F5F Stay Refreshed Hardware Desktop PC fails to enter BIOS—seek assistance

PC fails to enter BIOS—seek assistance

PC fails to enter BIOS—seek assistance

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casanuva
Member
61
05-15-2025, 02:18 PM
#1
I recently discovered an old PC in my closet and managed to rule out several possible problems. Specifically, the power supply unit functioned properly in the other system, the GPU also worked fine there, and the monitor/HDMI connections were intact. It looks like the main concerns now are the CPU, memory, or the motherboard/bios. Any advice would be greatly appreciated!
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casanuva
05-15-2025, 02:18 PM #1

I recently discovered an old PC in my closet and managed to rule out several possible problems. Specifically, the power supply unit functioned properly in the other system, the GPU also worked fine there, and the monitor/HDMI connections were intact. It looks like the main concerns now are the CPU, memory, or the motherboard/bios. Any advice would be greatly appreciated!

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Eitheer
Junior Member
31
05-15-2025, 02:18 PM
#2
If onboard graphics are available, I’d definitely suggest using just those graphics. Keep in mind that initial memory training might take some time.
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Eitheer
05-15-2025, 02:18 PM #2

If onboard graphics are available, I’d definitely suggest using just those graphics. Keep in mind that initial memory training might take some time.

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CayetanaGamer
Junior Member
5
05-15-2025, 02:18 PM
#3
Hey there! It looks like you're getting a bit confused. The main thing to note is that the parts list isn't clear, and it seems like you're wondering if the postcode indicator is malfunctioning. Let me know how I can help clarify this!
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CayetanaGamer
05-15-2025, 02:18 PM #3

Hey there! It looks like you're getting a bit confused. The main thing to note is that the parts list isn't clear, and it seems like you're wondering if the postcode indicator is malfunctioning. Let me know how I can help clarify this!

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Lucemfero
Junior Member
1
05-15-2025, 02:18 PM
#4
Thanks for the responses and help! Apologies for the private parts list, here's the correct one if anyone is curious. As it turns out, I did in fact fall for a newbie mistake! While I did take 3/4 ram sticks out, turns out the faulty one was the only one that I left in! After swapping it out, everything booted as expected, and re-installing that stick returns me to no boot. It's a cautionary tale to be thorough, I guess haha. Have a great day everyone
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Lucemfero
05-15-2025, 02:18 PM #4

Thanks for the responses and help! Apologies for the private parts list, here's the correct one if anyone is curious. As it turns out, I did in fact fall for a newbie mistake! While I did take 3/4 ram sticks out, turns out the faulty one was the only one that I left in! After swapping it out, everything booted as expected, and re-installing that stick returns me to no boot. It's a cautionary tale to be thorough, I guess haha. Have a great day everyone

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jamesydog
Member
193
05-15-2025, 02:18 PM
#5
Discussing beginner errors, which software are you building that demands many cores and substantial memory? And what about the issue with slow RAM—DDR5 is best around 6000MT with CL30.
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jamesydog
05-15-2025, 02:18 PM #5

Discussing beginner errors, which software are you building that demands many cores and substantial memory? And what about the issue with slow RAM—DDR5 is best around 6000MT with CL30.

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165
05-15-2025, 02:18 PM
#6
Current university project relies on IDA with 60-70 GB heuristic tables kept in RAM. I discovered a significant discount—around 40% off the usual cost for a similar solution—making the upgrade not justified for our needs. Despite this, the project offers strong parallelization potential; my partner achieved roughly 22% faster performance on 16 cores compared to 12, though we haven’t noticed major gains from RAM speed since the data accessed per step is essentially a 24-bit hash. The main limitation appears to be memory capacity rather than speed.
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TechSoldierEx2
05-15-2025, 02:18 PM #6

Current university project relies on IDA with 60-70 GB heuristic tables kept in RAM. I discovered a significant discount—around 40% off the usual cost for a similar solution—making the upgrade not justified for our needs. Despite this, the project offers strong parallelization potential; my partner achieved roughly 22% faster performance on 16 cores compared to 12, though we haven’t noticed major gains from RAM speed since the data accessed per step is essentially a 24-bit hash. The main limitation appears to be memory capacity rather than speed.