• 18 Posts
  • 834 Comments
Joined 1 year ago
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Cake day: June 11th, 2023

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  • I think the the least amount of BS from a major camera company is probably Panasonic:

    • Panasonic uses two lens mounts (micro four thirds and L-mount), both of which are shared with other body and lens manufacturers
    • Old bodies get firmware updates
    • Features are rarely artificially restricted for market segmentation
    • Third parties have written apps to talk to Panasonic cameras

    The biggest downside to the brand is that until very recently, Panasonic bodies had only contrast-detection autofocus, which can pulse if used in video and doesn’t track moving subjects very well.




  • There was a recent related discussion on Hacker News and the top comment discusses why this sort of solution is not likely to be the best fit for smaller organizations. In short, doing it well requires time and effort from someone technically sophisticated, who must do more than the bare minimum for good results, as you just learned.

    Even then, it’s likely to be less reliable than solutions hosted by big corporations and when there’s a problem, it’s your problem. I don’t want to discourage you, but understand what you’re committing to and make sure you have adequate buy-in in your organization.











  • I would not want multiple cells for reasons of ergonomics and convenience.

    I probably don’t need 100W for most field soldering. 60 is plenty, and temperature-controlled soldering irons usually don’t need to pull high current continuously. It would need 60W for maybe 10 seconds when powered on, and when heating something large. The rest of the time, it takes relatively little power to keep the tip hot.

    What I’m describing is, of course not the right tool for production soldering. It’s for field work.