What’s new :
- New Widget - Step Control;
- “Keep screen on” feature wasn’t working fix;
- Gauge now supports formatting as labeled display;
You need latest server to use this feature.
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A good one! Can You think about handling "hold the button"action to fast forward/backward the value?
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And that is why I “LOVE” Blynk 
always under development, constantly improving… Guess one day gauge will be improved too, so will wait patiently 
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That’s pretty great, thanks guys. This kind of widget might work well as a jog wheel mode too (with speed dependent increment). Kind of like a 1x2 ten turn potentiometer.
Nice. I like the step increment definition. Is there any thoughts around extending the step increment to the slider. I would find that useful as the slider to me is cosmetically nice.
thanks for the reminder… 
Oh man another Android release. Apple is really slowing me down!
I went looking, when answering someone’s question, but couldn’t find these widgets listed in the DOCS… or am I mislead again? 
@Dmitriy does this send value instantly or is there a delay?
I’m thinking like after 1-2 seconds of the last button press -> value is updated to the server, this should at least be a setting, delayed send.
I could think of using this as a means of calibration for example a voltage dividing circuit for battery voltage. However having it send values on every press, I’m a bit worried of flooding the esp module.
But maybe it’s just my lack of experience talking ^^
All button/switch/control widgets send out the data as pushed, moved or released (depending on if send on release is enabled). If you want delays, then setup a timer in the code. Generally not a bad idea anyhow as YES, you can get flood results with any rapid controller usage.
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Good catch. I’ll fix soon.
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@Dmitriy Also, I just discovered that even with a range of 0-255, a step of 15 (or really anything) and directly controlling a PWM Digital pin… instead of getting a range of intensity on an LED, I get OFF with 0 and ON with any other value. Using a virtual pin with code passing the value to the PWM pin gets desired results. This is on either the H or V widget