Wed Sep 25 03:00:08 UTC 2024: ## Open-Source Oscilloscope Breaks Through Barriers with Thunderbolt Connectivity

**CNX Software** – A new open-source oscilloscope, the ThunderScope, is making waves in the embedded systems world with its impressive features and innovative design. This portable, high-performance device offers a cost-effective alternative to traditional benchtop and PC-based oscilloscopes.

**Thunderbolt for Unprecedented Performance**

Unlike traditional oscilloscopes, the ThunderScope streams sample data directly to your computer for processing and analysis, leveraging the full potential of your system. It utilizes the lightning-fast Thunderbolt interface, which makes it “the only scope that will get better every time you upgrade your computer,” according to the developers.

**Key Features:**

* **High Sampling Rate:** Up to 1 GS/s sampling rate with a full analog bandwidth of 500 MHz.
* **Multiple Channels:** Supports up to four channels.
* **Open-Source Architecture:** Fully open-source with readily available hardware designs, firmware, and software on GitHub.
* **Flexibility:** Available in both Thunderbolt and PCIe versions, offering a choice based on your needs.
* **Expandable Design:** Plans for future expansion with multiple ThunderScope pairing for enhanced functionality.
* **User-Friendly Interface:** Powered by the GPU-accelerated ngscopeclient, offering a smooth and intuitive user experience.

**A Game Changer for Embedded Systems**

The ThunderScope project, which started in 2018, has gained significant traction, exceeding its funding goal on Crowd Supply. With a starting price of $950, it offers a compelling value proposition for hobbyists, students, and professionals.

**The future of the ThunderScope appears bright, promising to revolutionize how embedded systems engineers and enthusiasts approach oscilloscope technology.** The open-source nature, high performance, and versatile options make it a powerful tool for exploring and developing new applications in the ever-evolving world of embedded systems.

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