Please explain expensive motherboards to me.

Bogdanov89

Distinguished
Dec 12, 2013
20
0
18,510
I know about sockets and chipsets on motherboards, also about stuff like USB 3.0 and SATA 3 and maximum RAM speed supported.
However, as an amateur gamer, i am having a hard time understanding what exactly we get when we pay for an expensive motherboard.

I compare a motherboard of a 130 euros to a motherboard of a 250 euros, and to a motherboard of 400 euros (all are gigabyte/asus with intel z97 with 1150 socket) - and i can barely find noticeable difference in the technical spec comparison.

Yea the expensive motherboards look fancy, they have a better sound chip or network chip, and perhaps have more PCIe ports for multiple GPUs - but to me as an amateur gamer pretty much all of those features are borderline unnecessary.

Am i missing something else, some hidden features worth paying almost quadruple the cost?
What do we exactly get when we pick a 400+ euro motherboard instead of a 130 euro one (both from same company and chipset/socket)?
Thank you for helping me out :)
 
Solution
Generally as the price goes up the manufacturers are adding features, some are easily seen like the addition of PCI-E slots, SATA and USB ports, WiFi, etc. What isn't seen as much is better materials (higher quality components in the mobo from the PCB board the mobo is based on, to sound chip, ethernet port, better compnents and design of power management, both the design and for want of a better word, complexity of the BIOS. The higher end mobos often offer more precise adjustment levels in the BIOS i.e. and entry level mobo might let you change the DRAM voltage from 1.25 to 1.3, 1.35, 1.4, etc where a better board might let you move it in hundredths or even higher i.e. 1.5, to 1.511, 1.512 etc.

Tradesman1

Legenda in Aeternum
Generally as the price goes up the manufacturers are adding features, some are easily seen like the addition of PCI-E slots, SATA and USB ports, WiFi, etc. What isn't seen as much is better materials (higher quality components in the mobo from the PCB board the mobo is based on, to sound chip, ethernet port, better compnents and design of power management, both the design and for want of a better word, complexity of the BIOS. The higher end mobos often offer more precise adjustment levels in the BIOS i.e. and entry level mobo might let you change the DRAM voltage from 1.25 to 1.3, 1.35, 1.4, etc where a better board might let you move it in hundredths or even higher i.e. 1.5, to 1.511, 1.512 etc.
 
Solution