Arcygenical
Fully [H]
- Joined
- Jun 10, 2005
- Messages
- 25,066
Hey all,
I need lots of power with low TDP. I don't care about power draw, but TDP, as the limiting factor in my system is cooling capacity (mitx) not my power bill. I KNOW the concepts are directly related, but I don't want to discuss power draw or anything, just cooling capacity.
Assumptions:
Let's assume both the 1700 and the 1700x are clocked at 3.8, using the same voltage [Remember, hypothetical]
Will they consume the same power and do they require the same TDP.
Does anyone know what the consumption will be.
Last question:
Is it generally accepted that, due to binning, the 1700x will run with an overclock, at a lower voltage than the 1700. AKA will I require fewer volts to achieve 3.8ghz on the x versus the non x model. Obvious silicon lottery aside, I am buying about 100 chips and will personally keep the best one.
Thank you kindly.
I need lots of power with low TDP. I don't care about power draw, but TDP, as the limiting factor in my system is cooling capacity (mitx) not my power bill. I KNOW the concepts are directly related, but I don't want to discuss power draw or anything, just cooling capacity.
Assumptions:
Let's assume both the 1700 and the 1700x are clocked at 3.8, using the same voltage [Remember, hypothetical]
Will they consume the same power and do they require the same TDP.
Does anyone know what the consumption will be.
Last question:
Is it generally accepted that, due to binning, the 1700x will run with an overclock, at a lower voltage than the 1700. AKA will I require fewer volts to achieve 3.8ghz on the x versus the non x model. Obvious silicon lottery aside, I am buying about 100 chips and will personally keep the best one.
Thank you kindly.