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Alex Akselrod
Alex Akselrod boosted
No Starch Press
@nostarch@mastodon.social  ·  activity timestamp last month

Software-defined radio (SDR) transforms how we study and experiment with wireless communication.

By processing real signals on your computer, you’ll explore modulation, filtering, and receiver design—skills that extend into modern systems like Wi-Fi, Bluetooth, and cellular.

Whether you’re an engineer or an enthusiast, SDR offers a practical way to understand the building blocks of today’s wireless world.

https://nostarch.com/practical-sdr

#sdr #wireless #gnu #bluetooth #cellular

A graphic with the book cover of “Practical SDR: Getting Started with Software-Defined Radio” by David Clark and Paul Clark at the center. The cover shows a humanoid robot sitting on the floor with headphones on, connected by cable to a large vintage radio. Behind the radio is a window with curtains. The background is yellow and beige. At the top of the graphic is the text “Decode the Invisible World Around You.” At the bottom is the text “Explore the signals behind Wi-Fi, Bluetooth, and cellular—starting with SDR fundamentals.”
A graphic with the book cover of “Practical SDR: Getting Started with Software-Defined Radio” by David Clark and Paul Clark at the center. The cover shows a humanoid robot sitting on the floor with headphones on, connected by cable to a large vintage radio. Behind the radio is a window with curtains. The background is yellow and beige. At the top of the graphic is the text “Decode the Invisible World Around You.” At the bottom is the text “Explore the signals behind Wi-Fi, Bluetooth, and cellular—starting with SDR fundamentals.”
A graphic with the book cover of “Practical SDR: Getting Started with Software-Defined Radio” by David Clark and Paul Clark at the center. The cover shows a humanoid robot sitting on the floor with headphones on, connected by cable to a large vintage radio. Behind the radio is a window with curtains. The background is yellow and beige. At the top of the graphic is the text “Decode the Invisible World Around You.” At the bottom is the text “Explore the signals behind Wi-Fi, Bluetooth, and cellular—starting with SDR fundamentals.”
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No Starch Press
@nostarch@mastodon.social  ·  activity timestamp last month

Software-defined radio (SDR) transforms how we study and experiment with wireless communication.

By processing real signals on your computer, you’ll explore modulation, filtering, and receiver design—skills that extend into modern systems like Wi-Fi, Bluetooth, and cellular.

Whether you’re an engineer or an enthusiast, SDR offers a practical way to understand the building blocks of today’s wireless world.

https://nostarch.com/practical-sdr

#sdr #wireless #gnu #bluetooth #cellular

A graphic with the book cover of “Practical SDR: Getting Started with Software-Defined Radio” by David Clark and Paul Clark at the center. The cover shows a humanoid robot sitting on the floor with headphones on, connected by cable to a large vintage radio. Behind the radio is a window with curtains. The background is yellow and beige. At the top of the graphic is the text “Decode the Invisible World Around You.” At the bottom is the text “Explore the signals behind Wi-Fi, Bluetooth, and cellular—starting with SDR fundamentals.”
A graphic with the book cover of “Practical SDR: Getting Started with Software-Defined Radio” by David Clark and Paul Clark at the center. The cover shows a humanoid robot sitting on the floor with headphones on, connected by cable to a large vintage radio. Behind the radio is a window with curtains. The background is yellow and beige. At the top of the graphic is the text “Decode the Invisible World Around You.” At the bottom is the text “Explore the signals behind Wi-Fi, Bluetooth, and cellular—starting with SDR fundamentals.”
A graphic with the book cover of “Practical SDR: Getting Started with Software-Defined Radio” by David Clark and Paul Clark at the center. The cover shows a humanoid robot sitting on the floor with headphones on, connected by cable to a large vintage radio. Behind the radio is a window with curtains. The background is yellow and beige. At the top of the graphic is the text “Decode the Invisible World Around You.” At the bottom is the text “Explore the signals behind Wi-Fi, Bluetooth, and cellular—starting with SDR fundamentals.”
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Margaret Eldridge
@pragmaticmarg@hachyderm.io  ·  activity timestamp last month

Celebrating Build, Tune, Explore with OpenWebRX+ by Richard Murnane, now in beta!

🔗 Read more: https://bit.ly/3Jkr8Jj

📘 ebook: https://pragprog.com/titles/rmwebrx

#SDR#SoftwareDefinedRadio#Hobby#RaspberryPi #pragprog #gerbil

Book cover for Build, Tune, Explore with OpenWebRX+: Web-Connected Software-Defined Radio Made Simple by Richard Murnane. The cover depicts a light-brown gerbil sitting at a desk, wearing headphones, and using a computer. On the monitor is a radio tuning dial surrounded by icons of a satellite, airplane, microphone, vehicles, radio tower, and musical notes.
Book cover for Build, Tune, Explore with OpenWebRX+: Web-Connected Software-Defined Radio Made Simple by Richard Murnane. The cover depicts a light-brown gerbil sitting at a desk, wearing headphones, and using a computer. On the monitor is a radio tuning dial surrounded by icons of a satellite, airplane, microphone, vehicles, radio tower, and musical notes.
Book cover for Build, Tune, Explore with OpenWebRX+: Web-Connected Software-Defined Radio Made Simple by Richard Murnane. The cover depicts a light-brown gerbil sitting at a desk, wearing headphones, and using a computer. On the monitor is a radio tuning dial surrounded by icons of a satellite, airplane, microphone, vehicles, radio tower, and musical notes.
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Matt Layman
@mblayman@mastodon.social  ·  activity timestamp 3 months ago

🐍 How can you use #Python with Software Defined Radios (#SDR)? In this presentation, Patrick shows us his neat project of applying Python to recording radio signals. https://www.youtube.com/watch?v=MonR5zZL-Es

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