![]() ![]() You don’t have to wait until Wednesday join whenever you want and you can see what the community is talking about. If time zones have got you down, we have a handy time zone converter.Ĭlick that speech bubble to the right, and you’ll be taken directly to the Hack Chat group on Hackaday.io. This week we’ll be sitting down on Wednesday, December 18 at 12:00 PM Pacific time. Our Hack Chats are live community events in the Hackaday.io Hack Chat group messaging. ![]() Join us with your questions about RF systems, microwaves in the communication industry, and perhaps even how he manages to find the gear featured on his channel. We’ll be sitting down with Shahriar this week for the last Hack Chat of 2019 with a peek inside his weird, wonderful world of microwaves. In his spare time, Shahriar runs The Signal Path, a popular blog and YouTube channel where he dives tear-downs, explanations, and repairs of incredibly sophisticated and often outrageously expensive equipment. He’s been studying millimeter-wave systems for decades, and his day job is researching millimeter-wave ASICs for Nokia Bell Labs in New Jersey, the birthplace of the transistor. That’s where you see feed lines become waveguides, PCB traces act as components, and antennas that look more like musical instruments. Things start to get a little strange there, and stranger still as the wavelengths decrease and you start getting into the microwave bands. You think you know a thing or two once you learn about basic circuits, and then you discover RF circuits. We back that up with industry-leading system-level SI expertise and online RF design tools.ĭuring the webinar, featured products include:įor more information, please visit the webinar registration site.No matter how much you learn about electronics, there always seems to be another door to open. The Samtec Precision RF portfolio includes full cable assemblies, cable connectors and PCB connectors operating from 18 GHz to 110 GHz. That should make RF engineers happy! Samtec Precision RF Solutions What the result? Easy-to-use development tools that shorten development cycles. Precision RF interconnect solution and best design practices will also be covered. Otava recently released new wideband beamformer IC technology and an accompanying evaluation platform.Īs with any RF signal path, interconnect solutions can make or break the design. In this webinar, Otava’s Steve Fireman, Avnet’s Luc Langlois and yours truly will discuss bleeding edge beamformer technology. This takes place Wednesday, Maat 8:00 AM PST / 11:00 AM EST In partnership with Microwave Journal, Otava, Avnet and Samtec are sponsoring a webinar entitled Optimizing RF Signal Paths in mmWave Applications. Thankfully, Otava, Avnet and Samtec are ready to help. What’s an RF engineer to do? New Solutions to New Challenges Increased system bandwidth combines multiple simultaneous beams and low latency with decreasing size, weight, power and cost. Optimizing the RF signal path and increasing spectral efficiency through advanced phased-array processing are common practice. ![]() High frequencies challenge designers like never before. Samtec defines mmWave technology as 18 – 110 GHz across our Precision RF portfolio of full cable assemblies, cable connectors, and board-level interconnects. Traditional mmWave technology spans the 30 – 300 GHz frequency range. Also, ADAS systems use 24 GHz for SRR applications and 77 GHz for LRR applications. Why? Simply put, the 5G tidal wave is coming. ![]()
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