Win 7 vs Win 8 for gaming

swchoi89

New Member
Hi guys,

Forgot to ask this question along with previous threads... sorry!

I have so many spare CD keys for Win 7 and 8. Which do I use for gaming? I hear Win 7 is faster but not by much... should I still go with Win 7 for now?

Thanks in advance.
 
Been using Windows 8 every day for just over 4 months now and I've not noticed any difference in gaming between 7 and 8. Performance is pretty much the same really (for me, at least).

Just use whichever you prefer.
 
Been using Windows 8 every day for just over 4 months now and I've not noticed any difference in gaming between 7 and 8. Performance is pretty much the same really (for me, at least).

Just use whichever you prefer.

Thanks Spirit, you are always helpful!

Hey, on a side note... can you tell me something quick?

OC level at 4.4Ghz vs. 4.6Ghz vs. 4.8Ghz.. do you think my Evo 212+ can handle it if I decide to go above 4.4Ghz? If so, do you think I'll gain lots of boost or no?
 
Depends on your motherboard and what kind of voltages are using as to whether your cooler will 'handle it' or not. Make sure you monitor the temperatures at idle and at load.

As for gaining performance, you might see a marginal increase but probably nothing spectacular in gaming. You may notice a bigger increase if you do stuff like rendering or encoding though.

4.4GHz is a pretty respectable overclock, but if you can do it safely, by all means try and up it.
 
Depends on your motherboard and what kind of voltages are using as to whether your cooler will 'handle it' or not. Make sure you monitor the temperatures at idle and at load.

As for gaining performance, you might see a marginal increase but probably nothing spectacular in gaming. You may notice a bigger increase if you do stuff like rendering or encoding though.

4.4GHz is a pretty respectable overclock, but if you can do it safely, by all means try and up it.

I am going to exchange my Z87X-U3H for Z87X-U3DH.

I don't know how these "voltages" work... lol in the past I overclocked only up to the point where I didn't have to change any other variables like voltages.
 
Try to keep the voltage as low as possible and the multiplier as high as possible. That way, you can achieve the highest overclocks but with the lowest amount of heat (hopefully).

However if you use too low a voltage, you'll get instability issues (crashes, blue screens or reboots) and if you use too high a voltage, you'll be running hotter and possibly get instability issues due to heat.
 
Try to keep the voltage as low as possible and the multiplier as high as possible. That way, you can achieve the highest overclocks but with the lowest amount of heat (hopefully).

However if you use too low a voltage, you'll get instability issues (crashes, blue screens or reboots) and if you use too high a voltage, you'll be running hotter and possibly get instability issues due to heat.

Oh ok... so this is like a trial and error so to speak?
 
Oh ok... so this is like a trial and error so to speak?

Pretty much unfortunately.

Record each setting you try (write it down on a piece of paper or something), and then if you get something which works, even if you later muck it up by fiddling, you can easily go back to it.

Some BIOSes allow you to save your overclock settings in different profiles. Pretty sure my Z68 board (which is now two generations old, sad realisation of the day :o) allows you to do this, so your Z87 probably also supports this.
 
Pretty much unfortunately.

Record each setting you try (write it down on a piece of paper or something), and then if you get something which works, even if you later muck it up by fiddling, you can easily go back to it.

Some BIOSes allow you to save your overclock settings in different profiles. Pretty sure my Z68 board (which is now two generations old, sad realisation of the day :o) allows you to do this, so your Z87 probably also supports this.

Oooo ok thanks Spirit!!!!
 
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