The electronics industry began using the term heterogeneous integration (HI) about five years ago to describe a new approach to building semiconductor devices that would allow for greater density and capability. The legacy approach to making transistors, lines, and...

In the realm of electronics and semiconductors, a silent revolution is underway, one marked not by the grandeur of size, but by the subtlety of miniaturization. This long-term trend toward smaller, more compact devices is not just a technological feat; it’s a...

The integration of multiple heterogeneous dies in a package is pivotal for extending Moore’s Law and enhancing performance, power efficiency, and functionality, but it also is raising significant issues over how to manage the thermal load. Dave Fromm, COO and vice...

Advances in integrated microelectronics have enabled a revolution in ever smaller and more powerful medical sensors. One such use is for detecting pressure in the eye. InjectSense has invented an implantable sensor that detects direct dynamic pressure in the eye...

Semiconductor Engineering sat down to discuss heterogeneous integration with Dick Otte, president and CEO of Promex Industries; Mike Kelly, vice president of chiplets/FCBGA integration at Amkor Technology; Shekhar Kapoor, senior director of product management...

Few technologies in semiconductor manufacturing have stood the test of time as steadfastly as wirebonding. This process, which involves electrically connecting semiconductor devices to their packages, has been a cornerstone of the electronics industry since the...

  Some complexities of integrating miniaturized components, such as microelectronics, into increasingly small medical devices are obvious. Examples include the precision required to position and align components with the requisite accuracy, or the...

The increasing challenges and rising cost of logic scaling, along with demands for an increasing number of features, are pushing more companies into advanced packaging. And while that opens up a slew of new options, it also is causing widespread confusion over what...

Advances in semiconductors, materials, power, and more are enabling electronics to miniaturize—including medical electronics. Design News asked Dave Fromm, Promex’s chief operating officer, a few questions about engineering microelectronics for medical devices....

More uses for implantable sensors are being discovered every day. One such capability is pressure detection, including the detection of intra-ocular pressure, helpful for treating glaucoma. In this article for Medical Device & Diagnostic Industry, Promex's Dave...

The electronics industry began using the term heterogeneous integration (HI) about five years ago to describe a new approach to building semiconductor devices that would allow for greater density and capability. The legacy approach to making transistors, lines, and...

In the realm of electronics and semiconductors, a silent revolution is underway, one marked not by the grandeur of size, but by the subtlety of miniaturization. This long-term trend toward smaller, more compact devices is not just a technological feat; it’s a...

The integration of multiple heterogeneous dies in a package is pivotal for extending Moore’s Law and enhancing performance, power efficiency, and functionality, but it also is raising significant issues over how to manage the thermal load. Dave Fromm, COO and vice...

Advances in integrated microelectronics have enabled a revolution in ever smaller and more powerful medical sensors. One such use is for detecting pressure in the eye. InjectSense has invented an implantable sensor that detects direct dynamic pressure in the eye...

Semiconductor Engineering sat down to discuss heterogeneous integration with Dick Otte, president and CEO of Promex Industries; Mike Kelly, vice president of chiplets/FCBGA integration at Amkor Technology; Shekhar Kapoor, senior director of product management...

Few technologies in semiconductor manufacturing have stood the test of time as steadfastly as wirebonding. This process, which involves electrically connecting semiconductor devices to their packages, has been a cornerstone of the electronics industry since the...

  Some complexities of integrating miniaturized components, such as microelectronics, into increasingly small medical devices are obvious. Examples include the precision required to position and align components with the requisite accuracy, or the...

The increasing challenges and rising cost of logic scaling, along with demands for an increasing number of features, are pushing more companies into advanced packaging. And while that opens up a slew of new options, it also is causing widespread confusion over what...

Advances in semiconductors, materials, power, and more are enabling electronics to miniaturize—including medical electronics. Design News asked Dave Fromm, Promex’s chief operating officer, a few questions about engineering microelectronics for medical devices....

More uses for implantable sensors are being discovered every day. One such capability is pressure detection, including the detection of intra-ocular pressure, helpful for treating glaucoma. In this article for Medical Device & Diagnostic Industry, Promex's Dave...