This page is an archive of the original crowdfunding campaign for this project. It may not be up-to-date with the latest updates and product availability. Return to the current project page.
"There’s been a fair amount of talk about this over at the EEVBlog forums, essentially comparing the bandwidth to dollar ratio. I reckon it’s a pretty decent DSO for the price."
Haasoscope is the first open source, open hardware, flexible, small, cheap, oscilloscope and data-acquisition board. You can use the stock firmware for basic oscilloscope functionality, or modify the firmware to customize what the Haasoscope does. You can add a fancy trigger algorithm, use the FPGA to process the input data, make use of other analog or digital I/O channels, or whatever! Oh, and just connect two or more Haasoscopes together if you need more input channels!
Haasoscope is also far more powerful than a normal oscilloscope. Imagine trying to build a ping-pong playing robot, a levitating magnetic platform, or a self-navigating drone - you’d need to read in high-speed data from various sensors, analog and digital, process all that data quickly, and respond in real-time. No problem - Haasoscope can handle that, even while running on batteries.
If you’re a hobbyist on a budget, there’s no need to buy a $500 scope to debug circuits anymore, even high-speed ones. Haasoscope has all the features you need, plus it’s expandable and customizable, can be powered from USB, and fits in your pocket - all at a fraction of the cost of a full size ‘scope.
Haasoscope is also a great platform for students. They can see high-speed circuits in action, learn FPGA programming, data transmission protocols, etc. - at a price affordable for the classroom. They’re perfect for a lab class in EE, CS, or physics.
You can even use Haasoscope for professional work - scientific research, industrial applications, communications, security, entertainment, finance, … anytime you need to tackle high-speed data on a project. Haasoscope’s flexibility and expandability lets you build a system that meets your needs, whether it’s four channels and solar-powered in a remote desert, or 400 channels monitoring electronic noise levels in a cell-phone tower.
|Channels||Sample rate (MHz)||Bandwidth (MHz)||Recording depth||PC user interface and display||Open source firmware, software, hardware||Expandable to more channels||Price|
|Haasoscope||4||125 - 250||60||32k||Yes||Yes! Yes! Yes!||Yes!||$99|
|Rigol DS1104Z||4||1000||100||12M||No||No No No||No||$619|
|PicoScope 2205A||2||200||25||16k||Yes||No No No||No||$199|
|Owon VDS1022I||2||100||25||5k||Yes||No No No||No||$105|
|OpenScope||2||6.25||2||~100k||Yes||Yes Yes Yes||No||$79|
|SmartScope||2||100||45||2k||Yes||Yes Yes No||No||$179|
Haasoscope has been through several prototypes and various rounds of testing/tweaking. There are a few different prototypes seen here on the page. More information on prototypes can be found in the updates section.
Haasoscope has a full suite of triggering abilities in the stock firmware/software. Shown here is a basic falling edge on chan 6, with time and threshold indicated by the dashed crosshairs.
You can connect Haasoscopes together and show as many channels as you want on the same screen (or turn some off). Triggers and data are synced accurately between connected Haasoscopes!
FFT display is built in (along with other advanced features, like sin(x)/x filtering). Here's a nice clean 5 MHz square wave and its FFT.
Boards will be produced and assembled by MacroFab in Houston, TX. A few parts will then be soldered on by hand.
Everything will be shipping from Crowd Supply’s warehouse in Portland, Oregon. To learn more about placing your order and shipping, please review this guide.
It’s possible that some bug could be found in the board design, or they are found to be unreliable. This would require an additional board design fix and prototype round. But prototypes have already been tested that work well and have operated nicely for weeks.
A small, portable, USB-connected electronics lab-on-a-board that includes an oscilloscope, waveform generator, power supply, logic analyzer, and multimeter.
A Wireless Arduino Clone the Size of an AA Battery
The 3.3/5 V super-efficient regulator that snaps right on your 9 V battery.