- Dark power pro 11 1000w silent wings 3 pro#
- Dark power pro 11 1000w silent wings 3 code#
- Dark power pro 11 1000w silent wings 3 Pc#
- Dark power pro 11 1000w silent wings 3 license#
6-pole fan motor smoothes operation even at very low speeds.Advanced fluid-dynamic bearing with copper core provides for greatly reduced operating noise and super-long life.Unique airflow-optimized fan blade design reduces noise-generating fan turbulence.Installed SilentWings ® 3 135mm fan includes a wide array of electronic and mechanical optimizations for best-of-class airflow with very low noise production, including:.Product conception, design and quality control in Germany.
Dark power pro 11 1000w silent wings 3 Pc#
Dark power pro 11 1000w silent wings 3 code#
Dark power pro 11 1000w silent wings 3 license#
Intel has said it will license x86, but it sounds like old cores on ol… IanCutress: This is nothing to do with that.IanCutress: If you're emulating, you don't need x86 physical hardware validation.IanCutress: If my recent timeline is anything to go by, we've reached a new era of people jumping to conclusions.IanCutress: Spaghetti thrown at a wall that doesn't exist won't ever stick.IanCutress: The whole point of a democracy is that parties work together on common interests.The result of this approach may be a very loud PSU but, apparently, Be Quiet!’s engineers knew better than sacrificing reliability over acoustics. The thermal control circuitry of the PSU is reading the very high temperature and reacts to it by putting the fan to work, boosting its speed up to 100% before the load is even 50% of the unit’s rated capacity.
Dark power pro 11 1000w silent wings 3 pro#
The key element behind the Dark Power Pro 12’s ability to withstand such thermal losses in such a hot environment is the Silent Wings cooling fan that, under these operating conditions, is anything but silent. As such, even at maximum load, the Dark Power Pro 12 still copes well with the thermal losses and keeps on operating seamlessly. Although the internal temperatures of the unit are always high – going higher than 70☌ on the major active components – the temperature is not greatly affected in relation to the unit’s load. Thermally, the Dark Power Pro 12 performed better than what we initially hoped for. The average efficiency reduction is 0.6%, with a marginally higher drop of 0.7% at 100% load.ĭespite the relatively high conversion efficiency of the Dark Power Pro 12, the platform still needs to cope with very high raw thermal losses inside a very hot operating environment. That is because the active components of the unit are extremely efficient and resilient to thermal stressing, otherwise it would be practically impossible to output this kind of power with such a platform at all. Switching to hot box testing, as expected, the Dark Power Pro 12 1500W PSU faces a very small efficiency drop when the ambient temperature is very high.