Optimus OLED Keyboard Pre-Orders Start Dec. 12 289
Jupix writes, "After almost a year and a half of public development, the Optimus OLED keyboard is nearing completion. According to the project blog, pre-orders for the Optimus-103 will start on December 12. The price is unspecified at this time, but Art Lebedev has said the keyboard will cost 'less than a good mobile phone' (probably about $400). Don't expect to see those 10 programmable function keys on the left on this first version, though, as they will not make their debut until the Optimus-113, released later."
What key switching tech does it use? (Score:5, Interesting)
At that price I'd expect buckling spring switches (like the old IBM Model M) or mechanical Alps switches (like the old Apple Extended Keyboard II). Although I think only Unicomp makes buckling spring keyboards anymore.
I'd be disappointed if keys that look so nice, just have a squishy feel to them like a cheap rubber-dome membrane Dell keyboard.
Forced tilt? (Score:3, Interesting)
Functionality Display (Score:5, Interesting)
So that CTRL changes the C key display to COPY and so on. Including the function and specialty keys (arrows, PrtSc).
And an editor that allows me to customize what the keys show, so when I am programming I can set up the display to match my key mapping preferences. With smart focus management to whatever program is in the foreground.
Under $400? (Score:2, Interesting)
Re:Functionality Display (Score:5, Interesting)
You shouldn't need an editor for this. Rather they should release a good API, so that is it is easy for every program to tell the keyboard what to display when that program is in focus. Since your IDE already knows your keymaps, you shouldn't have to tell the keyboard again (imagine what a mess).
This is beautiful technology, but as with so many other things, the difficulty will be in getting programs to support it.
Interesting. (Score:2, Interesting)
I wonder if it works in Linux, too?
Re:Functionality Display (Score:5, Interesting)
You could have a Whack-a-Mole type game, where a mole would display on the keys and you'd have to whack him by pressing one of the keys the mole occupies.
Or you could make a Snake clone where you would maneuver the snake by tapping on the direction the snake would go.
Or some kind of piano game, á la Guitar Hero.
Optimus Prime? (Score:5, Interesting)
I've never really understood the obsession (Score:5, Interesting)
So what's the deal with the old IBM keyboards? Is it just some kind of geek-tough guy thing? "Back in my day our keyboards could cause hearing damage and by god we liked it!" I just don't understand what the problem with modern, soft, quiet keyboards is. They don't seem to have problems with breaking even under heavy use, so what's up?
I'd like to see... (Score:2, Interesting)
Re:Staggered columns versus matrix keyboards (Score:1, Interesting)
Unfortunately not. If you check the actual keyboard layout for the Optimus 103, shown in this thread http://community.livejournal.com/optimus_project/ [livejournal.com] (6th comment down I think), you'll find that it doesn't match any commonly used layout. Not US, not European, not Russian. Everyone will find a key missing somewhere.
Following just one common layout and leaving everyone else to cope, I could understand. Putting in "too many" keys so that a number of common layouts could be essentially emulated, I could understand. Putting in too few for everyone is just stupid.
nice for use in voting machines (Score:2, Interesting)
they should think to introduce the Optimus Upravlator to Diebold, ES&S, Sequioa and the other voting machine manufacturers
The Optimus Upravlator seems to have ample space on each key to display a candidate's name directly on each button ( and left-right scroll arrows maybe on the bottom left and bottom right keys, if the list is longer than the available keys can display ).
Moreover, for voting machines you don't need all the electronics for five functions on a single button, one electrical contact per button might be enough, or keep all the electromechanical contacts on a button, for redundancy and button balancing, but wire them together.
This would solve the problems they have with touch screen voting machines that constantly need re-aligning the touchscreen with the display contents.
You would not end up with the machine selecting the wrong candidate, a different one than the one you tried to highlight on the screen.
Re:I've never really understood the obsession (Score:2, Interesting)
Re:Buckling springs have ergonomic advantages. (Score:3, Interesting)
6200 lines/year * 10 words/line = 62000 words/year
62000 words/year / 1080 hours/year = 57 words/hour
57 words/hour / 60 mins/hour = 1 wpm
Apparently, considering no coder types at anywhere near 1 wpm, writing code is bottlenecked by thinking, not typing.
Re:I've never really understood the obsession (Score:3, Interesting)
No scaling up (Score:3, Interesting)
Now for the keyboard they've dropped OLED, dropped the extra function keys and moved back to LCD meaning that you'll need an external power brick to power it.
Touch Typists (Score:3, Interesting)
Re:Buckling springs have ergonomic advantages. (Score:3, Interesting)