Boy bawang
Member
For low power draw, the chips process node is very important, the smaller the chip, you get more power for the same energy or lower power for the same performance. Tegra x1 is a 20nm process node chip released in 2015 and put in the Switch Q12017. Around this time AMD Zen 1 chips and intel 7000 series were being launched built on a 14nm process, the Qualcomm Snapdragon 835 was released at the end of 2016 and was on a 10nm process. So theoretically Nintendo could have released a much faster Switch that fit in the same power envelope, obviously its comes down to availability in partners to design and supply chips and also cost.
The Tegra X1 was a good 20nm chip but it could have been better redesigned on a lower process node to increase power and/or battery life, this would have inevitably cost Nintendo allot more money...
Sony and Microsoft sell their systems at a loss because they go for power utilising the latest process nodes for their chips, it is clear Nintendo do not go for power as they like to make a profit on their consoles and do not want to subsidise consumers having more powerful systems, they rely on the charm of their games and the family friendly aspect of their systems to shift units and that works for them.
We know what it could have been: the Tegra X1+, which released in 2019. It is indeed more powerful than the original X1, but let's not pretend that it would have been a game changer either. Nintendo could have made a pro console at that time and decided to go for battery life instead, which in a hindsight was a paying strategy considering how crazy successful the switch was, and still is.
Once again, companies have to make choices and in 2017, of you wanted to have an hybrid console below 300 dollars, Erista (the original Tegra X1) was an excellent choice, and certainly not an underpowered one.