Portfox,
I figured it out. That small chip on the module is an eeprom. You module is and 'Unbuffered" module. This memory is for a Dell Optiplex GX Pro. You need "buffered" memory modules.
Well i can see the modules are using 4x4,edo,2K refresh chips. memory should be fine. When installing the memory, make sure the clips are pushed out before installing. You might try clearing the CMOS on the motherboard. This can be done by removing the CMOS battery with the power...
Here is the answer from Maxtor:
If the operating system, BIOS, or MaxBlast can only recognize 32 GB of the drive it may be caused by one of the following:
Drive Jumpers: Applies to Mac and Window users. On drives that are larger than 32 GB there is a Capacity Limitation Jumper (CLJ) or the...
This may be a dumb question but I'll give it a shot. Most Scanners have 2 power adapters, have you checked to make sure they are connected properly? Other than that, you have done a great job of troubleshooting, replace the beast.
Portfox,
The modules on your computer are 3.3V, this is what you computer takes. How many chips does not tell you what voltage they will run at. Answer a few questions for me.
How many modules do you have?
What is the info on one of the memory chips on the module?
What is your BIOS...
I believe that extra connector coming off the power supply is for an AT or ATX board. Some of these power supplies which Gateway uses are compatible with AT and ATX boards. You will use main connection or the other.
Not actually. This was the case for SIMM modules in Pentium systems. Each module was 32 bit and Pentium operate at 64 bit memory banks. The module he has is a 64 bit module. There are some server out there which require these 168p,edo modules to be in pairs, but not for his system.
The spec for this module is ECC,EDO,Buffered, 60ns. using 16 bit chips.
Your system has four slots. There is no need to install in pairs. To max this system, you could only install 4 x 128MB modules with these specs:
128MB, ECC, EDO, buffered,60ns, using 16x4 structured chips with 4K refresh.
Many manufacturers have also been using PC133 chips on PC100 modules for SDRAM parts. In this case , you would need an program which could read the eeprom on the module. The you would need to know which byte inside the eeprom which indicates the speed at which the module is programmed to run at.
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