Reverse Tradition Extended(RTX) - One simple technique
This could be the most amazing change in the history of motherboard:
CPU socket and chipset will be designed on rear of the motherboard, which is the major feature of Reverse Tradition Extended (RTX)
While integrating RTX motherboard into our computer system, it is well found that this simple change will Much total cooling effect (steady, quiet, and dustless) which are exactly the hot issues concerned by the PC industry.
It has achieved unprecedented efficiency and pertinence while enjoying extensive application areas(PC, workstation, and servers).
RTX integrates cost-effective engineering and design strategies for power dissipation, structural integrity, acoustic performance, and motherboard design into a compatible form factor.
RTX design focus on high- and medium-power devices in the vicinity of the microprocessor and optimizing air flow and preheating from other components in the chassis.
The ultimate goal of RTX is clear: to greatly improve thermal managenment of computer system with minimal costs.
The Position of RTX in Thermal designs
Example
It is viable without prejudice to the performance.
Applicable to all cases:
RTX has nether any specific requirement for all classes of chipsets and bus technique about their application in this form factors, nor any orientation and compatibility problems.
RTX is still feasible if return to the age of AT. However, there is no heat emission demand at that time, so RTX has neither any specific requirement for all classes of chipsets and bus technique about their application in this structure, nor any orientation and compatibility problems.
The thermal solutions can support the demand for increasing in computer, desktops, and serves.
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