Yes. Fiber is great but extremely nuanced. SMF, MMF, UPC, APC, OM3, OM4, OS2… All different parts of just the cabling… Not to mention the connectors, LC, SC… You get the idea.
Everyone I tend to talk to about it seem to think multi-mode is cheaper, and it can be, but in my experience, single mode is usually the better choice and usually not much of a price uplift if you’re buying from a good company. Look at FS.com and do some comparison shopping against them. They make some high quality stuff, and it’s at pretty incredible pricing for what you get, but the equipment can add up fast.
Multi mode can only really carry one connection per fiber and usually needs to be duplexed (two strands per link) while single mode can leverage WDM to carry multiple independent signals on different wavelengths. This can be leveraged for bi-directional single strand links, multiple links that are aggregated into a single connection in hardware (this is how 40Gbit works, it’s actually 4x10G connections on different wavelengths)…
It’s still more costly and requires more specialized equipment and training to work with, compared to copper Ethernet, so it’s pretty uncommon to see in residential or home networks.
Yes. Fiber is great but extremely nuanced. SMF, MMF, UPC, APC, OM3, OM4, OS2… All different parts of just the cabling… Not to mention the connectors, LC, SC… You get the idea.
Everyone I tend to talk to about it seem to think multi-mode is cheaper, and it can be, but in my experience, single mode is usually the better choice and usually not much of a price uplift if you’re buying from a good company. Look at FS.com and do some comparison shopping against them. They make some high quality stuff, and it’s at pretty incredible pricing for what you get, but the equipment can add up fast.
Multi mode can only really carry one connection per fiber and usually needs to be duplexed (two strands per link) while single mode can leverage WDM to carry multiple independent signals on different wavelengths. This can be leveraged for bi-directional single strand links, multiple links that are aggregated into a single connection in hardware (this is how 40Gbit works, it’s actually 4x10G connections on different wavelengths)…
It’s still more costly and requires more specialized equipment and training to work with, compared to copper Ethernet, so it’s pretty uncommon to see in residential or home networks.
YMMV. Good luck.