QuantumFlow, Inc.的动态

The focus of the 2024 IMS showcase from Eravant is to illustrate how Eravant today's FOUR business units helping to Make the Millimeter-wave Technology More Accessible.

come see our demo showing characterization of X-Band AESA radar components using our new VNA module.

For all ?????????????????????? ???????? ???????????? attending the IEEE MTT-S Microwave Filters Short Course on 27/10/2024 Due to the changeover from summer time to winter time in Europe starting from 27/10/2024, the last lesson of the course ???????? ?????????? ???? 15:00 ?????? (which corresponds to 10:00 EDT until 3/11/2024)

UHDI Fundamentals: UHDI for RF Microwave Applications. Anaya Vardya, American Standard Circuits, LLC, covers three key UHDI benefits in RF microwave applications in the latest installment of his UHDI series. https://bit.ly/4bP3mxO

Ultra HDI is going mainstream - and this is a great way to stay up to date! #electronicsindustry #hdi #pcbdesign #pcbfabrication #rf #microwave #signalintegrity

Dear LinkedIn community, I am delighted to share Part II of our recently published journal paper in IEEE Transactions on Antennas and Propagation https://bit.ly/3ZvWBhN, which is the result of a joint collaboration between Deutsche Telekom, Sykno GmbH, and Ericsson. During the introduction of the directional EMF power-lock feature in Deutsche Telekom’s network, an extensive measurement campaign was conducted. The in-situ measurements used a time-synchronized setup developed by Sykno, which provides detailed insights into the performance of the directional EMF power-lock feature. In addition, network counter data were collected over 87 cells before and after swapping from the previous “cell-wide” to the new directional feature. The results confirm that the directional feature has almost no impact on the network performance in urban deployment scenarios. Don′t hesitate to read this paper, which is revelant for the international EMF-community, including mobile network operators and regulators. This paper is also available at the IEEE-Xplore library: https://lnkd.in/ekyyDTeW Fabian Michler, Roland Reese, Benedict Scheiner, Eva Radermacher Jose Angel Gomez Correal and Bo Xu

always interesting to see what happening in the RF world, at least it is to me ??. It was my first time reading on how sawtooth antennas are used in "A High-Isolation High-Gain MIMO Millimeter-Wave Antenna Array"

Eye opening! What a great presentation by Monisha Ghosh at the closing ceremony of IEEE MTT-S International Microwave Symposium (IMS). Is the first time I see statistics on the use of frequency bands based on real measurements. https://lnkd.in/d99eGSwh Thanks for the great take-aways of the talk, very relevant for European Commission Smart Networks and Services Joint Undertaking (SNS JU) projects like TERA6G Project. Briefly summarizing: We need to make smart choices in the use of the spectrum. Regarding 6G, aim at spectrum-sharing native, using mid-band technologies for the wide-area, mobile coverage and consider higher frequencies for niche, stationary, use cases. At the end, there is a limited data a individual can consume on a mobile terminal, isn't it?

The introduction of LoRa chipsets operating in the 2.4 GHz band paves the way to unprecedented performance enhancements compared to their sub-GHz counterparts, attributed to factors such as the absence of duty cycle constraints and higher data rates. Despite its potential benefits for Internet of Thing applications, the LoRa Alliance has not yet proposed the integration of this new frequency spectrum into the LoRaWAN standard. Check out our latest paper where we propose a roadmap for the evolution of the LoRaWAN standard, outlining three stages for seamless integration of the 2.4 GHz LoRa version. Giampaolo Cuozzo Chiara Buratti Konstantin Mikhaylov https://lnkd.in/ezDBzY5W