5 Best Android Video Converter Apps

Now-a-days, when almost everyone is using Android phones and tablets, watching movies and videos has become interesting than ever. You can watch anything that you want on your Smartphone with just a single click anytime and anywhere according to your ease and simplicity.
Many people like to share favorite content in terms of audio, video, small clip to their friends, family and relatives. The mobile operating system has its own ability to support some file formats and some not. Unfortunately, original videos are not supported to play on Android devices as Android only supports file formats like MP4, 3GP and some others.
So, there must be a way to convert these videos files in the appropriate format that your portable device could support. There are many Android Videos Converters are available on Internet that can convert videos in almost every format.
image: http://cdn.techgyd.com/2015/03/video-converters.png

But you must know what actually a video converter is. As the name suggests video converter is something that converts videos.
Video Converter is computer program that changes the storage format of digital video. They simply decompresses the video in another format in the process known as transcoding.
You can easily convert the file format of videos to another format that your android phone or tablet would support and can enjoy the videos without any headache or frustration. There are many Video Converter App available for Android that you can easily download from Google Play store without any charge and can enjoy your spare time by sharing and watching your favorite videos clips anytime and anywhere.
We are introducing you the best 5 Android Converter Apps that you would love.
ONE OF THE VIDEO TUTORIAL HOW TO CONVERT ANY VIDEO FORMAT AND CHANGE RESOLUTION OF VIDEO....... SO THIS OUT FOR BRIEF DETAIL.....
https://www.youtube.com/watch?v=B-7flD8uzXQ&t=176s

1. Video Converter Android

Video Converter Android app is one of the best applications of converting videos from one format to another for Android among the apps available on Google Play Store. Video Converter Android (VidCon) has ffmpeg library support that allows it to convert any video format to mpeg4 and h.264 videos including formats like AVI, ASF, FLV, MJPEG, OGG, OGV, RM, WMV, DV4, WebM, DivX, M2V, M4V, MKV, MOV etc.
image: http://cdn.techgyd.com/2015/03/video-converter-android.jpg

It allows you to convert videos to another video formats like you can convert to mp4 or h.264 or mpg. Video Converter Android also provides many exciting key features like extracting audio from video, in mp3 or aac format. The best thing is that the video quality will remain the same in every format that you would like to convert. You can even reduce file size while sending video through SMS.
If you want a better video experience, instead of using many video players to play videos like Twist Video Player, RockPlayer, VPlayer, MoboPlayer, MX Video Player, mVideoPlayer, you can use Video Converter Android to convert the video to an appropriate format that your android would support. You can easily play the video with system support and hardware acceleration with better watching experience.
Click here to download Video Converter Android app

2.  Any Video Converter

Any Video Converter is more than just converting the video files. This allows you to download videos from online popular services that increase the usefulness of Any Video Converter.
This app is very simple to use, it involves loading a file, selecting the type of format that you want to convert your file to and a simple click “convert”.
image: http://cdn.techgyd.com/2015/03/free-android-video-converter.png

Also visit : How to Turn Your Phone into World’s Smartest Video Camera
Any Video Converter also gives a feature of online export tool. You can simply copy the URL of any video from sites like YouTube, Dailymotion or more and simply paste it to Any Video Converter application. This app will fetch the desired video for download. You can also adjust the start and stop times, video and audio bitrates, brightness, sample rate, frame rate, audio and video codices and many more with Any Video Converter.
This app also includes an in-application help manual, online tutorial guide and email support. The user interface of this application is very friendly that you would find all the output options in the upper right corner and while importing files, it will only display the formats that are compatible.
Click here to download Any Video Converter

3. Video Converter Free

Free Video Converter converts videos to AVI, WMV, DVD, MP3, MKV, 3GP, iPad, iPhone and Android Phones. You can also convert online videos to MP3. You can copy and paste the URL from YouTube, Dailymotion and from many more websites. You can also convert FVI to MP3 or any format.
image: http://cdn.techgyd.com/2015/03/video-converter-free.jpg

This app can convert any video file to formats like AVI, MP3, WMV, QT, DV, RM, MTS, TS etc. You can also import music (MP3, AAC, and WAV) and photos (JPEG, PNG, BMP, GIF) to convert them into videos easily without any cost. It also prepares videos for playback on portable devices. Free Video Converter converts videos for iPhone 1-6G, iPod, Android, Blackberry, Sony, Samsung, Nokia mobile devices.
Click here to download Video Converter Free

4. Total Video Converter

Total Video Converter takes video to convert to play. You can easily download it from Google play Store, available in free and paid version. Like many other converters, it also converts videos to output formats MP4, 3GP, AVI (MPEG-4 Part 2) and AMR video which are used by mobile phone, iPad, iPhone, Xbox 360, PS3 etc.
Total Video Converter supports all media players that you could ever think of but for some, you have to select the format like WMV or AVI and manually format your screen size.
image: http://cdn.techgyd.com/2015/03/total-video-converter.jpg

This software gives you the complete control of your output video including the ability to batch to convert the multiple output file formats, adjust video dimension, merge files, change frame rate and sample rate, convert audio and video codices and many more.
Click here to download Total Video Converter

5. Android Video Converter Box

Android Video Converter Box does not offer any unique format but gives a plenty of resolution for your video files. It gives you step to step procedure of converting videos to another format that you don’t get any chance to made a mistake. You can easily choose the video, select the resolution and convert to the size that you want.
This app gives you a lot of gadgets with which it will work well with appropriate resolution.
THANKS!

OVERCLOCK YOUR AMD RADEON GRAPHIC CARD WITH MSI AFTERBURNER

Many PC gamers eagerly await the release of next-generation graphics cards, hoping that the new hardware will boost frame rates and enhance eye candy in the latest games. However, while a graphics card upgrade is almost always a good way to increase game performance or improve image quality, new cards tend to be expensive--and they aren’t always necessary.
Today, even midrange graphics cards are generally fast enough to pump out buttery-smooth frame rates in cutting-edge games at all but the highest resolutions. If your current graphics card is serving you well, and you’re just looking for a little something extra to increase performance, overclocking may be the better way to go. And it will certainly be more affordable.

Why Overclock?

In its early days, overclocking may have been a black art reserved for the most hard-core computer geeks, but nowadays it’s about as easy as can be, and it’s usually safe too. Yes, overclocking a component can shorten its life span. But if you don’t push things too far, and if you keep temperatures under control, you have little reason to worry.
You’ll want to make sure that your system has adequate cooling and a power supply that’s sufficient for handling an overclocked card. Modern graphics cards typically have thermally controlled fans that will spin faster to better dissipate heat from the overclocked board. The card may become somewhat noisy as a result, but if the overclock remains stable and the graphics card’s cooler can keep up, you should be good to go.
Both AMD and Nvidia (the big two graphics-card makers) have built overclocking tools into their drivers. AMD’s are readily available (on supported cards) in the AMD Overdrive tab, listed in the Performance section of the company’s Catalyst Control Center software suite. Nvidia’s overclocking tools aren’t exposed by default in its GeForce drivers, but installing its System Tools utility will make them available. You’ll need to grab the Systems Tools utility from the Nvidia website; once you've installed the utility, frequency controls will be visible in the performance and tuning section of the GeForce driver.
Disregarding software/driver optimizations, game engine tweaks, and system interface speeds, the performance of a graphics card is typically determined by the compute speed and fillrate of its graphics processing unit, as well as by the amount of memory bandwidth its frame buffer memory affords. (The amount of frame buffer memory on the card can also come into play as resolutions and texture sizes increase, but that’s a discussion for a different article.) By increasing the frequencies of the GPU and the frame buffer memory on your graphics card, you can make them process and move more data, more quickly, increasing overall performance.
"HOW TO OVERCLOCK"
We enlisted MSI’s Afterburner utility for this project. Afterburner is built upon the Riva Tuner engine, which has been in development for ages. The “Riva” in its name actually alludes to one of Nvidia’s early graphics processors that predates the GeForce brand by many years.check this video out for AMD RADEONHD 670 M overclocking tutorial and clear understanding..
https://youtu.be/gvM5F39FHKY
Using Afterburner is simple and straightforward: Download the utility from MSI’s website, install it, and you’re basically ready to go. When the utility is initially launched, it will scan your system and determine if you’re using a compatible graphics card. You most likely are—unlike many overclocking tools, Afterburner works with multiple generations of GeForce and Radeon GPUs from any graphics card manufacturers.

You’ll need to manually unlock voltage controls and monitoring in MSI Afterburner in order to tweak it.

When ready, Afterburner will present you with an elaborate interface, featuring a few sliders for altering power targets, fan curves, GPU and memory frequencies, and current clock and temperature data. There's also a voltage slider for tweaking GPU voltages, but that is disabled by default. To enable it, you must enter the Afterburner advanced properties menu by clicking the gear icon visible in the middle of the interface and ticking the boxes to unlock voltage control and monitoring.
For basic overclocking, we wouldn’t recommend messing around with voltages. Pump too much voltage into a GPU and you could damage it irreparably. Minor voltage bumps—say in the 1- to 2-millivolt range—are usually safe, but even then there are no guarantees.

Doing the deed

Before you start overclocking your graphics card, run some benchmarks to get a baseline for your unaltered system. We recommend Unigine’s Heaven or Valley benchmarking tools. You can also run some in-game benchmarks if you’d like—all of the games tested in PCWorld’s massive roundup of GeForce and Radeon GPUs include automated in-game benchmarks that make capturing repeatable data easy.

Graphically rich benchmarks like Unigine Heaven, which loops GPU intensive workloads and reports clocks and temperatures, can be useful for testing the stability and performance of an overclocked graphics card.

To use MSI Afterburner to overclock your graphics card, launch the utility and first crank up the power and temperature limits, though you may only be able to increase the power limit on a Radeon graphics card. A boost of 10% on the power target and a maximum temperature limit in the low- to mid-90’s Celsius should work for most cards. If you’re extremely risk-averse, you could leave both settings alone and continue with the process using the stock voltage and temperature settings, though that leaves potential performance on the table.
During the actual process of overclocking your graphics card, we recommend altering the GPU and memory clocks individually to isolate any possible instability.
Start slowly, increasing the core GPU clock frequency by 10MHz at a time. After you bump it up 10MHz, save the changes, then fire up the Heaven or Valley benchmark and look for system instability or graphical errors—odd color blobs, sparkling flashes of light, or other visual artifacts. If all looks good, bump the card up another 10MHz and repeat the process. Once you notice artifacts, dial it back a bit until they disappear. Jot down the final peak clock speed and reset it back to standard.
Now do the same for your graphics card’s memory clock speed.

Overclocking a graphics card is as easy as ticking a couple of boxes and moving a few sliders in the MSI Afterburner utility.

Once you know the peak frequency for both, set the GPU and memory to those speeds simultaneously and test for stability once again. If everything seems to be working well, go ahead and enjoy the fruits of your labor! If, however, your system has become unstable or you’re seeing weird visual artifacts, back the frequencies down a few MHz for both, and test for stability or visual artifacts again.
If your system remains stable while overclocked, but performance actually decreases, reduce the GPU and memory frequencies until performance begins to scale properly. Overclocking a current-generation Nvidia GeForce GTX graphics card requires more tweaking and monitoring than previous products, for instance. that's mostly due to the automatic performance-tuning capabilities associated with Nvidia’s GPU Boost, which dynamically increases the graphics card’s clock speed until it hits a certain temperature.

Newer Nvidia GeForce cards can take more tinkering when overclocking than older ones.

Overclocking can get complicated, as you juggle all the variables. In addition to manipulating the power and GPU temperature targets, frequency offset values are used to further compound the clock speed increases that already come by way of GPU Boost. You’ll occasionally find that increasing a certain clock frequency (or voltage) may seem to have worked properly, but performance actually decreases due to errors or throttling. You may also find that the actual GPU Boost clock may shoot above or below the designated offset value when the power and/or temperature targets are also increased. If you run into an issue overclocking an Nvidia GeForce card with GPU Boost, you’ll just have to play with it until it’s (safely) worked out.
The latest Radeon-based graphics cards give users the ability to alter power limits as well, but their clock frequency adjustments are more absolute. In other words, the GPU (or memory) will specifically target whatever clock speed you specify.

The results

We saw measurable performance gains from both of the graphics cards we overclocked for this project.
The AMD Radeon R9 285 showed the biggest in-game performance increases, but the Nvidia GeForce GTX 960 saw the largest clock speed boost in sheer frequency gain. We tested the cards in an Intel Core i7-4960X powered system with 16GB of RAM, running Windows 8.1 Pro x64 and the latest drivers for each card. All tests were run at 1920x1200 resolution, with max image quality settings, and 4x anti-aliasing enabled.

The Nvidia GeForce GTX 960 we overclocked.

To give you some concrete examples, Nvidia recommends a GPU boost clock of 1126MHz on the GeForce GTX 960. Factory overclocked cards usually boost into the 1300-1400MHz range. Simply by increasing the power and temperature targets in Afterburner, however, the card’s GPU frequency regularly boosted into the 1450MHz range. Increasing the frequency offset and the GPU voltage resulted in an impressive 1538MHz peak GPU boost frequency. We also took the on-board memory up from 1752MHz to 1810MHz.
While overclocked, the performance of our GeForce GTX 960 increased measurably, though not majorly. The card’s score in the Unigine Heaven benchmark, for example, increased from 916 (18 fps min., 36.2 fps average) to 946 (18.7 fps min., 37.1 fps average). Frame rates in BioShock Infinite and Sleeping Dogs jumped from 69.2 to 75.16, and 40.9 to 44.1 fps, respectively. With that increased performance also came higher power consumption, however. In its stock configuration, our test system pulled about 224 watts from the outlet under load, but that number went up to 246 watts after our tinkering.

The AMD Radeon R9 285 we overclocked.

The Radeon R9 285’s performance increased more dramatically while overclocked. We took the card’s GPU clock up from its stock frequency of 918MHz up to 1106MHz, and its memory from 1375MHz up to 1494MHz. In the Unigine Heaven benchmark, the Radeon’s score jumped from 938 (17.2 fps min., 37.2 fps average) to 1029 (18.3 fps min., 40.9 average). BioShock’s framerate increased from 72.51 to 79.34, and Sleeping Dog’s framerate went from 42.8 to 47.6—roughly a 10-percent increase in each game. Like the GeForce, power consumption went up quite a bit with the Radeon overclocked. Our test system pulled 354 watts from the wall with the Radeon R9 285 overclocked. At stock settings, it only pulled 304 watts.
Ultimately, there is performance to be gained by overclocking, but that additional performance will typically result in higher temperatures and increased power consumption. If a few tweaks smooth out your favorite game’s framerates, however, it’s probably worthwhile endeavor.
Keeping temperatures in check and altering a graphics card’s clocks shouldn’t be much of an issue. Altering voltages can reduce the lifespan of the card, but the exact amount will vary from GPU to GPU. Just know what you’re getting into before you start, and let the faster games begin!
THANKS!