Warning: Some posts on this platform may contain adult material intended for mature audiences only. Viewer discretion is advised. By clicking ‘Continue’, you confirm that you are 18 years or older and consent to viewing explicit content.
True. If this is around a 30 watt tdp, it would have amazing power consumption numbers (for reference, they were comparing it to a 1070 max q, which could have a max tdp of 115 watts).
Even then, that is pretty impressive with a cpu and gpu together (sorry, haven’t looked at the newer cpu tdps in a bit, was thinking older mobile chips).
I have an older 680m in my laptop and it performs pretty well with a combined package power of under 45 watts. Usually the last 10% comes at like 50% increased power consumption so that may be where the 35-65 watt range comes from, but the final performance shouldn’t be too far off.
Performance benchmarks for mobile parts are meaningless without power consumption data.
True. If this is around a 30 watt tdp, it would have amazing power consumption numbers (for reference, they were comparing it to a 1070 max q, which could have a max tdp of 115 watts).
Wikipedia lists the 780M as 35-65W so 30W sounds a little too optimistic.
Even then, that is pretty impressive with a cpu and gpu together (sorry, haven’t looked at the newer cpu tdps in a bit, was thinking older mobile chips).
I have an older 680m in my laptop and it performs pretty well with a combined package power of under 45 watts. Usually the last 10% comes at like 50% increased power consumption so that may be where the 35-65 watt range comes from, but the final performance shouldn’t be too far off.
I can guarantee you that with a Radeon running at full speed, it isn’t going to be long. But seeing a browser time benchmark would be nice.
I always calculate performance /( TDP * price) when looking at new relevant PC parts, something most reviewers don’t bother doing.