本帖最后由 堕落的翼 于 2022-9-23 19:19 编辑
30 40系FE这个散热设计已经是相对有点道德了，第一个风扇半涡轮设计至少还在利用后屁股散热，尽量少把废热排在机箱内循环。
至于对其他器件的直接影响，非公设计会加热被其盖住的SSD和主板芯片组；FE的设计会提升CPU的待机温度和内存温度，CPU负载温度似乎反而有下降，原因都在于第二个风扇的透吹设计，不过现在40系即使非公也普遍开始采用这种设计，热内存肯定是免不了。
拉一段其他人说的：
After seeing the airflow of the new cooler, there have been some some online concerns about it overheating CPUs.
But this is NOT a cause for concern. Lets think about this from perspective of a standard PC case using just the exhaust behind the MB, and examine some points it raises.
1: Close to 100% of the heat from an open air cooler has to exhaust through that exhaust behind the CPU cooler anyway. So if the new cooler flowed all the hot air into the path of the CPU, it wouldn't really make difference once the system is heat soaked, all that heat is exiting the case essentially through the cooler anyway. So worse case we should be looking at neutral.
2: This new cooler dedicates one fan to blower card operations. So some significant portion of that heat is directly exiting the case. This is pure win. This is the biggest benefit of the design. It's a partial blower. With some portion of the heat leaving through the blower, less will be going through the CPU. This design should lead to cooler CPU than a traditional open fan cooler. For CPU temps. Blower < New NVidia Half Blower < Traditional Open Fan cooler.
3: Blowing air through the GPU Cooler, into the path of the CPU is NOT new. Several cards did this before, several of the AIB 3000 series are doing it. It just never got attention before, and these design don't have the advantage of working like a partial blower.
This is not a problem, it's a solution: |
310112100042806
发表于 2022-9-23 16:30
前面可能还靠谱，即夹涡轮也一个等级？离谱了