LG G5: How to Boot into Download Mode By Doug / May 23, 2016 May 23, 2016 If you ever need to manually flash a firmware (TOT) file on the LG G5, then you’ll first need to boot up into Download Mode and this is how it’s done.
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Quote: Originally Posted by PhantasmRezound I'm on LS992 running a GSM card. I can toggle 4G/3G by going to Settings > Mobile Data > Menu > Mobile Networks > Network Mode > 'Automatic' for 4G LTE data, 'GSM/UMTS' for 3G data. Using hiddenmenu APK, I can do it by selecting Field Test > Modem Settings > RAT Selection > 'GSM/WCDMA/LTE auto' for 4G LTE data, or 'GSM/WCDMA' for 3G data. However, these were not accessible to me either until I switched from Production to Lab network using the hiddenmenu APK.
Video Performance While still images probably constitute a significant portion of what a smartphone camera is used for, video performance still remains important as anything moving or with a notable sound requires video or something that is but quite isn’t a video. In order to test video performance, we use direct comparison with two devices recording simultaneously on the same rig.
IPhone 7 Video Encode Settings Video Audio 1080p30 16 Mbps H.264 High Profile 86 Kbps, 44.1 KHz AAC 1080p60 25 Mbps H.264 High Profile 86 Kbps, 44.1 KHz AAC 4kP30 48 Mbps H.264 High Profile 86 Kbps, 44.1 KHz AAC 1080p120 38 Mbps H.264 High Profile 86 Kbps, 44.1 KHz AAC 720p240 38 Mbps H.264 High Profile 86 Kbps, 44.1 KHz AAC Before we get into the actual results I want to discuss the video encode settings. Native instruments b4ii keygen. It's kind of interesting to see how the iPhone only records mono audio, which I suspect is a function of not having enough microphones to do noise cancellation and useful stereo recording. It's also interesting to see how Apple can actually encode AVC High Profile for all video – including 4kP30 at 48 Mbps – which is more than I can say for a number of high-end flagships this year.
This suggests that the encode blocks are capable of keeping up without any strange problems. 1080p30 Video Looking at 1080p30 video I'm just profoundly disappointed by how high-end Android devices perform in comparison.
The state of affairs here is so depressing there's really no reason to compare 1080p60, 4K, or slow motion capture because it's clear to me that something is just fundamentally broken (or consistently misconfigured) with Snapdragon 820's encode blocks. Profi board elite prospects. Even casual examination reveals massive macroblocking any time the sky comes into view, which is something we've consistently seen with the HTC 10, Galaxy S7, LG G5, and OnePlus 3. Intouch 10.1 sp3 patch 101 dalmatians wiki. Other than this, the LG G5 and Galaxy S7 both have extremely oversaturated color rendition which just doesn't represent reality. The iPhone 7 and 7 Plus clearly have better output than any other Android device. The iPhone 7 Plus and iPhone 7 with the 28mm focal length camera perform quite similarly to the iPhone 6s Plus other than some improvements in dynamic range and noise reduction, so I'd refer back to OIS Video In the interest of trying for completeness anyways, I also tested image stabilization performance. Relative to the Galaxy S7 we continue to see how the lack of software stabilization to go with the hardware stabilization leads to really shaky and jerky footage when recording while walking.