Not really, because these encoders are (generally speaking) making pretty large compromises with their noise filters in order to be timely. I want to spend the extra time doing motion compensated denoising.
These noise filter will sometimes be temporal, rarely will be motion compensating (because that's computationally expensive) and as a result can't get as good a result as I can.
These noise filter will sometimes be temporal, rarely will be motion compensating (because that's computationally expensive) and as a result can't get as good a result as I can.