- Memory monitor android studio 2.3 how to#
- Memory monitor android studio 2.3 driver#
- Memory monitor android studio 2.3 software#
When the user interacts with the first activity and starts the second activity, the first one goes into the stopped state. Let’s say, you have an app with many activities, each containing big images. The fact that Glide releases bitmaps when the activity or fragment is destroyed have a very interesting consequence that may cause problems in your app. That’s also the time when Glide clears all pending requests, so it should be obvious that’s good to use the closest possible context or fragment. Each bitmap is released when the activity or the fragment passed to the Glide.with is destroyed. In most cases, when you use Glide to load images you don’t have to worry about releasing memory - Glide does that for you. A (very) short explanation on how glide manages memory I focus mainly on Glide, but some of the tips may be relevant even if you use other image loading libraries. I hope that some of them will help you decrease the memory consumption of your app and deal with those awful errors. In this article, I want to describe a few interesting facts that I found when looking for reasons for OOM errors. Usually, OOM errors are a result of multiple decisions that are not optimal and quickly add up and excessively increase the memory footprint of the app. Facing these errors is definitely not an easy task since the place shown in a stack trace is very rarely a source of the problem.
Memory monitor android studio 2.3 software#
However, it does show that Intel still needs to do some work on its Arc Control tool, because there will be users who want to boost their cards - and SkatterBencher’s software will not be released to the public for now, so Intel’s tool is all that we can rely on.How to optimize memory consumption when using Glideįor developers of the apps which a lot of images, the one thing is certain besides death and taxes: OutOfMemory errors (OOM). These overclocking hiccups shouldn’t be much of a problem to most users - the Arc A380 is an entry-level GPU, so the odds of someone wanting to overclock it to the maximum are not that high. SkatterBencher is looking for ways to modify the PL4 limit, but so far, he hasn’t been successful.
The GPU did manage to hit the 3.1GHz mark, but as soon as it did (and reached the PL4 in the process), the frequency dropped down to 2.3GHz. The PL4 limit imposes a built-in 800-watt block on the GPU, and this makes the overclock very short-lived. However, the PL4 (spike voltage) poses a problem here. SkatterBencher’s custom tool overrides those limits and bumps the PL1 level up to 298 watts, while the PL2 (short-term power limit) can even hit 395 watts. The default PL1 power limit for the Gunnir Arc A380 is set to 65.5 watts and can be brought up to 97.5 watts in the Arc Control tool. One might think that with a well-equipped tool, the overclocking should now be a breeze, but it’s not that simple: Intel’s built-in power limits play a part in this, too. In this regard, the Arc A380 had proved itself to be one sturdy card, seeing as the overclocker accidentally raised the voltage to 2V and the GPU survived it just fine. The software overrides the settings in order to push both the frequency and the voltage to much higher levels. Seeing as Intel’s own tool was found to be quite lacking, SkatterBencher and Shamino created their own overclocking tool just for Intel Arc GPUs. What’s perhaps worse is that some parts of the software don’t even function at all the GPU voltage slider doesn’t work, and there is no way to overclock the memory. Increasing it by 30% only results in a 10% higher clock speed, maxing out at 2,696MHz. For some reason, the scaling on the slider is quite wonky. Intel has a built-in GPU Performance Boost tool that is essentially a percentage slider. The offset mode increases both the maximum frequency and the voltage, while the lock mode lets you tweak the voltage and the clock speeds manually, and thus, enables the GPU to go past the 2,450MHz limit imposed by the software. With that said, it’s worth noting that the graphics cards have two overclocking modes.
Memory monitor android studio 2.3 driver#
SkatterBencher analyzed the driver code and discovered that the tool maxes out at 2,450MHz in the default voltage and frequency curve.
Memory monitor android studio 2.3 how to#
So far, the tool is rather unintuitive and doesn’t provide the user with a lot of guidance as to how to overclock the GPU. The main problem is that the only overclocking tool available for Intel Arc is Intel’s own Arc Control software. Instead of the quick and easy overclock that SkatterBencher expected to get, he was greeted by a number of issues.
We’ve already seen the A380 overclocked before and the results were great - this time around, though, things went south. SkatterBencher imported it from China, and upon its arrival, he got right to work. That graphics card is not quite available globally yet, even though we’ve already seen a different version of the Arc A380 make an appearance on Newegg. SkatterBencher is the overclocker who bought a Gunnir Arc A380 GPU in order to try to push its clocks.
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