Sign up for our newsletter!
Your data will be handled in compliance with our privacy policy.
Your data will be handled in compliance with our privacy policy.
Interview with Philip Lessner, CTO of Yageo Group about the rapid development in the capacitor industry, the market evolvement and future technology needs for ultra-thin capacitors. And how CNF-MIM technology fits into this market. This is a follow-up to the interview from earlier this year. Yageo remains interested in Smoltek's CNF-MIM capacitors and sees great potential for using CNF-MIM capacitors in their customer offering.
The ultra-thin capacitor market is entering a new phase as major players like Murata and Samsung invest heavily in silicon-based solutions. In a recent interview, YAGEO Group's CTO Philip Lessner explains why Smoltek's CNF-MIM technology could offer superior advantages to silicon-based solutions in this rapidly growing market.
Smoltek's CNF-MIM technology offers a competitive alternative to silicon capacitors for ultra-thin high-performance capacitors used in processors for mobile phones and computers. The next-generation capacitors, Gen-One, is planned to be completed by the end of 2024, matching competitors in performance with an exceptionally thin form factor. The strategic objective is to pair up with a financially strong partner for the industrialization and commercialization of the capacitors.
Interview with Philip Lessner, CTO of Yageo Group about the future of the capacitor industry, the market and technology needs for ultra-thin capacitors. And how CNF-MIM technology fits into this market.
This is a follow-up to last year's interview, about how the two companies were a perfect fit. Yageo remains interested in Smoltek's CNF-MIM capacitors and sees great potential for using CNF-MIM capacitors now and in the future.
Note: Extended version (15:54 mins) available on https://youtu.be/ad4ESm2AmEw.
Smotek Semi is taking the next step in the development of the CNF-MIM capacitor technology, in technical collaboration with Yageo. And the next generation – Gen-One is expected to deliver a fivefold increase in capacitance density compared to Gen-Zero.
Smotek Semi has developed a new technology generation of our CNF-MIM capacitor technology. The new generation, called Gen-Zero, is the foundation for achieving the goal of manufacturing different types of capacitors with very high capacitance density – by enabling high volumetric capacitance density.
Smoltek and Yageo have collaborated for a long time to enter into an agreement regarding the further development and commercialization of capacitors based on Smoltek's CNF-MIM technology. In December both parties announced the intention to enter into a license and service agreement. However, yesterday Yageo choose not to sign the agreement.
Smoltek Semi has developed a process for manufacturing of engineering samples in high volumes. This process will now be tested for production of CNF-MIM engineering samples in high volumes, as the first trial-run of capacitor prototypes (without the patent protected carbon nanofibers) was successful.
Philip Lessner, CTO at YAGEO Group says in an interview that he and Yageo sees a lot of potential in Smotek's disruptive CNF-MIM capacitor technology for making capacitors in extremely small form factors.
Philip Lessner, EVP & CTO at YAGEO Group explains why he and Yageo sees a lot of potential in Smotek's disruptive carbon nanofiber technology for capacitors and how the CNF-MIM-technology can roll out a wide range of ultra-thin capacitors that fit very well with the new semiconductor segments Yageo is targeting.
In mid-April, the management team of Smoltek Semi visited Taiwan for meetings and workshops with our collaboration partner YAGEO. Together, we also made a series of meetings with intended customers for Smotek's ultra-thin CNF-MIM capacitors.
The group company Smoltek Semi will together with, the collaboration partner, Yageo present the first planned joint product technology – ultra-thin decoupling capacitors for mobile phones – at the largest European electronic event next week.