11-16-2006, 12:20 PM
only reason they are putting them out so quickly and made poorly is cause of vistas high requirements and they were forced to release it even while its in its testing stages. they will eventually catch up hopefully. but if they were smarter, they would of added the new trithread system to it with a dually 144mm open core fan with T-grids and possible an extra 3-pin socket with open frame to allow the option of adding another fan.
explanation of new fan system:
the tri-thread system was used in HT processors but the threads are in a triangle shape that lets air inbetween the pipelines, resulting in a cooler wiring/hardware system. it was created in late 2004 but its information wasnt released in commercials for private use. each pipeline that is setup as a tri-thread puts out about 40x the normal resistance plus is HIGHLY overclockable. the only company that used it was compaq for their windows longhorn networks but only sold about 10K computers with it. Their output for standard processors were 4x the normal speed including more intricate clock decibles.
as for the dually 144mm fans. they were 144mm fans with open cores and lines that had 2 layers of bearings which ran in a double speed so 1-144mm fan can work like a 200+mm fan and use half the power of a 144mm fan which keeps the hardware cooled down and saves on power an open core with t-grids basically allows the user to remove the fan if he or she desires to change or upgrade or even clean. its heatsink is ported and thinner so it does not heat as much.
if i had the chance. i'd add ports to heatsinks on upgradeable hardware such as video cards to the newer gpu systems when there is a fan involved so they stay cooler and add support pipelines but they dont want to now a days cause they want to save 12 cents per component.
explanation of new fan system:
the tri-thread system was used in HT processors but the threads are in a triangle shape that lets air inbetween the pipelines, resulting in a cooler wiring/hardware system. it was created in late 2004 but its information wasnt released in commercials for private use. each pipeline that is setup as a tri-thread puts out about 40x the normal resistance plus is HIGHLY overclockable. the only company that used it was compaq for their windows longhorn networks but only sold about 10K computers with it. Their output for standard processors were 4x the normal speed including more intricate clock decibles.
as for the dually 144mm fans. they were 144mm fans with open cores and lines that had 2 layers of bearings which ran in a double speed so 1-144mm fan can work like a 200+mm fan and use half the power of a 144mm fan which keeps the hardware cooled down and saves on power an open core with t-grids basically allows the user to remove the fan if he or she desires to change or upgrade or even clean. its heatsink is ported and thinner so it does not heat as much.
if i had the chance. i'd add ports to heatsinks on upgradeable hardware such as video cards to the newer gpu systems when there is a fan involved so they stay cooler and add support pipelines but they dont want to now a days cause they want to save 12 cents per component.