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Mini Logic Analyzer 8 Channels 24MHZ Type-C Interface microcontroller ebugging Protocol Analysis ARM FPGA with USB to Type-c Cable Test Hook Clip Dupont Cable

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$15.39

$ 6 .99 $6.99

In Stock

About this item

  • What it does: This product is an open source logic analyzer for software and hardware, which can greatly improve the efficiency of development and debugging in scenarios such as problem location, multi-component complex systems, timing analysis, and performance analysis.
  • Sampling rate: Support 24Mhz sampling rate, 8 channels can be sampled at the same time, which can meet the daily development work.
  • Protocol analysis: Relying on the sigrok open source community, nanoDLA uses the open source pulseview host computer, which has rich functions and supports more than a hundred kinds of protocol analysis.It is free and open source, easy to use and more powerful.
  • Input voltage: [-0.5V, 5.25V], where the low level is [-0.5V, 0.8V], and the high level is [2V, 5.25V].
  • Support system: Support for Windows/for Linux/for Mac platform.Please visit the user manual:https://github.com/wuxx/nanoDLA/blob/master/README.md.For software download, please visit:https://github.com/wuxx/nanoDLA/tree/master/software.


Type-C nanoDLA is a hardware and software open source logic analyzer developed and produced by Muse Lab. It is exquisite and compact in appearance with rich functions.It supports up to 24Mhz sampling rate and more than 100 kinds of protocol analysis.8 channels can sample data simultaneously.Efficiency could be greatly improved in scenarios such as problem location, complex systems with multiple components,timing analysis and performance analysis.
Specification:
Operating system: Support operating system like for Windows, for Linux, for Mac, for Android
Software environment: PuIseView
Sampling channel: 8 channels
Sampling frequency: up to 24Mhz
Logic level: low level is [-0.5v, 0.8v], high level is [2v, 5.25v]
Small Size: 3.9cm * 2.0cm
Note:The sampling rate of this logic analyzer supports up to 16-24MHz, and can sample signals up to about 3MHz (the sampling rate needs to be at least 5 times that of the original signal, and 10 times the sampling rate is generally recommended to better restore the original signal). The sampling rate is 24MHz, but not all PCs can achieve it. After actual measurement, for Linux can sample at 24MHz, and most for Windows (win7/win10) can sample at 16MHz.The highest sampling rate and operating system/USB controller/USB bus status/USB driver both are related.
Package Includes:
1 x Mini Logic Analyzer
1 x USB to Type-c cable
10 x Female to female DuPont cable
10 x Test Hook Clip


broschb
2025-08-26 17:33:31
I needed to analyze signals for some Arduino programming I was doing. This was cheap and arrived fast, but best of all it did what I need.For my current use case I am only analyzing 1000hz samples, and it worked great for that.I have never used this before, but out of the box it just worked with both Saleae and Sigrok software.
RocketDude
2025-08-11 16:33:13
1) run installer for sigrok on a windows 10 host2) plug in the analyzer and give windows a minute.3) then ran the zadig util and clicked through to install4) launched Pulseview and it picked it up5) followed a video from the pulseview wiki and decoded some i2c
G. Maki
2025-08-10 13:32:03
There are no instructions or software included, but some web searching found free software and it was pretty plug and play. I want to read i2c data and it did decode it. Cant comment further
Dr.Fiero
2025-07-01 15:02:46
Tried it out today - seems to work fine! Ran it with Saleae 2.4.x Logic 2 software which installed the drivers and recognized the device. Zero issues. The included clips? Uh yeah... those suck. Oh well. :)
Maxime
2025-06-01 20:24:11
Work good do the work for the price
Anon
2025-01-20 12:53:32
As with most of the cloned devices, the max speed I could get with sigrok pluseview was 16mhz reliably.The free driver software included with the sigrok software worked after a bit of fiddling (was the 3rd option in the driver installer), and it does function to read the SPI protocol I was looking for. Can't get the full 24mhz out of it, so I had to slow down my SPI clock for diagnosing, and then was able to debug my code to get my signalling correct.For $20, can't really complain, but wish it could do the full 24mhz stated. Some people have said going to a high quality well shielded USB cable would help, but I found that it did not. 16mhz max, and if that works for you application, can't go wrong with this setup.