

I’ll need to check for this. I have the ISP box plugged into the wan port of the router. It shouldn’t also be handing out IP, but it very well may be.


I’ll need to check for this. I have the ISP box plugged into the wan port of the router. It shouldn’t also be handing out IP, but it very well may be.


In the USA I am stuck with the router from the isp. I have the ISP router plugged into the wan port of the cloud gateway


I know that linux is the popular answer to this problem.
I use a Mac and it’s a pretty good machine. I know it isn’t for everyone, but it works well enough for me and has enough mainstream support. As well the hardware has gotten ’ good enough’
MacOS is not hostile to me when I want to run and install programs. There is some opensource support on the platform and the a good amount of closed source programs.
I do miss the wide ranging PnP hardware support for things like SAS/LTO


Not sure how worth mentioning it is considering how good the overall write up is.
Even though the human visual system has a non-linear perception of luminance. The camera data needs to be adjusted because the display has a non-linear response. The camera data is adjusted to make sure it appears linear to the displays face. So it’s display non-uniform response that is being corrected, not the human visual system.
There is a bunch more that can be done and described.
3chip cmos sensors are about 20-25 years out of date technology. Mosaic pattern sensors have eclipsed them on most imaging metrics.
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B&h photo and video as well as adorama let you buy ubiquiti equipment and return it.
Ubiquiti has a reputation for not accepting returns on properly functional gear
The box from my isp doesn’t support bridge mode. Maybe I am having the double nat problems?