Normal
You don't want to be tied to a monitor based on your power system.Unless you will deplete your deep cycle batteries and you want 5-10% more game time, using an inverter is a better bet.It'll be a lot less hassle and offers more freedom in the end.A gtx 1660/1060 system + a 30w monitor should consume 250w nominal. If you have a good quality inverter already that can support that then you're better off with the inverter.For efficiency or space constrained setups (cars, small boats) is really where a full dcdc system makes more sense.But the biggest deal breaker is your monitor. Many of the nice ones use AC in, which powers an internal multi rail ac-dc power supply.
You don't want to be tied to a monitor based on your power system.
Unless you will deplete your deep cycle batteries and you want 5-10% more game time, using an inverter is a better bet.
It'll be a lot less hassle and offers more freedom in the end.
A gtx 1660/1060 system + a 30w monitor should consume 250w nominal. If you have a good quality inverter already that can support that then you're better off with the inverter.
For efficiency or space constrained setups (cars, small boats) is really where a full dcdc system makes more sense.
But the biggest deal breaker is your monitor. Many of the nice ones use AC in, which powers an internal multi rail ac-dc power supply.
