
Best of High-Tech
The electrification of our world continues at a rapid pace. The conveniences of the modern world — ubiquitous communication through internet-enabled phones, electronic payments and digital streaming, to name a few — are all due to continuous engineering innovations delivered through cheaper, faster, more-precise electronics. This special issue of ANSYS Advantage includes many examples that validate the value of engineering simulation for building better high-tech products.
Featured Stories
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Tuning in to Antenna Design
Using engineering simulation, big compute and 3-D printing, Optisys achieves a large reduction in antenna size and weight while reducing development time -
Winning the Race to 5G
PHAZR is developing unique 5G millimeter wireless networking for mobile and fixed-access applications. This innovative startup leverages ANSYS software to not only speed up its analysis, but provide design agility and flexibility for this cutting-edge technology.
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EDITORIAL
High-Tech Erases Industry Boundaries
Massive changes over the past few decades are challenging designers and manufacturers who innovate connectivity and electronics functionality in products across all industries. -
RF AND WIRELESS
Tuning in to Antenna Design
Using engineering simulation, big compute and 3-D printing, Optisys achieves a large reduction in antenna size and weight while reducing development time -
Startups
Winning the Race to 5GPHAZR is developing unique 5G millimeter wireless networking for mobile and fixed-access applications. This innovative startup leverages ANSYS software to not only speed up its analysis, but provide design agility and flexibility for this cutting-edge technology.
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HIGH-TECH
5G Antenna Technology for Smart Products
5G must address more communications over limited bandwidth by leveraging simulation to develop new antenna technology. -
ELECTRONICS
Pointing RFIDs in the Right Direction
Using electromagnetic field simulation, engineers at Honeywell virtually evaluated new concepts for RFID systems to significantly reduce product development lead time. -
EMI/EMC
Ensuring Electromagnetic Compatibility
By combining full-wave frequency domain with circuit simulation STMicroelectronics determines EMI/EMC and EM coexistence issues before physical prototyping. -
SIGNAL INTEGRITY
Crossed Signals
Employing ANSYS technology, engineers reduced the time required to perform signal integrity analysis of a high-speed printed circuit from days to hours -
HIGH-SPEED ELECTRONICS
Deep Channel Analysis for High-Speed Interconnect Solutions
Engineers leverage simulation to design and optimize next-generation, high-performance interconnect solutions across the entire signal channel. -
HIGH-TECH
Cutting the Cords
Engineers used ANSYS simulation to address thermal issues caused by packing high-power transmitters into a tiny enclosure. -
HIGH-TECH
Cool Smartphones
Qualcomm engineers simulate the power sources in a smartphone in a fraction of the time required by a full thermal analysis. -
Advanced Electrification
Power Retooling for Chips
To reduce chip power consumption to unprecedented levels. AMD improved design flow with ANSYS PowerArtist. -
ENERGY
Vibration Power Generation
Cutting-edge simulation technology helps a startup push the boundaries of how sensors are powered by developing technology to efficiently transform ambient energy into electricity to power wireless equipment. -
AUTOMOTIVE
Breaking Story on an Automotive Power Module
Engineers employed ANSYS structural capabilities to develop a reliable power steering module in half the time required in the past.