No display to monitor.
No display to monitor.
I recently took a two-week vacation.
My computer was functioning properly.
Before going away, I powered off my PSU (Seasonic focus 650w) and shut down the machine.
Upon returning, the monitor showed no signal from the PC.
I own two monitors—a large one and a Dell—each supporting HDMI or DP inputs.
No adjustments to the internal display settings helped.
Neither HDMI nor DP connections worked.
I tested each using a backup system with both cables, and both functioned correctly.
I experimented with different DP and DP cable combinations without success.
The affected PC uses an ASUS B760-I Strix ITX motherboard, and the backup system also has the same.
I made sure to fully insert both HDMI and DP cables.
The PC runs an ASUS GTX1050TI graphics card, which supports both outputs.
I removed the GTX1050TI and used integrated graphics, but no BIOS screen appeared.
I attempted to run a memory test on a USB stick, but it didn’t help.
Now I’m considering disassembling everything, though I’m hoping I might have missed something.
Attempt to reset the CMOS,
https://dlcdnets.asus.com/pub/ASUS/mb/LG...?model=ROG STRIX B760-I GAMING WIFI the battery connector is positioned under the heatsink, yet there are two pins on a header named CLRTC. Try that.
If removing the display from the iGPU proves possible, consider checking for any pending BIOS updates for the motherboard.
Thank you for your message.
When I click on your link, I am taken to a site called trade doubler.
The clrcmos area is tight and my vision is not clear.
It might not have been connected correctly, and there is no progress.
I will have to build this using a breadboard.
I may need to upgrade the case (lian li Q08).
After dealing with covid, I took apart the system. The clear CMOS didn’t help, and the CPU light stayed on. The CPU was an i9-12900K, which had performed well before I powered off the PC and disconnected the PSU. I swapped it out for an I3-13100, which fit perfectly. It functioned nicely. I only considered the i9-12900K because I had one available and the motherboard BIOS supported it. I used default BIOS settings. As you’re aware, many manufacturers set higher voltage by default. My thought is that during a restart, too much voltage might have been applied, causing damage. The recent BIOS updates included fixes and altered the defaults. I plan to file a return merchandise authorization from Intel, as it’s still covered under warranty.