that is if the chip doesnt crack.
im just wondering if you would see superconductivity if one kept the temp down below 20 Kelvin. would be interesting...
zero resistance.
The lack of thermal protection on Athlon's is cunning way to stop morons from using AMD.
I am curious as to whether that attempt is <b>only</b> possible on PIV's. My reason being that AMD's seem to heat up much to quickly and would crack, while the PIV's seem gradual and would have time to "adapt" to the extreme cooling conditions. Comments?
Have you ever tried cooking an egg on your HSF? Tasty.
i read the article and from what i understand they put the container on the chip, filled it with liquid nitrogen, then only AFTER the temp dropped off did they boot it up.
one reason to use a thick bulky liquid nitrogen container... the initial rate of cooling for the chip isnt too excessive.
and like i said... Liquid nitrogen has been used effectively on the athlon XP. up to 2200Mhz for a XP1800+.
so no problems there. wonders of liquid nitrogen... its so damn cold any heat created by the chip is instantly removed, thus the -170 temperatures.
The lack of thermal protection on Athlon's is cunning way to stop morons from using AMD.
Bad Post I know, but I swear I read an article that said Intel already has a P4 running at 10ghz. As current designs do not allow for this I can only assume that they are using some sort of liquid coolant. So from scores being reported on OCing and Intels own statements there is a very large gap to filled. I understand that p4 OCing HAS to take place in FSB and I am sure that Intel just unlocked their chip and propertly OC to achieve 10ghz (As Engineering goes I wouldnt really call it OC). My question is this, did the FSB restrict any further OCing? Or did the CPU become over taxed? If the latter is true than did -170 become the CPU's max heat tolerance at 3700mhz. If I am not mistaken supercoducters are not made in the same fashion so I can only assume that you cannot make a coductor go superconductive. I have a second question though. How does electricity react in a 0g, Vacuum enviroment?
that is if the chip doesnt crack.
im just wondering if you would see superconductivity if one kept the temp down below 20 Kelvin. would be interesting...
zero resistance.
The chips timing is designed to account for resistance, if you removed all resistance I am positive it would not work.
In fact I recall an article from a while back, where they put ln2 through a waterblock and the cpu would not boot below a certain temprature.
"The Cash Left In My Pocket,The BEST Benchmark"
No Overclock+stock hsf=GOOD!
You are about to answer a thread that has been inactive for more than 6 months. If you still wish to proceed, please ensure that your posting is original and does not duplicate or overlap any prior responses to this thread.