Can always setup the big instruments when I really need their superior power. Cable CL-LP-CA Logic One Cable - Logic probe - Wikipedia Logic One Cable. Of course I don't expect the Red Pitaya to be as powerful as these professional instruments but if it can help me with some basic tasks that would already be a big win. I do have an old bench scope and spectrum analyser but they take a lot of space plus generate a lot of noise so I'd love to replace them with a small portable instrument. Should arrive in the next few days and I'll be looking forward to checking it out. they are now sending me the Red Pitaya first and will ship the case for free once it becomes available. I ordered it with the case though which delayed my order. I finally decided to order a Red Pitaya from Elektor. once again a good idea was crippled by stupidity and greed. I think they could have gained a lot by publishing the sources. The GUI right now is absolute garbage so the thing is mostly useless. even though it is heavily based on open source components. they're not going to publish details of the analog frontend on their scope and also the GUI won't be fully open source. Well it turned out LabNation went back on their word. RP was too expensive for my taste so I went with the SmartScope which was promised to be completely open source. There are several relays and opamps at the inputs for the range and AC/DC selections.I backed the SmartScope on Kickstarter which was running at about the same time as the Red Pitaya. ![]() Inside the metal box, we can find one single board based on a Xilinx Spartan 6 FPGA, an A/D converter, a RAM chip and a PIC controller for the communications with the computer via de USB connection. Also on the back are a mini and a micro USB connector to connect a tablet, smartphone or computer and an external power supply. The SmartScope hardware is a simple metal enclosure with a pair of BNC connectors on the front for the analog inputs, and a 16-pin header at the back, for the 8 digital inputs of the logic analyzer, 4 digital outputs, and the output of the built-in arbitrary waveform generator (AWG). We can also design any signal we need using Excel, then upload it to the built-in Arbitrary Waveform Generator (AWG). And, being an open platform, SmartScope allows developing our own digital interfaces using the 100MS/s logic analyzer. The software can be downloaded free from LabNation’s website. The thing works fine with Windows PCs and Macs, but it clearly works better with tactile interfaces in Android (v4.0+ and USB host support) or iOS devices. ![]() Read honest and unbiased product reviews from our users. Now, it is available in multiple websites and it means that, for around 240$ we can take our own measuring device anywhere.Īnd one of the best features of SmartScope is the intuitive interface when connected to OS X, Linux, Windows, Android and iOS (jailbroken - hence fit for obsolete devices…), allowing to simply point, pinch and swipe to get results. Find helpful customer reviews and review ratings for LabNation SMARTSCOPE dual-channel oscilloscope, 8 Ch Logic Analyzer & Generator at. LabNation completed the campaign successfully and managed to ship the first 1500 SmartScope devices at the end of 2014. LabNation made the headlines in 2014 when it launched a crowdsourcing campaign on Kickstarter for the SmartScope open source project. Re: SmartScope from LabNation versus a real bench oscilloscope - Rigol wins easily Reply 25 on: April 05, 2018, 02:50:43 pm I'm not quite sure why there might need to be a 'positive message' in Pascal's original post.
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