DuPont Microcircuit and Component Materials (MCM), a company that develops substrate films for electronics targeting various applications such as automotive, industrial, telecom, healthcare/wearables, advanced packaging, and consumer electronics, demonstrated its GreenTape™ low temperature co-fired ceramic (LTCC) solutions at the International Microwave Symposium (IMS) 2022 event in Denver alongside strategic partner TMY Technology (TMYTEK).
In SATCOM applications, reliability is vital for AiP solutions. DuPont's GreenTape™ LTCC solutions provide superior heat dissipation, coefficient of thermal expansion, and excellent moisture resistance which are critical for achieving higher reliability in TMYTEK’s new 8 x 8 tile-based, dual-polarization phased array antenna.
A novel module from TMYTEK is on display that integrates numerous 8 x 8 tile-based dual-polarization phased array antennas with a curved cover. The compact size overcomes the technical limitations of a large single array antenna. The module can receive signals from hundreds of kilometers away under harsh conditions, thanks to the high mechanical endurance and thermal stability of DuPont™ GreenTape™ LTCC materials, making them excellent solutions for industries such as aerospace, shipbuilding, and oil drilling platforms.
"We're thrilled to present our GreenTape™ materials with TMYTEK's latest solutions for ESA," said Andy Kao, Global Telcom Segment Leader, DuPont MCM, adding, "Our collaboration illustrates again that DuPont™ GreenTape™LTCC is a great choice for AiP applications."
"We enjoy working with DuPont MCM to develop the LTCC phased array antenna solution for SATCOM applications. The combined features deliver LTCC-based design and scale flexibility, strong durability, and stable performance for ESA," said Su-Wei Chang, CEO and Founder of TMYTEK.
In addition, DuPont MCM and TMYTEK are also collaborating to develop solutions for 5G mmWave applications.
Click here to learn more about this GreenTape™ LTCC Material from DuPont.
Click here to see everything RF's complete coverage of the IMS 2022 event.