Natural convection design
Silent-Pipe II Technology artfully uses the temperature difference between the inside and outside of chassis, creating a natural system convection.
The evolution of Silent-Pipe heatpipe technology, providing 0dB solution by the proprietary front-flow thermal module and the unique natural convection design.
Compared with other 6600 GT heatpipe solution and standard fansink solution, GIGABYTE Silent-Pipe II Technology achieves outstanding thermal performance and delivers extreme silent experience.

Silent-Pipe II series�G
�EGV-NX76T256D-RH
�EGV-NX66T128DE
�EGV-NX66T256DE
�EGV-RX16T256V-RH
�EGV-RX16P256DE-RH
�EGV-RX13P256DE-RH

Silent-Pipe series�G
�EGV-NX66T128D
�EGV-NX66T128VP
�EGV-NX66256DP2
�EGV-NX66256DP
�EGV-NX66128DP
�EGV-NX66128DP-SI (BTX)
�EGV-NX66L128DP
�EGV-RX16P256D-RH
�EGV-RX13P256D-RH
�EGV-RX80L256V
�EGV-RX80256D
�EGV-N66T128VP
�EGV-N66256DP
�EProprietary front-flow thermal module
A first Dual-slot heatpipe solution, including the convection slot at the backside of chassis to increase thermal efficiency.
�EHigh-precision die-casting forming design
Uses the latest high-precision forming technology, increasing the largest cooling superficial measure of heatsink.
�ESLI ready
Ensure top-notch compatibility and performance for all dual card configurations.
�EHigh performance heatpipe with sintered powder wicks
With the industry��s best powder-style heatpipe with pure copper, providing the powerful efficiency of thermal distribution.
�E3D performance ready
The special design to keep the high stability of PC system.
�EIntegrated architecture design
Delivering the best heat conduction by touching rigidly heatpipe and GPU, and use copper-touched distribution to spread heat.
�EUnder the thermal cam system monitoring, purple color means lower temperature, and white color means higher temperature.
�ESilent-Pipe II Technology delivers powerful thermal performance, and transfers heat efficiently from GPU side to back side.
�EEspecially, GIGABYTE��s proprietary front-flow thermal module excellently contribute to the whole system convection to stay cool.