BTW, how does the L6 stabilize the temps for the discrete resistors? Desktop discrete R2R DACs need 24-72 hours for temps to stabilize and once they do, you don't turn power off ever.
"Here is a Google translation of their reply
We know that the smaller the closed space, the faster the time to achieve temperature stability, the smaller the temperature difference, and the faster the time to achieve temperature stability.
So we are mainly based on these two points to solve the problem of rapid internal temperature stability.
First, the P6 fuselage is not large, but also intentionally avoid the shell and PCB copper foil contact caused by the ambient temperature on the internal temperature of the player.
Second, we try our best to reduce the power consumption of the digital part and the sound quality unrelated circuit to the extreme low, which can be seen from the continuation of P6, the lower power consumption means that the temperature difference between the player and the environment is smaller.
In addition, it is also related to the material used in the resistance of our R2R part. The DA part of P6 selects the low temperature floating high precision thin film resistance."
Original text:
"
我们知道，越小的封闭空间，达到温度稳定的时间越快，温差越小，达到温度稳定的时间也越快。
所以我们是主要基于这两点来解决快速达到内部温度稳定。
第一点，P6机身并不大，也有意避免了机壳与PCB的铜箔接触而导致的环境温度对播放器内部温度影响。
第二点，我们尽可能的将数字部分和与音质不相关电路功耗降到了极致的低，这从P6的续航可以看出，功耗的降低意味着播放器与环境的温度差更小。
另外也与我们R2R部分的电阻的用料也有关系，P6的DA部分选用的是低温飘高精度薄膜电阻。"
