The new Signal Integrity Extension will complement Fusion 360's growing PCB design capabilities and help bring smart products to market more efficiently. For more than 50 years, Ansys software has enabled innovators across industries to push boundaries by using the predictive power of simulation. Industry-leading Ansys simulation technology is being integrated into Fusion 360 to power a new extension that will quickly provide useful insights about printed circuit board (PCB) signal quality as a part of the board design process. Today, we're announcing a new milestone in our ongoing strategic partnership with Ansys. On-demand PCB electromagnetic performance insights are coming to Fusion 360 in the new Signal Integrity Extension. Signal Integrity Extension, powered by Ansys, brings PCB performance analysis to Fusion 360 Two Fusion extensions are taking center stage at AU 2022. At the same time, through extensions, we're continuing to add advanced functionality to increase productivity and innovation in specialization areas of product development.
We're constantly expanding the capabilities of Fusion 360 to address needs across the entire product design to manufacturing process. New Autodesk Fusion 360 extensions powered by Ansys and ModuleWorks unlock advanced product design and manufacturing capabilities I'm really excited that this week at Autodesk University (AU) 2022, we're introducing innovations that enable rapid iteration, automate the machine programming process, and bring both the agility and power of Fusion to a browser or device near you. One with greater productivity, lower costs, and fewer environmental impacts. And skilled workers, rather than innovating and creating, are still required to spend their time doing mundane tasks that could be automated.īut with open and extensible tools, partnerships with industry leaders, and Fusion 360 defining what cloud-based product development software can do, Autodesk is solving those challenges in manufacturing and moving customers closer than ever to a click-to-make future. Too many team members still lack access to projects on the right device at the right time. Switching between software tools still slows down design and make. Materials still go to waste during prototyping and manufacturing. Factory floors still stall while programmers tell machines how to make parts. Endless iteration cycles still set back new product launches and carve away profits.
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