Flux Keyboard
131–140 of 247 posts
Re: Flux Keyboard
#132> Truly hot swappable 84-key keyframes to switch between tactile keys and linear keys in just 2.15 seconds. I think I love everything about that sentence. An easy-to-clean keyboard could definitely find its uses in dirty environments. Even if the screen is glass, the keys should protect it pretty well. Depending on how scratch-resistant they are. For CNC, being able to customize the keyboard seems really useful. It's…
For CNC use I would worry about magnetic bits of metal getting into the keys and scratching the display below.
Re: Flux Keyboard
#133As far as I know the "other times this has been tried" all have had individual displays (and controllers) in each key. The difference being that here there is just one panel under the whole board with most of the parts above the display being transparent. This approach should be far less complicated to build, more robust and cheaper. Honestly, I don't think I need an LCD in my keyboard but I'd quite like to have a go…
For a simpler but different-feeling option, you can also use rubber domes and glue, e.g. https://github.com/geoffder/dometyl-keyboard/#another-dactyl...
Re: Flux Keyboard
#134I think it's the wrong move to make this a keyboard, particularly a traditional typewriter layout. My main question is: can the hall effect sensors be read as variable states instead of boolean keypresses? That could be really cool, especially with the display for real-time feedback. I can think of so many use cases: change the volume that hard . WASD like a joystick. It would be even cooler if they were in an even o…
From the article:
> They also feature a software adjustable actuation point in 0.1mm increment
So probably yes.
Re: Flux Keyboard
#135The keyboard itself looks good but hardware vendors (including keyboard manufacturers) have a track record of making abysmal software. In fact, software should probably be their primary focus. From their FAQ it look like they want themselves to add support for every application. Will they have an SDK for other software vendors to add support to their applications? Being more open, e.g. making a github repo where anyo…
Mark my words. If they release a good SDK for this, and this product catches on, we will have, "Jenna Jameson Teaches Typing".
Re: Flux Keyboard
#136i.e. no, it can't be run without a Windows or MacOS machine to set it up first. Oh well, $300-450 was a lot for a keyboard anyways. (Well, not bad for what this is, but I have to tell myself something to feel better)
Re: Flux Keyboard
#137I would really like it if these fancypants keyboards came in a layout other than the crunch-all-your-fingers-together-in-the-middle-for-extra-RSI design that the keyboard nerds seem to adore
Also fwiw I don't think there's any real evidence to suggest that ergonomic keyboard layouts help with RSIs.
Re: Flux Keyboard
#138The keyboard itself looks good but hardware vendors (including keyboard manufacturers) have a track record of making abysmal software. In fact, software should probably be their primary focus. From their FAQ it look like they want themselves to add support for every application. Will they have an SDK for other software vendors to add support to their applications? Being more open, e.g. making a github repo where anyo…
Mark my words. If they release a good SDK for this, and this product catches on, we will have, "Jenna Jameson Teaches Typing".
Re: Flux Keyboard
#139Earlier quoted context omitted.
Also that the keys are "maglev" Each key is magnetically suspended with rare earth magnets allowing them to be 97% transparent and ultra low friction. Each switch has 4mm of travel and will be available in linear and tactile variants. They also feature a software adjustable actuation point in 0.1mm increments and rapid trigger functionality through analog hall effect sensing. The keys contain magnets along their peri…
Their description feels wrong to me. How does an attractive force repel the key and keep it suspended?
If they are really with the times, then they will use printed polymagnets:
Programmed magnets, or polymagnets are magnetic structures that incorporate correlated patterns of magnets with alternating polarity, designed to achieve a desired behavior and deliver stronger local force. By varying the magnetic fields and strengths, different mechanical behaviors can be controlled.