one of the challenges there is that you can't do PoE over fiber, so for common house use with things like security cameras and 802.11ac/ax access points, you still want copper.
Yes, any level of bend-insensitive fiber has a better bend radius than cat6a. a3/b3 is much better.
Cat6a min bend radius is about an inch.
g.657a3/b3=~0.2 inch
g.657a2/b2=~0.39 inch
g.675a1/b1=~0.59 inch
as for connectors, not anymore.
They have simple ones that are just mechanical crimp.
IE you cleave it, crimp it, and that's done.
0.15-0.25db loss, which is fine for a home run.
also, LC connectors/etc are small enough that you can just fish them (they are less than half the size of a cat connector), or disassemble them and re-assemble.
I have a fusion splicer, but i just fish completed cables with the connector covered.
Also, these days you can get a reasonable fusion splicer on amazon for ~750 bucks that is 0.025db average loss.
There are less and less reasons to run cat these days.
QSFPTEK just emailed me this morning offering me multimode 100G-SR4 optics (100M, so same as ethernet) for 35 bucks a piece.
They are regularly only 50 bucks a piece now anyway.
100G is obviously crazy for anyone's home need, but the point is the speed at which things like it are becoming cheaper is really high right now.
I guess "just" terminating them would be fine if you just installed it once but at least looking at tutorials it does look like a PITA compared to CAT connectors
A lot of tutorials are old. Mechanical splices have improved very quickly in the past 5 years.
Talking with my friend who is an home automation installer, he says they now just use mechanical crimp splices and they don't take them longer than, say, prepping and terminating a coax cable. He says it's definitely shorter now than the average time they spend trying to untwist, straighten, and line up wires in a cat connector.
They used to use connectors requiring polishes that took 30 minutes
mechanical splices should absolutely be avoided if at all possible, we live in the era of $900 made in china core alignment fusion splicers that are not terrible.