F5F Stay Refreshed Hardware Desktop The old PC from 2002 starts up, yet the screen remains blank.

The old PC from 2002 starts up, yet the screen remains blank.

The old PC from 2002 starts up, yet the screen remains blank.

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Zelwis
Junior Member
18
07-10-2025, 12:42 AM
#11
Are you asking if I hear "beeps" when the PC starts up? If yes, then you understand, but there were no beeps. I only noticed them when the RAM was inserted incorrectly.
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Zelwis
07-10-2025, 12:42 AM #11

Are you asking if I hear "beeps" when the PC starts up? If yes, then you understand, but there were no beeps. I only noticed them when the RAM was inserted incorrectly.

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FistMeAway
Member
225
07-10-2025, 12:42 AM
#12
You will notice it emitting a beep each time you power up the machine
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FistMeAway
07-10-2025, 12:42 AM #12

You will notice it emitting a beep each time you power up the machine

O
OnesieLover
Member
60
07-10-2025, 12:42 AM
#13
A solid HDD light typically uses a floppy cable placed upside-down, ensuring proper grounding. Although you seem to have an Alps Electric Co. FDD and the cable setup matches what the manuals suggest, the ECS manual is too low resolution to interpret clearly. Checking for pin1 and pin34 markings on both ends is recommended. A jumper on JP1 sets the board for SDR mode, not DDR. Applying 3 volts to DDR might cause damage (it's a 20% overvoltage), though it could also prevent functionality. You have a supported 533MHz FSB processor in the 2.4B, but you've jumpered it to run at 400MHz—this is quad pumped, so the board should be labeled 133 or 100MHz. Operating at 1.8GHz is possible, but we can't confirm if JBAT1 was changed for CMOS Clr. P4X333 was intended for AGP 8x, but it appears faulty, now only supporting 4x with 1.5V signals. Most GeForce 2 MX 400 models are designed to work at both 3.3V and 1.5V, so this should be fine.
O
OnesieLover
07-10-2025, 12:42 AM #13

A solid HDD light typically uses a floppy cable placed upside-down, ensuring proper grounding. Although you seem to have an Alps Electric Co. FDD and the cable setup matches what the manuals suggest, the ECS manual is too low resolution to interpret clearly. Checking for pin1 and pin34 markings on both ends is recommended. A jumper on JP1 sets the board for SDR mode, not DDR. Applying 3 volts to DDR might cause damage (it's a 20% overvoltage), though it could also prevent functionality. You have a supported 533MHz FSB processor in the 2.4B, but you've jumpered it to run at 400MHz—this is quad pumped, so the board should be labeled 133 or 100MHz. Operating at 1.8GHz is possible, but we can't confirm if JBAT1 was changed for CMOS Clr. P4X333 was intended for AGP 8x, but it appears faulty, now only supporting 4x with 1.5V signals. Most GeForce 2 MX 400 models are designed to work at both 3.3V and 1.5V, so this should be fine.

N
NovationOG
Junior Member
20
07-10-2025, 12:42 AM
#14
The nit bit adjustment essentially mimics a flywheel effect in a motor, assisting in maintaining stable DC voltage.
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NovationOG
07-10-2025, 12:42 AM #14

The nit bit adjustment essentially mimics a flywheel effect in a motor, assisting in maintaining stable DC voltage.

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