The Nintendo Switch's CPU is 10% to 30% faster than Xb1's 1.75ghz 8 core Jaguar. (in line with ps4 pro's cpu) LCGeek gave us the info months ago, and leaked both wii and wii u's cpu. Zero reason to expect that s/he is wrong.
The GPU has been confirmed by Nate at direct feed gaming as using pascal and he has along with Emily Rogers and Laura Dale been 100% accurate on Switch. Besides 20nm is dead, the chip would move to 16nm fenfit naturally anyways.
We also know that it is actively cooled with a fan. X1 at 850mhz in pixel c is passively cooled, since this has moved to 16nm or smaller, there is no reason it would need a fan at 1ghz.
Laura Dale also gave us the info that when the console is docked, that the device increases clocks, my guess is that it is passively cooled when on the go and actively cooled when docked, probably shifting from 1ghz to 1.4ghz or 1.5ghz when docked.
I'll further elaborate on minimum specs being around 500-600gflops on the go, Laura also leaked the maximum battery life as 3hrs. Pixel C during Manhattan benchmark draws 8 watts but has a larger and brighter screen, this device has the X1 gpu clocked at 850mhz and is a 7mm thickness while NS is 15mm with a vent.
If NS is drawing ~7 watts and the battery is 1750mAh (same battery capacity as n3dsxl's than you'd end up with roughly 3 hours battery life, Vita draws ~7 watts with a 2150mAh battery and has a battery life around 4 hours. Considering it almost definitely moved on to 16nm, even maxwell would see a big bump in performance.
Lastly Check out @Syferz's Tweet: https://twitter.com/Syferz/status/790741152752250880?s=09
This is my tweet of a new Tegra being benchmarked, looks like a 256 Cuda core device with a ~1.5ghz clock. NS might be 750gflops when docked, should handle current gen games at 720p with minimal loss of quality, especially when the game's engine can push 16fp, which I believe can handle all the post processing effects, dof and such.
The GPU has been confirmed by Nate at direct feed gaming as using pascal and he has along with Emily Rogers and Laura Dale been 100% accurate on Switch. Besides 20nm is dead, the chip would move to 16nm fenfit naturally anyways.
We also know that it is actively cooled with a fan. X1 at 850mhz in pixel c is passively cooled, since this has moved to 16nm or smaller, there is no reason it would need a fan at 1ghz.
Laura Dale also gave us the info that when the console is docked, that the device increases clocks, my guess is that it is passively cooled when on the go and actively cooled when docked, probably shifting from 1ghz to 1.4ghz or 1.5ghz when docked.
I'll further elaborate on minimum specs being around 500-600gflops on the go, Laura also leaked the maximum battery life as 3hrs. Pixel C during Manhattan benchmark draws 8 watts but has a larger and brighter screen, this device has the X1 gpu clocked at 850mhz and is a 7mm thickness while NS is 15mm with a vent.
If NS is drawing ~7 watts and the battery is 1750mAh (same battery capacity as n3dsxl's than you'd end up with roughly 3 hours battery life, Vita draws ~7 watts with a 2150mAh battery and has a battery life around 4 hours. Considering it almost definitely moved on to 16nm, even maxwell would see a big bump in performance.
Lastly Check out @Syferz's Tweet: https://twitter.com/Syferz/status/790741152752250880?s=09
This is my tweet of a new Tegra being benchmarked, looks like a 256 Cuda core device with a ~1.5ghz clock. NS might be 750gflops when docked, should handle current gen games at 720p with minimal loss of quality, especially when the game's engine can push 16fp, which I believe can handle all the post processing effects, dof and such.