restore Toshiba files after format (so you don't lose wifi capabilities when formatting the card from the camera) make qinstall (to only upload autoexec and maybe the modules you are working on - did I mention it's SLOW?) (note: I do have an Windows XP box, but couldn't manage to install that utility on it didn't try too hard, gave up after 15 minutes or so) these files appear to work with W-03 as well just copy them to the card, then reconfigure it find the files you should have copied before formatting, here: c:/Program Files (x86)/TOSHIBA/FlashAirTool/default/W-02 install it (installation works under Wine, the utility doesn't) download Toshiba FlashAir utility from here "Unbricking" the card - if you have formatted it by mistake without a backup reboot the camera to start the latest ML you just uploaded. make the card bootable if it isn't already (for example, copy ML-SETUP.FIR manually on the card and run Firmware Update) restart the camera by opening the battery door (important! this ensures the camera will no longer write to the card) run "make install" from the platform/camera directory. make sure the camera is not writing to card (important!) put this in er (in the directory containing ML source code)ĬF_CARD=/run/user/1000/gvfs/dav:host=192.168.0.111,ssl=false by opening some file in a text editor and checking its path find out where that location is mounted, e.g. mount the card as WebDAV in your favorite file browser (on my system: dav://192.168.0.111/) configure your router so it always assigns the same IP address to the card power-cycle the card, so it will connect to your router, just like any other device on the network Network setup (assuming you have a wireless router): put the files you just backed up, back on the card (to restore wifi functionality) format card (from camera or from any other device) make a backup copy of the files from the card, in particular: So, to save you from hours of fiddling, here's a short guide on how to get it working on Linux, to the point of being able to run "make install" - that is, to upload ML on it without any cables: Side note: a while ago g3gg0 got a Transcend wifi card, and he mentioned it's very slow, so I hoped this one would be better. + it has documentation, developer forum, Lua scripting, all sorts of bells and whistles (too bad the basics aren't working well.) + it has a nice logo with Toshiba printed on it formatting the card removes wifi functionality (!) some things just don't seem to work (such as internet passthrough, or manually enabling/disabling wifi) quite hard to set up (it took me about 3 hours from unpacking to being able to copy files on it) SLOW (1 minute for downloading a 18MB file.) As you can imagine, constantly swapping the card between camera and PC is not pleasant for any of the devices involved (card, card reader and card slot from the camera - they all suffer). Thus the D-Lux can be the IoT generation device.I've just got this card hoping it will reduce wear and tear on my cards and card readers. Panasonic models etc no sweat, the japanese guys know what they're doing. Sounding a bit sceptic, but the less electronics & advanced features we get in the camera the better. At least advertise it a bit to make sure the youngsters know about it. We have the menu & functionality for it already. Thus it wouldn't have been much more than a tickbox feature.Īs for wifi, they could just make a deal with toshiba and bundle in the wifi sd-card and be done with it. Also most users home computers currently can't really handle it either, screen or the cpu. Why buy a point and shoot if one has a smartphone? 4k video is like a bottom consideration but is useful considering 4k displays are expected to be as plentiful as 1080p displays sold today but at a shorter time span.Īgreed 4k video will be a thing of future for sure, but the current generation "internals" wouldn't most likely have the power to handle it. It will prosper with new customers like myself who largely expect these things. The company will not survive solely on their current customers only. It would also allow for remotely controlling the Leica. They could bypass a computer and share their better image quality images from the leica on the Internet in seconds. Having built-in wifi/nfc would appeal to the 1.3 billion smartphone users who got their new devices in 2014.
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