AMD Graphics Chips Could Last 10X To 100X Longer
An anonymous reader writes "According to a research report out of UCLA, released this morning, NVidia's high-lead bump packaging could last anywhere from 1/10th to 1/100th as long as AMD's advanced eutectic bump approach. (TG Daily has picked up the claim.) NVidia is currently in the midst of a $200M recall of bad GPUs, and the report suggests that the issue could be much deeper than NVidia's PR department would have us believe." The report lends credence to the strident claims of the Inquirer's Charlie Demerjian, which we discussed a month back.
"Silicon doesn't wear out; microchips were effectively immortal. The Wig took notice of the fact. Like every other child of his age, however, he knew that silicon became obsolete, which was worse than wearing out"
"I bless every day that I continue to live, for every day is pure profit."
What does 1/10th and 1/100th actually mean in standard solar days?
Can someone please provide a plot of the various solders and their performance vs. temperature and time?
I would like to see the plots for ====>
90Pb10Sn
60Pb40Sn
97Sn2.5Ag0.5Cu
99.3Sn0.7Cu
96Sn4Ag
99.25Sn0.75Cu
What is the risk associated with Tin? Especially Tin whiskers.
What kind of solders does the slashdot community use?
With the lead content, they're not RoHS-compliant.
Typical failure models use an exponential distribution, rather than a Gaussian distribution to model time-to-failure.