@rrc - thanks for explanation. Yes, I can follow your "advanced math" ;D
So you go by the assumption that number of shots would be directly proportional to mAh only. Possible. But there can also be other advantages to more recent power packs compared to older ones, beyond just more Watthours. That's one of the reasons why I also included comparison to what Fujifilm is doing.
Have not seen any claims by Canon as to whether or not they implemented similar improvements going from LP-12 [2012] to LP-E17 [2015] type.
Innovative Fuji and/or their battery supplier manage to get 430 shots on their entry level X-T100 out of a 1260 mAh power pack, which is - mathematically and real life
- a way better ratio than what you would assume for Canon [430 vs. 338].
But even if your assumed direct relation for LP-E12 vs. LP-E17 for EOS M50 were correct, I'd still prefer 18% more shots per charge from LP-E17. And I'd even more prefer 430 shots per charge. If your preferences are for lower shot yield and more spare batteries, its your problem.
@3kramd5 Canon has "marketing nerfed" their M50 customers by (at least) 18% battery reach. It was not done by the evil witch you may believe in, but by Canon corporation in a conscious decision to "marketing differentiate" EOS M50 in one of its most important characteristics [sensor, IQ, AF, power, EVF/LCD] compared to EOS M5. And that decision is based on disregard and disrespect for their "entry level" customers.
PS: what would you guys think of a car maker that would just re-use an old, small fuel tank, in a new, small car with little reach - although a newer, larger fuel tank were also readily available that would give customers (at least) 18% more reach per gas stop?
Yeah, I know, some of you would probably say it is "only to the benefit of customers", because in case of an accident with fire there will be less fuel in the tank to burn the car's driver and passengers.
;D
So you go by the assumption that number of shots would be directly proportional to mAh only. Possible. But there can also be other advantages to more recent power packs compared to older ones, beyond just more Watthours. That's one of the reasons why I also included comparison to what Fujifilm is doing.
https://www.apotelyt.com/camera-power/fujifilm-x-t100-batteryThe main difference between the two packs is their internal circuit design. The newer battery pack has less internal resistance and, thus, less energy loss from internal heating. It will therefore last longer on a single charge and be less prone to overheating.
Have not seen any claims by Canon as to whether or not they implemented similar improvements going from LP-12 [2012] to LP-E17 [2015] type.
Innovative Fuji and/or their battery supplier manage to get 430 shots on their entry level X-T100 out of a 1260 mAh power pack, which is - mathematically and real life

But even if your assumed direct relation for LP-E12 vs. LP-E17 for EOS M50 were correct, I'd still prefer 18% more shots per charge from LP-E17. And I'd even more prefer 430 shots per charge. If your preferences are for lower shot yield and more spare batteries, its your problem.
@3kramd5 Canon has "marketing nerfed" their M50 customers by (at least) 18% battery reach. It was not done by the evil witch you may believe in, but by Canon corporation in a conscious decision to "marketing differentiate" EOS M50 in one of its most important characteristics [sensor, IQ, AF, power, EVF/LCD] compared to EOS M5. And that decision is based on disregard and disrespect for their "entry level" customers.
PS: what would you guys think of a car maker that would just re-use an old, small fuel tank, in a new, small car with little reach - although a newer, larger fuel tank were also readily available that would give customers (at least) 18% more reach per gas stop?
Yeah, I know, some of you would probably say it is "only to the benefit of customers", because in case of an accident with fire there will be less fuel in the tank to burn the car's driver and passengers.

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