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Thermaltake
has quickly risen as a respected leader in computer
thermal solutions technology and has built up I.T.B.U.
to convene R&D teams composed of outstanding engineers,
including thermal, mechanical and materials engineers
to provide specialized expertise in each of these
fields and our engineering staff are masters of airflow
analysis, material conductivity and efficiency design.
I.T.B.U. has increasingly enjoyed the adoption of
its thermal strategies by OEM & ODM companies
worldwide. I.T.B.U.'s unweavering devotion to quality
and customer satisfaction has earned its products
the approval of computer enthusiasts everywhere. Ever
so, the technologies behind microprocessor design
are becoming more effective in their
intent -- increasing CPU speed and performance. |
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As the user enjoys these new, higher-achieving
processors, their increased frequencies generate
massive amounts of heat. If this heat cannot be
dissipated efficiently the system will fail to
function properly and can eventually overheat.
Heat is no longer a problem restricted to the
CPU - video cards, the motherboard's core-logic
chipset, system memory and even hard drives can
no longer be neglected and must be considered
when designing your very own cooling strategy.
While the size of transistors and semiconductors
are decreasing, the smaller contact area on which
to adhere cooling devices such as an active fan/heatsink
will become the main challenge for every manufacturer.
Thermal Management has become a critical PC concern
and can no longer be ignored by anyone. Innovative
design and quality of our products is what makes
us the premier choice for all your thermal management
needs- today and tomorrow.
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All
New LSV Technology |
| LSV (Ultra
Low Speed at Low Voltage)
Fan |
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The standard fan speed vs. input voltage curve
is almost a linear relation, like the blue line
in the picture. For example, the fan speed of a
70 x 70 x 20 mm fan at 12V is 6000 RPM; its 3000
RPM at 6V. When we use this fan on a motherboard
with PWM fan speed controlled function, the hardware
monitor detect the system is idle, then supply 6V
to the fan, the fan speed is 3000 RPM, but we dont
need a high speed (3000 RPM) and louder fan in idle
mode, because the CPU temperature is so low. How
we can get a quiet system in idle mode and cool
system in stress mode? The answer is LSV technology.
The LSV fan provide a non-linear fan speed vs.
input voltage curve, like the red line in the picture.
At 12V (Stress mode), it provide the same cooling
capability (6000 RPM), at 6V (Idle mode), the fan
speed is only 1500 RPM!! Now, you can enjoy the
quiet and cool system with LSV technology.
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Copyright © 2003 Thermaltake Technology Co., Ltd. All Rights
Reserved.
"Tt", Thermaltake, ThermalTake are trademarks of
Thermaltake Technology Co., Ltd.
All other registered trademarks belong to their respective
companies.
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