MACOM to Showcase Fourth Generation GaN Technology for RF Energy Applications at Booth #235 at European Microwave Week (EuMW) 2015 in Paris, France
This Smart News Release features multimedia. View the full release here: http://www.businesswire.com/news/home/20150820005059/en/
MACOM's booth will feature its revolutionary Gen 4 GaN on Silicon RF product solutions optimized for commercial, industrial, scientific and medical applications. At volume production levels, Gen 4 GaN technology is expected to yield devices that achieve breakthrough performance and higher efficiency below the semiconductor cost per watt of comparable LDMOS products, and at significantly lower cost than comparably performing GaN on Silicon Carbide wafers.
Leveraging deep domain experience and as a member of the
MACOM's booth will feature a suite of new products aimed at applications spanning industrial, scientific, medical, E-Band point-to-point wireless and X-Band radar. Visit MACOM at Booth #235 to see our complete GaN portfolio and live demonstrations, including:
-
Guest Speaker:
Klaus Werner talks about the future of RF Energy at3:00PM ,Wednesday, September 9, 2015 ; - Gen4 GaN on Silicon: State of the art process that enables GaN on Silicon Carbide performance below LDMOS cost structures;
- RF Energy: Applications achieve higher efficiency and excellent gain at a lower cost structure; and
-
Multifunction Phased Array Panel : Come see MACOM'sStatic Multifunction Phased Array (MPAR) Panel that supports today's challenging civil and military radar applications.
Come hear MACOM's experts present papers on the latest in RF & Microwave:
Name | Session | Day/Time | Paper Topic | |||
Alex Bessemoulin, |
EuMIC02-02, Maillot |
|
Reduced-Size E-Band GaAs Power Amplifier MMIC | |||
Alex Bessemoulin, Emmanuelle Convert, |
EuMIC01-05, 241 |
|
Miniaturized Broadband Up-Converter MMIC | |||
|
EuMIC10-03, 242A |
|
A Broadband Receiver Protection Limiter for FET Based Integrated Circuits | |||
|
EuMC13-01, 243 |
|
A Linearized, High Efficiency 2.6 |
|||
|
EuMIC Poster02-04, |
Posters on display from
Authors are present for discussion from 12:30 - |
GaN Schottky Diodes for RF Wireless Power Detection and Conversion | |||
|
EuMC34-02, 242B |
|
Improving upon Pulse-to-Pulse Stability in GaN RADAR Amplifiers Compromised by the Presence of GaN Trapping Effects | |||
Alex Bessemoulin | EuMC43-05, 241 |
|
Plastic Packaged E-mode Transistors to 50 GHz with Integrated ESD Protection and Bias Control |
|||
Members of MACOM's product management, engineering and applications teams will be at the show to answer any inquiries or questions. To make an appointment to see MACOM's expansive portfolio and experience the live demonstrations, please contact your local sales representative.
Show Information:
Palais Des Congres,
09:30
- 17:30 (Tuesday)
09:30 - 17:30 (Wednesday)
09:30
- 16:30 (Thursday)
Additional Information and Resources:
For more information
about EuMW 2015: www.eumweek.com
For
more information about MACOM visit: www.macom.com/EuMW2015
ABOUT MACOM
Headquartered in
MACOM, M/
For more information about MACOM, please visit www.macom.com; follow @MACOMtweets on Twitter; join MACOM on LinkedIn, or visit the MACOM YouTube Channel.
DISCLAIMER FOR NEW PRODUCTS:
Any express or implied statements in MACOM product announcements are not meant as warranties or warrantable specifications of any kind. The only warranty MACOM may offer with respect to any product sale is one contained in a written purchase agreement between MACOM and the purchaser concerning such sale and signed by a duly authorized MACOM employee, or, to the extent MACOM's purchase order acknowledgment so indicates, the limited warranty contained in MACOM's standard Terms and Conditions for Quotation or Sale, a copy of which may be found at: http://www.macom.com/support.
FOR SALES INFORMATION, PLEASE CONTACT:
View source version on businesswire.com: http://www.businesswire.com/news/home/20150820005059/en/
ozzie.billimoria@macom.com
or
cboroski@rainierco.com
or
embedded
PR
gk@embedded-pr.de
Source:
News Provided by Acquire Media