ºÝºÝߣshows by User: MorganDenno / http://www.slideshare.net/images/logo.gif ºÝºÝߣshows by User: MorganDenno / Tue, 23 May 2017 16:35:13 GMT ºÝºÝߣShare feed for ºÝºÝߣshows by User: MorganDenno Ansys User Conference 2017 - Mike Schaaf Presentation /slideshow/ansys-user-conference-2017-mike-schaaf-presentation/76264494 ansysuserconf2017-synapse-mikeschaaffinal-170523163513
Synapse RF Team Manager, Mike Schaaf presented at the ANSYS Seminar, ANSYS Pacific Northwest Innovation Conference in May 2017. He presented a 30 minute talk that focused on Synapse's development process for antenna design of wireless products using Ansys HFSS. Many design concepts and potentially thousands of subtle design space investigations can be explored is a short time. In the RF domain, rapid prototyping of concepts is critical to understanding wireless performance. Since antenna design can be impacted by even the smallest mechanical change in wearables, being able to rapidly iterate with the interdisciplinary team is critical. Simulation allows the antenna designer to stay in step with the design team, providing virtually immediate feedback on proposed changes. In short, HFSS is the key RF tool to develop the best possible product in the shortest amount of time.]]>
Synapse RF Team Manager, Mike Schaaf presented at the ANSYS Seminar, ANSYS Pacific Northwest Innovation Conference in May 2017. He presented a 30 minute talk that focused on Synapse's development process for antenna design of wireless products using Ansys HFSS. Many design concepts and potentially thousands of subtle design space investigations can be explored is a short time. In the RF domain, rapid prototyping of concepts is critical to understanding wireless performance. Since antenna design can be impacted by even the smallest mechanical change in wearables, being able to rapidly iterate with the interdisciplinary team is critical. Simulation allows the antenna designer to stay in step with the design team, providing virtually immediate feedback on proposed changes. In short, HFSS is the key RF tool to develop the best possible product in the shortest amount of time.]]> Tue, 23 May 2017 16:35:13 GMT /slideshow/ansys-user-conference-2017-mike-schaaf-presentation/76264494 MorganDenno@slideshare.net(MorganDenno) Ansys User Conference 2017 - Mike Schaaf Presentation MorganDenno Synapse RF Team Manager, Mike Schaaf presented at the ANSYS Seminar, ANSYS Pacific Northwest Innovation Conference in May 2017. He presented a 30 minute talk that focused on Synapse's development process for antenna design of wireless products using Ansys HFSS. Many design concepts and potentially thousands of subtle design space investigations can be explored is a short time. In the RF domain, rapid prototyping of concepts is critical to understanding wireless performance. Since antenna design can be impacted by even the smallest mechanical change in wearables, being able to rapidly iterate with the interdisciplinary team is critical. Simulation allows the antenna designer to stay in step with the design team, providing virtually immediate feedback on proposed changes. In short, HFSS is the key RF tool to develop the best possible product in the shortest amount of time. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/ansysuserconf2017-synapse-mikeschaaffinal-170523163513-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Synapse RF Team Manager, Mike Schaaf presented at the ANSYS Seminar, ANSYS Pacific Northwest Innovation Conference in May 2017. He presented a 30 minute talk that focused on Synapse&#39;s development process for antenna design of wireless products using Ansys HFSS. Many design concepts and potentially thousands of subtle design space investigations can be explored is a short time. In the RF domain, rapid prototyping of concepts is critical to understanding wireless performance. Since antenna design can be impacted by even the smallest mechanical change in wearables, being able to rapidly iterate with the interdisciplinary team is critical. Simulation allows the antenna designer to stay in step with the design team, providing virtually immediate feedback on proposed changes. In short, HFSS is the key RF tool to develop the best possible product in the shortest amount of time.
Ansys User Conference 2017 - Mike Schaaf Presentation from Morgan Denno
]]> 4614 5 https://cdn.slidesharecdn.com/ss_thumbnails/ansysuserconf2017-synapse-mikeschaaffinal-170523163513-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 Hardware Workshop 2017: How to Prototype /slideshow/hardware-workshop-2017-how-to-prototype/75511848 hardwareworkshop2017-howtoprototype-170428194606
Prototyping: How to do it (and how to do better)! On April 27th, Martine Stillman (Synapse Mechanical Engineer Program Lead) and Kathy Fedirchuk (Synapse Quality Engineer) presented on how the successfully prototype at the 2017 Seatte Hardware Workshop. ]]>
Prototyping: How to do it (and how to do better)! On April 27th, Martine Stillman (Synapse Mechanical Engineer Program Lead) and Kathy Fedirchuk (Synapse Quality Engineer) presented on how the successfully prototype at the 2017 Seatte Hardware Workshop. ]]> Fri, 28 Apr 2017 19:46:05 GMT /slideshow/hardware-workshop-2017-how-to-prototype/75511848 MorganDenno@slideshare.net(MorganDenno) Hardware Workshop 2017: How to Prototype MorganDenno Prototyping: How to do it (and how to do better)! On April 27th, Martine Stillman (Synapse Mechanical Engineer Program Lead) and Kathy Fedirchuk (Synapse Quality Engineer) presented on how the successfully prototype at the 2017 Seatte Hardware Workshop. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/hardwareworkshop2017-howtoprototype-170428194606-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Prototyping: How to do it (and how to do better)! On April 27th, Martine Stillman (Synapse Mechanical Engineer Program Lead) and Kathy Fedirchuk (Synapse Quality Engineer) presented on how the successfully prototype at the 2017 Seatte Hardware Workshop.
Hardware Workshop 2017: How to Prototype from Morgan Denno
]]> 724 9 https://cdn.slidesharecdn.com/ss_thumbnails/hardwareworkshop2017-howtoprototype-170428194606-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 Sneak Peek: Designing Tracked Objects for Steam VR /slideshow/sneak-peek-designing-tracked-objects-for-steam-vr/73109360 sxsw-designingtrackedobjectsforsteamvr2-compressed-170313210339
Synapse Product Development Electrical Engineers, Doug Bruey and Michael Ciuffo presented a technical workshop at SXSW 2017. This year, Valve opened up licensing of SteamVR Tracking, the world’s best 3D tracking solution and the breakthrough technology behind the HTC Vive. Now anyone can develop devices to operate in VR. Since 2014, Synapse has provided engineering support for Valve's VR development and now delivers training courses for all new licensees. Synapse is thrilled to bring this training to SXSW as a condensed workshop; providing a behind the scenes look into the technology with hands-on experience in tracked object design and integration; delivering a solid foundation in the theory of SteamVR Tracking and an understanding of the hardware & software experience needed to design tracked objects.]]>
Synapse Product Development Electrical Engineers, Doug Bruey and Michael Ciuffo presented a technical workshop at SXSW 2017. This year, Valve opened up licensing of SteamVR Tracking, the world’s best 3D tracking solution and the breakthrough technology behind the HTC Vive. Now anyone can develop devices to operate in VR. Since 2014, Synapse has provided engineering support for Valve's VR development and now delivers training courses for all new licensees. Synapse is thrilled to bring this training to SXSW as a condensed workshop; providing a behind the scenes look into the technology with hands-on experience in tracked object design and integration; delivering a solid foundation in the theory of SteamVR Tracking and an understanding of the hardware & software experience needed to design tracked objects.]]> Mon, 13 Mar 2017 21:03:39 GMT /slideshow/sneak-peek-designing-tracked-objects-for-steam-vr/73109360 MorganDenno@slideshare.net(MorganDenno) Sneak Peek: Designing Tracked Objects for Steam VR MorganDenno Synapse Product Development Electrical Engineers, Doug Bruey and Michael Ciuffo presented a technical workshop at SXSW 2017. This year, Valve opened up licensing of SteamVR Tracking, the world’s best 3D tracking solution and the breakthrough technology behind the HTC Vive. Now anyone can develop devices to operate in VR. Since 2014, Synapse has provided engineering support for Valve's VR development and now delivers training courses for all new licensees. Synapse is thrilled to bring this training to SXSW as a condensed workshop; providing a behind the scenes look into the technology with hands-on experience in tracked object design and integration; delivering a solid foundation in the theory of SteamVR Tracking and an understanding of the hardware & software experience needed to design tracked objects. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/sxsw-designingtrackedobjectsforsteamvr2-compressed-170313210339-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Synapse Product Development Electrical Engineers, Doug Bruey and Michael Ciuffo presented a technical workshop at SXSW 2017. This year, Valve opened up licensing of SteamVR Tracking, the world’s best 3D tracking solution and the breakthrough technology behind the HTC Vive. Now anyone can develop devices to operate in VR. Since 2014, Synapse has provided engineering support for Valve&#39;s VR development and now delivers training courses for all new licensees. Synapse is thrilled to bring this training to SXSW as a condensed workshop; providing a behind the scenes look into the technology with hands-on experience in tracked object design and integration; delivering a solid foundation in the theory of SteamVR Tracking and an understanding of the hardware &amp; software experience needed to design tracked objects.
Sneak Peek: Designing Tracked Objects for Steam VR from Morgan Denno
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