POF ... fiber and components

I would like to see some inexpensive plastic optical fiber (POF), and a a way to finish it, including ‘serial transponders’ that would allow me to connect it to my projects.

As a secondary project, basically use the ‘stuff’ from above, to do an inexpensive ethernet extender’ with an RJ45 on each end and a lenght of POF in the center.

I understand that POF has a 150’ or so useful limit, but I don’t know if that is at gigabit, or 10megabit, or slower.

Does that make sense?

Reasoning:

POF is inexpensive, and in ‘electronically noisy’ environments, like running beside power cables inside robots it would make a rock steady way to send data at any reasonable speed back and forth.

On the second, I would like to run some POF through a shop with lots of machines (like a hacker space/home shop) that has welders, cnc rigs, etc, that would make connections more reliable to the CNC machines from the ‘server’ area.

For another reason…

I also have a friend that ran some ethernet from his house to his garage shop, and lightening in the area has taken out his ethernet wires and ethernet cards 2 or 3 times by local lightening strikes. He has now given up on the connectivity, and the POF would make it pretty much lightening proof.

How about some toslink transmitters for simpler serial work?

Drive strength is generally very crappy, and you’re not going to get full speed on it at any long distance, but you can’t beat the price.

http://mouser.com/Search/ProductDetail. … %252bgU%3d

The problem is when you get to Ethernet, you really need to be using the standard fiber ethernet equipment (100BASE-FX or faster). It also requires real glass fiber.