Hi, I need to DIY an edge computer to do photo uploading to my cloud, but my silly DSLR makes 4k uncompressed video.
I need to handbrake and intelquick sync it before uploading. energy efficiency is important as I may run it from an USB Powerbank
Choices are -
n6000
n6005
n5100
n5105
j4125
and then it seems new n100 and n95 are coming out
Which one has the punchiest intel quicksync for the energy and dollaroos?
For example, my old laptop with an m7-6y75 goes at 4 to 5 fps going to 4k h265 or h264 with quick sync. I'd be hoping to get to 10fps with these new processors but even at 5fps its ok. but less than that is probably not ok.
Looking to buy from AliExpress
thankyou
I asked ChatGPT for you:
Of the options listed, the Intel Celeron J4125 would be the best choice for 4K video transcoding in a home environment. It has a base clock speed of 2.0 GHz and a burst frequency of 2.7 GHz, which provides sufficient performance for light to medium video transcoding tasks. The other options, the Intel Celeron N5100, N5105, N6005, and N6000, are not recommended for 4K video transcoding as they have lower performance and may result in a slow and unsatisfactory transcoding experience.
Intel Celeron N5000 and N4000 series processors are known for their low power consumption and high energy efficiency. Among these, the Intel Celeron N5100 and N5105 are the most energy-efficient options, followed by the Celeron J4125, N6000, and N6005. The N5000 and N4000 series processors are specifically designed for low power consumption and are well suited for mini PCs and other small form factor devices.
The number of transcoding fps that any of the processors listed (Intel Celeron N5000/N4000 series or J4125) can handle will depend on various factors, such as the transcoding software used, the size and complexity of the video, and the overall system specifications. However, in general, the Celeron J4125 is the most powerful of the options listed, and should be capable of handling 2-4 transcoded video streams at once, with each stream running at 30 fps or lower, depending on the specific transcoding load. The N5000 and N4000 series processors should be able to handle lighter transcoding loads, but the number of transcoded video streams and the fps per stream will be lower. For higher transcoding loads, a more powerful processor with more cores and higher clock speed would be recommended.