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- #ARCHICAD 18 TRAINING SERIES SOFTWARE#
- #ARCHICAD 18 TRAINING SERIES PC#
- #ARCHICAD 18 TRAINING SERIES WINDOWS#
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#ARCHICAD 18 TRAINING SERIES WINDOWS#
If Qualcomm is truly just nine months away from shipping SoC chips that can rival Apple’s M-series processors-and why would they not be able to when the team responsible holds leaders from Apple’s chip team that brought about the A and M-series Apple Silicon?-then the Windows world will soon be aflush in foundational change.
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This same process can repeat again for some of the biggest CAD companies in existence.
#ARCHICAD 18 TRAINING SERIES PC#
In the past, some companies, like PTC (Parametric Technology Corporation) failed to acknowledge a sea change in platforms fast enough and lost huge ground to SolidWorks when the Windows PC began to dominate and take market share away from UNIX CAD platforms. Some, like Nemetschek’s daughter company, Vectorworks, Inc., have already completed the task and are now on both X86 for Apple’s macOS and X86 for both Windows and macOS.
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Moving the CAD industry so it can support both X86 and ARM chip architectures will be a bigger task for some players than others.
#ARCHICAD 18 TRAINING SERIES SOFTWARE#
We make the point that today’s CAD software contains millions of lines of code with hundreds of dependencies, including links to modeling kernels, rendering engines and so much more. The implications of the rise of ARM into the same PC territory as Intel and AMD’s X86 architecture have been detailed in our article from Xpresso #31, in the special feature titled, “Chip Technology, Geopolitics, and the CAD Industry.” This may be the critical piece that lends Qualcomm success this time around. Williams III was a significant part of the success of Apple’s A-series chips driving the iPhone. Skeptics will say that Qualcomm tried entering the PC chip market before and failed, with the Snapdragon 8cx line of processors, but this time the company literally has the advantage of the talent of Nuvia’s chip team. And get this, Qualcomm isn’t just aiming at dominance over Apple at performance per watt, they are aiming at sustained performance. Qualcomm is looking to get chip samples to customers in about nine months’ time with products shipping next year with Qualcomm’s yet-named SoC (system on chip) silicon. While Nuvia’s original goals were to attack the server chip space, which has long been dominated by Intel and where AMD has made huge market share gains in recent years, Nuvia’s expertise is now being directed at the general PC market where Apple has stolen the performance per watt crown in a big way from Intel and AMD. His goal is to provide the people that he interacts with the best of his experiences, to make their experiences memorable and amazing.Qualcomm says its Nuvia chip team is very far along in the development of an ARM-based SoC aimed at performance leadership in the PC space. His passions and experience have brought him to one of the oldest professions known to mankind: architecture. While attending architecture school, Willard worked at a Porsche racing garage, Glenn Yee Motorsports, and learned a lot about material science, engineering, fabrication, logistics, leadership, building great things, and building great teams. Some of the architects that have influenced his design language are Daniel Libeskind, Thom Mayne, Michael Folonis, Gary McGavin, and Ray Kappe.Īnother passion has been motor sport racing, and the heritage of Porsche racing, and the Porsche company as a whole. Since a very young age he has been fascinated by space, light, and textures. Now with a major focus on technology within construction and architecture.Īrchitecture has always been a passion of his. He works for a large general contractor in Seattle, Washington, where he is a VDC coordinator.Īfter graduating from Cal Poly Pomona, Willard worked on projects ranging from data centers, hospitals, and mixed-use developments to luxury homes-with a little of everything in between. Willard Williams is a licensed architect in California and Washington.