Quote (Rikuo @ 14 Nov 2016 03:34)
Read about 1/5th of the thread tbh.
Getting a 144hz monitor just for desktop use / light gaming... Is a waste of money IMO.
If you got the extra cash, Why not? But if you're on a budget, There's many other PC items you could get for the $500 144hz premium @ 1440p.
You can't really compare 120hz tv's to monitor 120hz though.. As there really are no TRUE 120hz Tv's. They typically are limited to 60hz input at the most, And just refresh the same frame multiple times.
I'm not saying get a 4k, IMO 1440>4k ATM due to limitation of hardware / 4k content.
Qnix + Vesa mount + 96hz+ overclock for like $350~ is pretty legit though.
Getting 4k for desktop use / light gaming is not a waste tho?
His already running an Asus PB278Q 1440p IPS 385$. And using a gtx 1080 600$. Really doubt he wanna get a budget monitor.
Sure there is true 120hz tv's out there. Sure pretty much all tv's use interpolation. But normally a 240hz would be a true 120hz using interpolation.
Sony: MotionFlow
120Hz for 60Hz native refresh and 240Hz for 120Hz native refresh
Samsung: Motion Rate
120Hz for 60Hz native refresh and 240Hz for 120Hz native refresh
LG: TruMotion
120Hz for 60Hz native refresh and 240Hz for 120Hz native refresh
Vizio: “Effective Refresh Rate”
120Hz for 60Hz native refresh and 240Hz for 120Hz native refresh
Vizio also offers a so-called “Clear Action” rate that’s twice even the reprocessed “Effective refresh rate”, with values like 480Hz and 720Hz for native 60Hz content and 960Hz for native 120Hz displays. These numbers are meaningless and simply exist to impress potential buyers with their size. Effective refresh rate and native refresh rate are what actually matters in Vizio 4K TVs.
Panasonic: Image Motion
120Hz for 60Hz native refresh and 240Hz for 120Hz native refresh