That might mean emailing photos directly to your frame, or (more conveniently) linking your account up to your Facebook, Instagram, Flickr, Google Photos, or similar to play images directly from those accounts. More recent frames often have Wi-Fi support, which means they can access images directly from the cloud. Make sure to check if the frame has its own internal storage to transfer the photos to, or if you’ll need to leave the USB stick or SD card connected to access your images. Older or cheaper frames tend to rely on physical storage, with ports for USB sticks or SD cards, which it plays the photos from. The first thing to check is how the frame accesses and stores photos. The FHD 13.3in and 15.6in models should still make your photos look pretty good, but we’d steer clear of the lower resolution 10.1in variant – it’s cheaper, but you likely lose too much quality for that price.Īs with any tech, not all digital photo frames are created equal, and there’s a bit of variation in what features you can expect. Just note that the larger models use lower resolution screens, so there will be a drop in quality as you move up sizes. But they’re simpler to use than either once you’ve got past initial setup, and on the 2K 9.7in model the display quality is unmatched. No, they don’t do as much as a Google or Amazon smart display – and yes, they cost more than those despite that fact. And you can store up to 8GB of pictures on the frame itself. Plus, you can easily add photos from your Google Photos, Facebook, Instagram, Flickr, Dropbox, or Verizon Cloud accounts. They’re user friendly as well, with the option to control the screen via the included remote or the app (as a remote). In fact an actual clock, which can be analogue or digital, and it can display alongside the pictures, and, the position of the clock display can vary from image to image.Nixplay’s Smart Photo Frames are well designed and come in a number of sizes. And as a later poster says, the display has a clock. I dont know if a mathematician would agree that the display is truly random, but the images are all mixed up and the order does not seem to repeat itsself. If I get into the shop I can check this out myself. Shuffle the order of the pictures, but it is the same order every Play really random? I found that, for example, the kodak frames will I wish it didn't have "SONY" plastered on the front, but one can't In the same way that order and chaos Thanks for the info. So, randomness is simply a human perception TheĬonnotations of this are enormous, as it pretty much means thatĮverything that happens in the future has been pre-ordained and In reality, nothing truly random happens. Which leads us to the conclusion that randomness is only a perception Universe by knowing the current state of every sub-atomic particle.Īnd if you could then predicts the movements of every quark, would Might be possible to predict exactly what would happen in the Ironically, one day with computers powerful enough, it In order to get true randomness, you have to look at the external Get that randomness from somewhere to begin with - it's a catch-22 You couldn't even get a computer to toss a coin or roll a die,īecause the computer would toss or roll in the same way every time.Īnd if you tried to introduce randomess into the throw, you'd have to Randomness out of a computer chip is actually very difficult.Ĭomputers and chips usually generate pseudo random numbers. The connotations of this are enormous, as it pretty much means that everything that happens in the future has been pre-ordained and theoretically can be predicted.Īctually, it's not a silly question at all. Which leads us to the conclusion that randomness is only a perception of unpredictability. And if you could then predicts the movements of every quark, would anything be truly random? Ironically, one day with computers powerful enough, it might be possible to predict exactly what would happen in the universe by knowing the current state of every sub-atomic particle. In order to get true randomness, you have to look at the external world for it. And if you tried to introduce randomess into the throw, you'd have to get that randomness from somewhere to begin with - it's a catch-22 situation. In fact, you couldn't even get a computer to toss a coin or roll a die, because the computer would toss or roll in the same way every time. Computers and chips usually generate pseudo random numbers. In fact, getting true randomness out of a computer chip is actually very difficult. This might sound like a silly question, but is the random order ofĪctually, it's not a silly question at all.
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