Technical support and How to videos. We also make Unboxing and Product Reviews for Indian consumers.
Wednesday 21 September 2022
How to Add or Delete Custom Power Plans in Windows 10
Monday 19 September 2022
Zoook Blade Wireless Rechargable Mouse Unboxing and Review
Sunday 29 May 2022
Power Supply Wattage Table for CPU and GPU combination
RECOMMENDED PSU TABLE (Provided by ASUS)
Please refer to the recommended PSU table as below. It indicates clearly on the power by GPUs and corresponding CPUs. We hope this information help you choose the right power supply units based on your components.
Wednesday 4 May 2022
Intel i5 12400 stock cooler perforamance test
Hello friends, welcome to my channel. In this video, I am
going to test Intel i5 12400 processor stock cooler performance. Ambient
temperature was 33.6 degree centigrade.
At first I am going to test with Intel Extreme Tuning
Utility because this will be the maximum stress for average users. Idle temp is
about 42 degree centigrade. All six performance cores are running at 4 GHz.
This test will run for 5 minutes, I am going to speed up the video to save your
time, just look at the temperature reading. Maximum temperature reading is 84
degree centigrade, which is quite good considering the ambient temperature. And
the CPU did not thermal throttle.
Next, I am going to test with Prime 95. This application
will replicate maximum stress on each core of the CPU. I am going to run this
test for 10 minutes. Here the cooler is having a tough time to keep the
temperature under control. After 5 minutes temperature reaches up to 98 degree
centigrade but still CPU is not thermal throttling. In addition to this, while
no exact acoustic tests were performed, by and large it seemed that this was
achieved with a relatively low level of noise output too.
Now, of course for such
load, getting a better CPU cooler would certainly seem to be a good idea. 98 degree
centigrade isn’t an ideal temperature if you consistently hang around this area.
By and large, though, these new stock cooling solutions do appear to be a very
good option in the absence of anything better. If you are an average
user who just play games and do 1080p video editing then this cooler will
handle the load. For heavy multi-threaded work load you should get an
aftermarket tower cooler. Thanks for watching and subscribe to my channel for
more videos like this.
Tuesday 3 May 2022
Ant Esports KM580 Gaming Backlight Keyboard and Mouse Combo
Monday 2 May 2022
XONTEN USB 3.0 1080p Full HD Game Capture Card Unboxing and Review
Sunday 10 April 2022
Remove Webcam Background Without Green Screen in OBS
Wednesday 6 April 2022
Cooler Master Hyper 410R temperature test with Intel i5 12600K processor
Monday 14 March 2022
Infinix INBook X1 Core i3 10th Gen Thin and Light Laptop Review
Sunday 13 March 2022
Multiple platform streaming with OBS - Totally FREE
Simultaneous Facebook, YouTube and Twitch stream
Wednesday 2 March 2022
Best Budget 32 inch Full HD Smart TV @10999 | Xiaomi Mi TV Pro E32S Smar...
Tuesday 1 March 2022
Best Mobile Camea Scanner and Make PDF App | Your Best Mobile Book Scanner
Saturday 12 February 2022
Which setting is better for streaming x264, NVENC or Quicksync
I recommend the encoders in this order:
If your computer is able to encode x264 preset=veryfast or better while running your game, use this. This will interfere with your game and your stream, if your CPU is not powerful enough. Only desktop i5 and i7 processors are probably able to encode better than veryfast while a CPU-demanding game is run in parallel.
If you have NVENC available, use NVENC with preset=highquality. This will not interfere with your game at all.
If you have Quicksync available, use Quicksync with preset=balanced. This will not interfere with your game at all.
Don't use x264 preset=superfast or ultrafast for streaming, as they produce way worse output than even Quicksync.
Rating:
x264 faster = 80/100
x264 veryfast = 75/100
nvenc highquality = 70/100
quicksync balanced = 60/100
x264 superfast = 40/100
x264 ultrafast = 30/100