Antony Newman
Well-known member
On the energy consumption side of mobile computing a year on year 5% reduction sounds very reasonable.
For REDs ASIC's I would speculate there are going to be significant jumps every where power halves going from 28nm to 14nm ... and then halves again when 7nm make it out the door (2019?).
For battery techs - It's a two horse race for lithium ion replacement for cheaper safer versions. The higher energy density ones (ie that weigh less) there is still more research to understand degradation and Max cycles.
My preference would be for a 1.5 kg utility (power) belt that spreads the weight around your hips - and for wireless energy transfer between your hands and a small puffer battery in the RED designed handle that can power the camera for 10 minutes on its own (eg while you plug in another power module into your utility belt.
I estimate that would give 200 Watt hours of power - and with a camera that even the fairer sex could man-handle.
AJ
For REDs ASIC's I would speculate there are going to be significant jumps every where power halves going from 28nm to 14nm ... and then halves again when 7nm make it out the door (2019?).
For battery techs - It's a two horse race for lithium ion replacement for cheaper safer versions. The higher energy density ones (ie that weigh less) there is still more research to understand degradation and Max cycles.
My preference would be for a 1.5 kg utility (power) belt that spreads the weight around your hips - and for wireless energy transfer between your hands and a small puffer battery in the RED designed handle that can power the camera for 10 minutes on its own (eg while you plug in another power module into your utility belt.
I estimate that would give 200 Watt hours of power - and with a camera that even the fairer sex could man-handle.
AJ