rinaldop

I use the HDMI port of my graphics card. I don't think it matters.

Here is the original version

Here is one

Here it is 40rty 2021-05-08 beta2.sensorpanel

Try this awesome pack done by the user Exhumed

me envia por favor 1280x400? Se você me der seu e-mail eu lhe enviarei o painel, mas é 1024x600

You only need RTSS. Check your settings to match mine

Here is their official website you can order directly from there https://nxelec.com/ Here is a direct link to the BeadaPanel 5P https://nxelec.com/products/beadapanel-media-display/5p-beadapanel-media-display#ordering-information https://www.cjcsh.com/products/beadapanel-5p?spm=..index.shoplazza%3A%2F%2Fapps%2Fpublic%2Fblocks%2Fproducts_grid%2F56125487021326335_1.5

Nice sale, I bought a second license for my friend!

It is on sale right now. Go to the main website and subtribe to the newsletter for the sale information.

Yes, after a bit of a trial I have it working perfectly.

Take a look at these https://forums.aida64.com/search/?q=gundam&quick=1&type=forums_topic&item=667

Congratulations on your first panel. I like the look and you managed to get a lot of important data monitored. Very nice!

You need to do what I did. First I use HWiNFO to get my fans info Then I use Rainmeter to display my fans info Next I use Aida64 to display my skin. Notice how the fan info areas are blank Lastly I combine the 2 displays into 1 and make my perfect skin!

Yes, the settings seem ok but I have one difference, I have "show own statistics" on . Try that and also check if you get a FPS reading on the Riva On-Screen Display.

You must have a game running in the active window to get a FPS reading. If you need more help watch this video starting here:

My motherboard is an ASUS ROG Strix B650E-F Gaming WiFi, but the problem is my fans are not connected to the motherboard directly, they are RGB fans and use a Corsair Commander Pro and Aida64 cannot read the Corsair signal. I finally got tired of waiting for Aida64 to include my fans so I am using 3 programs together to display all of my equipment. I use Aida64 for most things and then I use HWiNFO and Rainmeter to display my 7 case fans.

There are just some sensors that Aida64 cannot read, I have several missing in my list including all of my case fans.

Once again I would like to ask if the Developers of AIDA64 have any plans on trying to support Corsair Commander Core and Commander Core XT devices. Here they are working in HWiNFO64.

I never paid attention to my CPU clocks when I had Intel CPUs. I am using an AMD 7800X3D now. I found this interesting comment on the internet:

Actually temperature can go above 100. The only sensors that will not go over 100 are the utilization sensors, the ones that display percentage.

No, you are correct.

Very nice! I do not have a great imagination, it came out great with your ideas!

If you go for a frequency range of 0-1000 with 1 sensor each image will count for a range of 66.67 (1000 divided by 15). If you do a range of 0-1000 with 2 sensors each image will count for a range of 33.33 (1000 divided by 30) If you want a range of 0-1000 with each image covering a range of 1 you would need 1000 images (0 to 999) since 1000 divided by 1000 is 1. The table works for 0-100 since there are 100 images (image 0-99) spread over 8 sensors. Just like 100 images (0-99) need 8 sensors to go from 0-100, 1000 images (0-999) would need about 67 or 68 sensors.

There is no reason to keep the range of the CPU at 0 to 9000, that is just what the developers of AIDA64 picked. You can set it to 1000-5000 that should cover the range of any CPU used in a home PC. I you really want to cover from 0-9000 in steps of 1 MHz you are going to need 9001 steps. Let us look at the table: Instead of Sensor 8 in this table you need a make Sensor 8 like this: Sensor 8 98-113 Then keep going Sensor 9 112-127 Sensor 10 126-141 Keep going with the pattern until you get to 9000. That is a lot of work that is not needed. No CPU will go under 1000 or over 5000 in normal use. Just start the pattern at 1000 and end at 5000. It should take about 250 sensors to cover that range. I do not think anyone needs a gauge that displays CPU clock frequency with 1 MHz precision but if that is what you want then this is what you must do.