Hades. said:You wont be able to overclock i7 2600k on P8H67-V motherboard... To overclock i7 2600k you either need a P67 or Z68 Motherboard... And instead of Caviar Black buy Two Seagate 7200.12 1TB Harddisks... And for your system TX650 would be enough...
Yes... And costs less...rebolt said:Also does seagate gives similar performance likewise Caviar Black ?
i am no expert in suggesting UPSs but i think yes you would require a higher wattage UPS for TX650... Btw why do you wanna buy a UPS? Most TE members use surge protector...Do i have to change my UPS also ? As i mentioned that currently its APC 650 Watt.
Hades. said:Yes... And costs less...
i am no expert in suggesting UPSs but i think yes you would require a higher wattage UPS for TX650... Btw why do you wanna buy a UPS? Most TE members use surge protector...
If you compare Asus Maximum IV Gene-Z & Sabertooth X58 which one would be more powerful and gives better performance
Hades. said:You are comparing two different chipset motherboards here... Gene-Z is a Z68 motherboard whereas Sabertooth X58 is an X58 chipset motherboard which is compatible with old Nehalem processors... You said that you are going with i7 2600k so comparing these two motherboards doesn't make sense at all...
yes you can overclock i7 2600k using this motherboard...rebolt said:Z68-V is pretty much overclockable right ?
rebolt said:Thanks hades
MSI GTX560 Twin Frozr II
rebolt said:Does it supports Nvidia PhysX?
How much i can overclock i7-2600K 3.40 ?
Hades. said:Yes...
Above 5GHz with proper cooling...
Our very well known TE overclocker "thebanik" has been able to hit 5.7GHz (Note: He has a cherry picked i7 2600k)
i inquired regarding my configuration to my studio's hardware guy and he mentioned that the board which i selected will not be compatible with the 1600Mhz RAM. They said that this board will only use 1000mhz of the ram and rest will remain unused. Is it true ? If so then which motherboard should i select, because already my head is blowing up now.
Xbit Labs said:The changes made to the clocking algorithms in LGA1155 systems allow only a miniscule adjustment of the BCLK frequency: in most cases the system will immediately lose its stability if the BCLK is increased by more than 5% above the nominal setting of 100 MHz. In other words, while in LGA1156 systems we could increase BCLK frequency to overclock not only the processor, but also the memory, this approach will not work in the new LGA1155 platforms. Now overclocking is merely the multiplier adjustment, so it is quite logical that the new Sandy Bridge processors acquired a wider range of settings for DDR3 SDRAM. This way Intel preserves the opportunity for users to take advantage of those overclocker memory modules. In other words, we had to overclock the CPU to ensure that our memory could run at higher frequencies, but today we can use high-speed DDR3 SDRAM kits without any CPU overclocking. We don’t even need to have a special overclocker processor modification with an unlocked clock frequency multiplier: any LGA1155 CPU allows you to enable a memory mode like DDR3-1866 or DDR3-2133.