How much power does that need to run? What does it cost? How many people could actually use that bandwidth? How does it generally compare to fiber optic?
It’s not about cost or outright performance. A cat6 patch cable is compatible with anything from a 10BASE-T intercom to a 10GBASE-T connection that can only be saturated with the most cutting-edge hardware (my desktop literally can’t write to its M.2 drive this fast!)
So if I’m running wires through walls, I’m choosing cat6 because it’ll work for basically any device, rather than constraining myself to exotic SFP connectors on both ends.
Fiber theoretically future-proofs you for 100GE, but let’s be real, that shit is HELLA expensive and literally no consumer hardware can benefit from it. Basically if your usecase requires fiber, you’ll know.
How much power does that need to run? What does it cost? How many people could actually use that bandwidth? How does it generally compare to fiber optic?
It’s not about cost or outright performance. A cat6 patch cable is compatible with anything from a 10BASE-T intercom to a 10GBASE-T connection that can only be saturated with the most cutting-edge hardware (my desktop literally can’t write to its M.2 drive this fast!)
So if I’m running wires through walls, I’m choosing cat6 because it’ll work for basically any device, rather than constraining myself to exotic SFP connectors on both ends.
Fiber theoretically future-proofs you for 100GE, but let’s be real, that shit is HELLA expensive and literally no consumer hardware can benefit from it. Basically if your usecase requires fiber, you’ll know.