Like to learn more about @LPKF_USA and where their equipment is being used? Check out a collection of the latest PCB development applications processed by customers with the LPKF ProtoLaser models!
laserdepaneling.lpkfusa.com/fileadmin/medi…
Data centers are set to consume over 1 Petawatt-hour of energy by 2026—equivalent to Japan's electricity consumption. How is the #semiconductor industry responding?
Find out more in our latest blog post: bit.ly/3X8InAG#NVTS#DataCenter#Innovation
Bonjour👋 Will you be joining us in Paris for @eumweek? If so, make sure to stop by @RFMWLtd's booth #502J to check out @MenloMicro's new products on display and to learn about the latest advances in our #IdealSwitch technology. Contact us at marketing@menlomicro.com #EuMW2024
According to a newly published forecast report by @DellOroGroup, Radio Access Network (RAN) market conditions remain challenging for the broader mobile infrastructure and #RAN markets. microwavejournal.com/articles/42374
hubs.la/Q02FC6nD0 Join us on July 24th for our upcoming webinar: Mastering EW/Radar Scenarios with RF DAC/ADC. We show how to generate complex EW/Radar Scenarios using the RF DAC and ADC that is at the core of the Tabor, Proteus Arbitrary Waveform Transceiver.
We are all used to seeing mobile phone antennas around the countryside.
This one is close to our local railway station.
The antenna consists of several elements.
The top sections are the antennas themselves, but underneath them are the RF Heads. These used to be placed at the bottom of the towers, but the coax feeder between them snd the antenna introduced signal loss.
Nowadays greater reliability means they can be placed up the tower. They are much closer to the antenna so the coax is shorter and there is much less signal loss. They go wrong much less, so it is feasible to place them up the tower where maintenance is more difficult.
#Qorvo provides the most capable components for high performing #X-band radars from #silicon beamforming ICs to #GaN FEMs, sized to fit within the X-band lattice for planar antennas that reduce SWaP-C and observability. Visit #IMS booth 1125 to learn more
qorvo.com/go/xradar?utm_…
📌 A 256 Gbps Microring-based WDM Transceiver with Error-free Wide Temperature Operation for Co-packaged Optical I/O Chiplets
🗣️ Pavan Bhargava, @AyarLabs
🗓️ Thursday, June 20th, at 9:55 – 10:20 a.m. HST
🌍 @VLSI_2024 - Honolulu, HI
More information:
bit.ly/3KG6uRx