LA2016 USB Logic Analyzer Full 16 channels 200MHz sampling rate with the English PC software handheld instrument, Support Windows (32bit/64bit),Mac OS,Linux

Inga konstigheter att komma igång. Använder den som hjälpmedel vid konstruktion av elektronikprojekt med inbyggd mjukvara. Snabba svar från support vid frågor. Jag undrade om mjukvaran fungerade med Windows 11 eftersom det inte var med i listan över OS. Fick omgående svar att det skulle fungera. Fick också möjlighet att ladda ner mjukvaran för test innan mitt köp.

Awesome for this price!

Le très positif:- ça fait très bien le taf, même à fréquences de signaux > 50Mhz.- outil PC proposé pour tous les OS. Facile à utiliser. pas mal d'interpréteurs de protocoles- compatible avec sigrok, ce qui laisse présager que ce sera toujours compatible avec les OS dans l'avenir et que les interpréteur de protocoles (SPI, UART, ...) seront complétés.- compact, pas cher- niveau logique configurable- la taille des buffers et bonne.Aurait pu être mieux:- le trigger de début d'enregistrement est basique. je n'ai pas trouvé comment faire des séquences complexes, ou rajouter un délai entre un trigger et le début de l'enregsitrement qui m'intéresseA faire attention:- Ils n'y a pas de masse sur le connecteur entre chaque signal, ce qui du coup peut engendrer un peu de crosstalk si on utilise des nappes trop longues pour relier l'analyseur

I have an old Saleae Logic 8 that is only 25MHz, it's been great but really not suitable for capturing anything over 5-7MHz. Many of the cheap logic analysers you find have the same limitation. I had an older model of the LA2016 at a previous employer, and this is just as good, in fact it's more compact and the plastic case is, in my opinion, a good upgrade from the metal case. With the metal case, I was always worried about it shorting on a random wire if I wasn't careful. This model is also much smaller than the one I had before.The Kingst software takes a while to download, their server is pretty slow, but once it's downloaded it's very good. The connection to the LA is only USB 2.0, so the speed for streaming data is pretty limited compared to the vastly more expensive Saleae options that are USB 3.0 - if you can work with capturing the samples and then reviewing them after it has enough memory to capture 50seconds of data at the full 200MHz.The software has an extensive range of analysers available, and does a good job decoding them. With the 200MHz sample rate, you can reliably capture 50MHz signals, however it's still good enough for me to capture and decode a 65Mhz SPI signal. If you need to capture a signal over 50Mhz regularly however, it would be worth looking at the LA5016 which is the 500MHz option.This is definitely much easier to use than the LA built into my oscilloscope!

Software installed and device connected to my computer with no fuss. The results seem pretty accurate - microsecond pulses from my Arduino are clearly captured and accurately measured. I haven’t tried all of the advanced features of the software yet, but it seems pretty polished.I will note that I foolishly assumed that the red dots on the front of the device were LEDs which would light up to show the logic level. This is *not* true, which was slightly disappointing, but my own fault for not reading more clearly.