...Has anyone found any actual TKL or full-size boards with Gateron Greens? I've looked all over, but all I can find are those little KBParadise deals...
Build a TKL?
Well, sure, it's obvious you can
build a board with any switches.
I realize many people here take great satisfaction in setting aside untold hours of their lives to assemble fancy custom boards. But I don't care about artsy cases, disco backlights effects or $200 keycaps with little monster faces. (I haven't felt it necessary to gold-plate or engrave my hammer, screwdriver, or other productivity tools either, LOL.)
I just like to type. I'm just talking about trying a particular kind of switch, one that's currently made and that you can buy online by the bag. It wouldn't make much sense for me to build a whole board just to do that, unless there really were no alternative.
Are greens one of the rarest switches ?
In boards you can buy, maybe—I'm still trying to figure that out. You can buy the switches themselves easily enough, though people charge differently for them of course, e.g.:
Originative ($30)
PC Gaming Race ($34.99)
MechKB ($49.00)
Used both, Can't even tell the difference. Maybe Gaterons are a tad clickier but in terms of other aspects like spring weight, they're the same. and as usual Gats are smoother...
You say you can't detect any difference between them, but Gaterons are clickier and smoother. Am I missing something...?
What I meant was for me I feel no significant difference between them green switches. I said maybe they are clickier based on everyone's reaction to them and smoother based on my own experience comparing gats blacks to mx blacks. Sorry for not making it clear lol ;D :))
Ah, that's funny—thanks for explaining. (This is why tech writers work so hard for their dough, BTW.)
Every time I mention this, I get ignored. Sigh.
Please check the CLICK ELECTRICAL ACTIVATION POINT of these switches (Gaterons, KBTalking, Cherry, Outemu, etc).
On the click tactile Cherry MX switches, electrical activation on downstroke (from neutral) happens as the slider is engaged at the bump, so the slider slides through the electrical activation point, triggering actuation and the bump click at the same time. It is impossible to not trigger the electrical actuation from neutral downstroke on click bump actuation on clicky Cherry MX switches. This is a very nice often overlooked feature of clicky MX switches, and why they are so nice to type on accurately. While the electrical release point is below the click bump disengage point (and it's thus possible to re-engage the switch electrically without disengaging the click bump), the electrical activation and release points do not move or change themselves; they are at the same point.
On all Cherry MX tactile, non clicky switches, the electrical activation point is always below the bump engage point.
On SOME clone clicky switches, the electrical activation point is below the click bump engage point, meaning it's possible to engage the bump click without engaging the switch, which leads to a feeling of cheapness if you are used to MX blues, greens, milk or click greys (rare). It's very easy to do this on an Outemu switch. KBT switches were reported not to have this issue.
Do Gateron clicky switches suffer from this issue, or does the electrical activation always occur at the same point as the click bump engage (from neutral downstroke?)
Wow, dude, calm down. (Is it possible you just need to get
out a bit more...?)
Are you actually saying that you can tell, in the course of normal typing, that Cherry MXs's actuation points are slightly
below their bump points? Is your key-pressing so inhumanly accurate that you actually find you're releasing keys post-bump and failing to actuate them?
Or are you talking about
s-l-o-w-l-y pressing keys so you can analyze at which precise points their bumps and actuations occur? If so, in real-life terms, how could that possibly matter?
It's fine to spend a certain amount of time agonizing over such things. But after a while, don't you have to ask yourself, is it
that important? As Woody Allen says, "Eventually we get old and die." I'm just saying.