update drivers: GeForce Release 182
Run:
Futuremark - Benchmarks - 3DMark Vantage - Download
and check your temps.
note-this issue does not normally manifest itself in desktops, But if you are geting excessive temps, It could be the cause. the defective cards were released a year ago, and affected both desktop and notebooks.
The failures are caused by a solder bump that connects the I/O termination of the silicon chip to the pad on the substrate. In Nvidia’s GPUs, this solder bump is created using high-lead. A thermal mismatch between the chip and the substrate has substantially grown in recent chip generations, apparently leading to fatigue cracking. Add into the equation a growing chip size (double the chip dimension, quadruple the stress on the bump) as well as generally hotter chips and you may have the perfect storm to take high lead beyond its limits. Apparently, problems arise at what Nvidia claims to be extreme temperatures.
The defective nVidia chips real issue is a weak die/packaging material set, which may fail with GPU temperature fluctuations. (Fans running on high help to prevent weak die failures by preventing temp fluctuations). If your GPU fails, you may see intermittent symptoms during early stages of failure that include:
Start>Control Panel>System and Maintenance>Performance Information and Tools>Advanced Tools>
Generate a system health Report
Open Reliability and Performance Monitor>Reliability Monitor
Run:
Futuremark - Benchmarks - 3DMark Vantage - Download
and check your temps.
note-this issue does not normally manifest itself in desktops, But if you are geting excessive temps, It could be the cause. the defective cards were released a year ago, and affected both desktop and notebooks.
The failures are caused by a solder bump that connects the I/O termination of the silicon chip to the pad on the substrate. In Nvidia’s GPUs, this solder bump is created using high-lead. A thermal mismatch between the chip and the substrate has substantially grown in recent chip generations, apparently leading to fatigue cracking. Add into the equation a growing chip size (double the chip dimension, quadruple the stress on the bump) as well as generally hotter chips and you may have the perfect storm to take high lead beyond its limits. Apparently, problems arise at what Nvidia claims to be extreme temperatures.
The defective nVidia chips real issue is a weak die/packaging material set, which may fail with GPU temperature fluctuations. (Fans running on high help to prevent weak die failures by preventing temp fluctuations). If your GPU fails, you may see intermittent symptoms during early stages of failure that include:
- Multiple images
- Random characters on the screen
- Lines on the screen
- No video
Start>Control Panel>System and Maintenance>Performance Information and Tools>Advanced Tools>
Generate a system health Report
Open Reliability and Performance Monitor>Reliability Monitor
Last edited:
My Computer
System One
-
- CPU
- T7600G Core2Duo 2.66 Ghz
- Motherboard
- Intel 945PM + ICH7 Chipset
- Memory
- 4GB DDR2 PC2-5300 667MHz
- Graphics card(s)
- Mobility Radeon x1900 256MB
- Sound Card
- Realtek HD
- Monitor(s) Displays
- WUXGA 17"
- Screen Resolution
- 1920X1200
- Hard Drives
- 640GB 7200RPM SATA/RAID 0 (2x320GB) and 320GB 7200RPM External
- Mouse
- Wireless Microsoft 3000
- Internet Speed
- 10 mbps/2 mbps
- Other Info
- Optical Drive: Panasonic UJ-220 DL BD-RE (Blu-Ray)