ANDROID LAG SWITCH ANDROID

Of course, if youвЂ™re rooted and have used a different CPU governor, messed with your min/max clock speeds, or applied some other tweak (whether you applied it, or thatвЂ™s just how your custom Kernel came pre-configured), youвЂ™re on your own. These changes may cost you several minutes of battery life over the course of your day, but your lag should be significantly diminished вЂ“ and not just in the keyboard. If so, opt for a little less power-saving and slower down-shifting of the CPU. If that doesnвЂ™t help, or if you like your stock keyboard, check in your settings to see if your device has any kind of power-saving or CPU scaling options. There are many in the Play Store for you to choose from. The first thing you can do to try and solve your keyboard lag is to try another keyboard.

ANDROID LAG SWITCH ANDROID

Alas, a good many people like smoke and mirrors, and their user experience may be a bit better under their configuration than under that which Android uses.ДЄdditionally, some keyboards are more susceptible to displaying lag than others, but the root cause seems to be more due to the CPUs scaling down too quickly than anything else. This gives the impression of fluidity and speed, but itвЂ™s smoke and mirrors -it also chews through power at an alarming rate. On the other side of the isle, Apple scales up the CPU and gives the UI 100% of the processor while youвЂ™re touching the screen. The other is the Moto X, and we know all the cool things its pseudo-custom SoC is doing with power-conservation. We think itвЂ™s a bit more aggressive on the вЂњramping downвЂќ than other devices. One even comes out of the box with a вЂњsmartвЂќ CPU governor enabled. Both pride themselves on how power-conscious they are. WeвЂ™ve seen two devices that are particularly susceptible to this type of lag. The faster you type and the more pauses you take between words, the more apparent the lag is вЂ“ and the more frustrating, too! You tap another few keys, and the CPU ramps up again, does its thing again, then spins down again. You tap a few keys, the CPU ramps up, does itвЂ™s magic, presents its suggestions, then spins down again. Unlike a game, which has a pretty consistent processor load, typing on your keyboard is вЂњburstyвЂќ. All of that predictive text, custom dictionaries, fuzzy logic, auto-correct, and other Mind Melding takes processing power. We already mentioned all the wonderful things they can do. In both cases, the process happens very quickly, but itвЂ™s still noticeable. Now, whenever you need more speed, not only does your CPU need to ramp up, you also have to wait while things are handed off between the two sets of cores. Put simply, this is a configuration where you have two sets of CPU cores, one thatвЂ™s fast (and power hungry) and one thatвЂ™s slow (but consumes very little power). To take things one step further, ARM has a feature called big.LITTLE. Your CPU wants to hurry up and get the job done and go back to its resting state as quickly as possible so it doesnвЂ™t gobble up your battery. Your cores take a little bit of time to вЂњramp upвЂќ and run quickly. When you need speed, itвЂ™s not immediately available. That sounds really smart, but again, it comes at a cost. Instead, they run very slowly (300MHz or so), and often cycle down to just one of the two or four cores when they donвЂ™t have anything important to do. To make the most out of what we have, CPUs donвЂ™t run full-speed all the time anymore. Today, weвЂ™re mobile вЂ“ we have to carry our power with us. Old computers were always plugged into the wall, and power wasnвЂ™t something we were concerned with. This has several advantages, but the two primary ones are heat and power consumption. Instead, CPUs today dynamically scale depending on their workload. (If you want to learn more about the CPU, check out our latest series: Pocketnow Power User.) Unlike CPUs that powered our old desktop computers, new CPUs donвЂ™t run with the throttle wide open. CPU ScalingДЄt the core of every computer, smartphone, and tablet is the Central Processing Unit. However, all that вЂњintelligenceвЂќ comes with costs: processing power and lag вЂ“ not to mention the вЂњcreepyвЂќ factor. Many of you are sitting back thinking all these features sound great, and from one perspective, youвЂ™re absolutely correct. We even got predictive text, where our phones and tablets would figure out what words we are likely to type next, and offer them to us, maybe even before we know what we want to say. Some keyboards even got smart, watching our communications and adapting to how we write, getting better and better over time. We got the ability to swipe our fingers across the keys, rather than all that annoying вЂњtypingвЂќ. We had to get auto-correct (and the hilarious fails that came as a result). You pressed the keys of the letters you wanted to appear, and that was that. There was a time when, if you wanted to type something on your smartphone, youвЂ™d just type it.

Android lag switch