelin conducts midway through the DTCD video makes a very compelling statement regarding why stock power cords and cheap outlets underperform when used with A/V electronics.
Other videos that may be worth watching are the short parts videos, especially the outlet comparison, showcasing what is normally found in the wall and something better.
Your comments and questions are always welcome, whether posted here or sent in directly. We hold no illusions regarding our on-screen talents, so forgive the lack of "star" quality
.Our goal was was purely informational; explaining our point of view and displaying the tools/measurements we use to create products that are unique in terms of their design and performance.
We'd like to thank everyone for the support and feedback we receive here and through phone and e-mail. Your comments, whether thoughtfully critical or positive are always appreciated.
Best regards,
Grant
Shunyata Research
