You could be eligible to join the Qorvo RF Accelerator! We bring core technologies and radio frequency (RF) solutions to mobile, infrastructure, defense/aerospace, and IoT markets. Our advanced power management solutions use intelligent circuits and converters to help you design more efficient, reliable appliances and devices. We’re looking for great examples of the next generation of products and applications powered by Qorvo technology.
While designing, funding, manufacturing, and shipping a new product to happy customers is a reward unto itself, it can’t hurt to have some extra incentives along the way. Qorvo is partnering with Mouser Electronics and Crowd Supply to offer participants a wide array of support and prizes.
We are now accepting project submissions. To be eligible to participate in the accelerator, your project must:
Eligibility is determined on a case-by-case basis and solely at the discretion of Qorvo and Crowd Supply.
The first step is to fill out the Crowd Supply project submission form and mention that you’re interested in the Qorvo RF Accelerator.
While all projects using Qorvo components will be considered, here are some specific areas of interest and parts to inspire you:
In this Teardown Session, Crowd Supply’s Helen Leigh talks with 12 year old, Zeke Wheeler (KJ7NLL on Youtube), about satellite tracking and ham radio.
In this session, Crowd Supply’s Helen Leigh talks with Zoltan Doczi, a Senior RF Engineer at Decent Labs. Decent Labs are of the creators of Spacewalker LNA 434 MHz, a device that was developed to combat real-world satellite reception difficulties. In urban environments, it’s often difficult to receive PocketSat and CubeSat signals amidst strong DVB-T, TETRA, FM, and LTE signals from densely packed transmitter towers.
Products | Applications | Design Hub |
---|---|---|
Amplifiers | Automotive | Block Diagrams |
Control Products | Customer Premises Equipment | Design Tools |
Discrete Transistors | Defense & Aerospace | E-books |
Filters & Duplexers | Internet of Things | Articles |
Frequency Converters | Mobile Products | Videos |
Power Management and more | Network Infrastructure | White Papers |
Hardware Happy Hour is an informal way to socialize, show off your projects, and talk about the world of hardware.
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Locate radio transmitters--even if they don't want to be found! In this workshop, you will track down a radio with the help of a phase coherent software defined radio. Participants will receive a primer on software defined radios, direction finding, and the sport of fox hunting. The workshop may involve walking around outside to locate various transmitters.
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A workshop on a workshop? What kind of inception nonsense is this? If I know one thing about makers, it's that we like doing stuff with our hands. So rather than just sitting and listening to a talk, in this workshop/talk mashup, you'll be putting together the beginning twist-together "breadboard" I developed for our local Basic Electronics workshops while I talk about my experience in applying for the grant that funded them, developing printed and online supporting materials, researching and buying supplies and tools, developing the curriculum, doing the outreach to folks underrepresented in STEM, and finally teaching the workshops, including how we accommodated people with different needs and abilities. If you'd like to teach workshops and aren't quite sure where to start, this workshop-chat will give you a solid base!
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Zeke’s invention, the “Affordable, Portable, Orbital Desktop Satellite Tracker,” was designed to track satellites, planets and stars. Zeke modeled the tracker in Tinkercad, 3D-printed it, designed the circuit boards in KiCAD and programmed the tracker in C. His prototype uses an accelerometer and magnetometer to measure antenna position. He hopes to have a Desktop Satellite Tracker Kit in every science classroom someday and is excited to share his invention at Teardown 2024!
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Join us for an insightful workshop exploring the capabilities of ultra-small form factor software-defined radios (uSDRs) and the powerful Web Platform for SDR (WSDR.IO) that streamlines usability.
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This installation showcases the Discovery Dish downloading weather images that are taken from a geostationary satellite. Discovery Dish is a 70-cm aluminum satellite dish with an active filtered feed. It is designed for receiving real-time weather data from GOES HRIT, GK-2A LRIT, FengYun LRIT, NOAA HRPT, Metop HRPT, Meteor M2 HRPT, and other weather satellites that operate around 1.69 GHz.
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Have you ever wondered where in the world the ISS is flying? Curious to see where Saturn is? How about Alpha Centauri? Visit Zeke's Desktop Satellite Tracker demo table to see how a magnetometer and accelerometer work to track satellites, planets and stars - and try it yourself!
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Cutting-edge SDR technology from the Wavelet Lab team
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The Qorvo team will be here to about their technology, company and career opportunities.
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Hardware Happy Hour is an informal way to socialize, show off your projects, and talk about the world of hardware.
Learn more
Hardware Happy Hour is an informal way to socialize, show off your projects, and talk about the world of hardware.
Learn more
Hardware Happy Hour is an informal way to socialize, show off your projects, and talk about the world of hardware.
Learn more
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·Drawing on nearly 30 years of providing industry-leading solutions, Qorvo continues to offer the products that enable the next generation of systems. From GaAs, GaN, SAW, BAW, CMOS, and SiGe, Qorvo has the right technology, the right products, and the right solutions to help you shape and launch your most powerful new ideas for a broad range of mobile, defense, and infrastructure applications.
A fully open source dual-channel SDR Raspberry Pi HAT with a tuning range up to 6 GHz
A triple-filtered, double-amplified, and shielded LNA for 70 cm band CubeSat reception
A software-enabled, open-access small cell radio based on LimeSDR
A compact, open ESP32-M1 dev board with a Wi-Fi range of up to 1.2 km
A high-performance software defined radio covering 5-20 GHz
Handheld satellite ground station for receiving Wi-Fi from space
The ultimate low-cost massive MIMO SDR, with up to 32x32 transmit/receive channels
A Software-Definable RF Front End Module for LimeSDR Platforms
A tiny, single-sided M.2 SDR board that you can operate easily using your web browser
Run your own cellular data network
A system for weather satellite reception and hydrogen line radio astronomy
A highly flexible SDR system based on LimeSDR XTRX and Raspberry Pi CM4